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REGIS RESOURCES LIMITED Capital/Financing Update 2023

Dec 13, 2023

65733_rns_2023-12-13_b787274d-0dad-420f-b9cb-36cbd04e531e.pdf

Capital/Financing Update

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ASX ANNOUNCEMENT

14 December 2023

BI-ANNUAL EXPLORATION UPDATE

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  • Duketon • Garden Well Main exploration decline is complete with results confirming the Exploration Target[1] estimate - Early success added stopes to the existing mine plan along with better intersections that highlight the potential for additional production fronts include: • 2.2m @ 110.8 g/t Au • 12m @ 7.8 g/t Au • 36m @ 5.0 g/t Au • 24.3m @ 3.7 g/t Au

  • • Rosemont shows potential for further growth in the South - Better intersections include: • 7.4m @ 6.7 g/t Au • 3.4m @ 45.7 g/t Au • 4.3m @ 15.4 g/t Au • 1.4m @ 40.1 g/t Au

  • • The area 30km south of Garden Well has been made accessible following the investment of a haul road to Ben Hur. Deposits that have been targeted with strong drill results include Russell’s Find, Reichelt’s Find, Palliard’s Find and King of Creation.

Tropicana

  • Boston Shaker underground continues to provide encouragement - Strong infill drilling results demonstrate further potential down-plunge, including: • 37m @ 4.4 g/t Au • 38m @ 4.0 g/t Au • 29m @ 5.1 g/t Au • 33m @ 4.4 g/t Au
• Tropicana underground is showing growth potential down dip -Infill drilling was
completed to upgrade the Mineral Resource from Inferred to Indicated.
• Results from the Pre-feasibility Study (PFS) show Havana underground shaping up
as a third potential production zone -Better intersections from PFS drilling beneath the
open pit include:
•
20m @ 4.7 g/t Au
•
33m @ 3.2 g/t Au
•
18m @ 4.6 g/t Au
•
31m @ 3.4 g/t Au
  • Deep extension drilling 700m-800m down plunge at Boston Shaker continues to intersect broad economic mineralisation showing potential for underground life extension.

Regis Resources Managing Director, Jim Beyer, said:

“It is very exciting to see that investment in our assets continues to deliver returns with the latest exploration update highlighting the size and potential of our assets. The underground mines at Tropicana continue to grow and a third underground production front is shaping up at Havana.

At Duketon, the Garden Well exploration decline is now complete. Results are confirming our view of a long continuous mineralised system underneath the open pit. We are confident in the potential for additional mining fronts in the undergrounds at Garden Well. We have a portfolio of underground mines early in their maturity that are typical of Western Australian gold mining where production consistently outpaces depletion and ultimately, mine lives well beyond the existing Reserves.

In addition, the regional exploration work continues to deliver very encouraging results from new areas.”

Page 1

  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Resource Definition & Extensions – Duketon

Garden Well Main underground - drilling is confirming our belief of a continuous mineralised system.

Exploration drilling from surface beneath the Garden Well pit has demonstrated the potential for a large mineralised system which could support additional underground production areas (Figure 1). A 1km long exploration decline extending from Garden Well South to beneath Garden Well Main Zone is complete and drilling continues to test the Initial Target Area within the Exploration Target released in June 2023 “Mineral Resource and Ore Reserve Statement”.

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Figure 1: Garden Well long section looking west showing high grade intersections under Main pit, and the existing underground mine at Garden Well South.

Drilling commenced in the southernmost drill position (DP1) and initially tested the extension of the Garden Well South underground mineralisation where it strikes north of the current reserves and mine development. This early success has added stopes to the mine plan. As the decline progressed north, drilling has continued to test the mineralised structure below the pit. Drill results (Figure 2) are confirming our belief that a continuous mineralised system extends from the existing Garden Well South mine for at least 1km to the north underneath the existing Garden Well open pits. A new Resource was declared in the North in June 2023 and we remain confident additional production areas will be developed underground at Garden Well.

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Figure 2: Drilling results from the Garden Well exploration decline (long-section looking south west)

Page 2

  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Better intersections include:

  • 2.2m @ 110.8 g/t Au from 144m RRLGWUG0076

  • • 12m @ 7.8 g/t Au from 127m RRLGWUG0063 • 26m @ 1.6 g/t Au from 116m RRLGWUG0075 • 36m @ 5.0 g/t Au from 151m RRLGWUG0070A • 10m @ 3.7 g/t Au from 101m RRLGWUG0071 • 24.5m @ 1.7 g/t Au from 112m RRLGWUG0068 • 40m @ 1.9 g/t Au from 132m RRLGWUG0067 • 24.3m @ 3.7 g/t Au from 152m RRLGWUG0066

Rosemont underground- drilling demonstrates future resource growth in the South Zone and Stage 3

The orebodies at Rosemont are hosted in a steeply dipping north trending quartz-dolerite unit intruding into a mafic-ultramafic sequence. During the period drilling continued to explore multiple high-grade shoots which extend around existing underground infrastructure and along strike to the south.

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Figure 3: Rosemont long section showing new drill target areas

Rosemont Stage 3

Figure 4 illustrates some of the recent high-grade drill hole intersections with significant gold grades down to 700m below the southernmost currently planned underground area. This drilling has continued to infill and extend higher grade lodes. All holes have intersected mineralised quartz dolerite with fine disseminated sulphides, quartz veining and quartz-albite-sericite alteration occurring in multiple metrescale zones, a common feature of Rosemont’s gold bearing geology.

Better intersections include:

• 7.4m @ 6.7 g/t Au from 512m RRLRMDD096W2
• 1.0m @ 36.1 g/t Au from 544m RRLRMDD096W2
• 4.3m @ 15.4 g/t Au from 552m RRLRMDD098W1
• 3.4m @ 45.7 g/t Au from 714m RRLRMDD123
• 7.8m @ 4.2 g/t Au from 729m RRLRMDD123
• 0.6m @ 47.4 g/t Au from 734m RRLRMDD123W3
• 0.3m @ 74.1 g/t Au from 674m RRLRMDD123W3
• 1.3m @ 30.2 g/t Au from 346m RRLRMDD132
• 1.4 m @ 40.1 g/t Au from 349m RRLRMDD132W1

Page 3

  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Figure 4: Rosemont Stage 3 significant intersections

Rosemont South Zone Extensions

Diamond drilling from underground platforms has continued to test the extents of the Rosemont system between and beneath the South Zone. This drilling continues to return very positive results which will contribute to the future growth of resources, reserves and the mine life at Rosemont. Some of the many very high-grade intersections from this drilling are as follows:

South Zone

• 2.5m @ 14.2 g/t Au from 276m RUGDD1748A • 0.5m @ 90.3 g/t Au from 184m RUGDD1772 • 2.0m @ 30.2 g/t Au from 190m RUGDD1772 • 6.5m @ 14.0 g/t Au from 160m RUGDD1775 • 1.5m @ 22.0 g/t Au from 153m RUGDD1776 • 4.7m @ 20.5 g/t Au from 176m RUGDD1782 • 2.0m @ 92.8 g/t Au from 202m RUGDD1789 • 4.5m @ 21.1 g/t Au from 220m RUGDD1794 • 4.9m @ 11.5 g/t Au from 208m RUGDD1803

Page 4

  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Figure 5: Rosemont South Zone extensions significant intersections

Garden Well to King of Creation Trend

The area between Garden Well and 30km south of King of Creation (Figure 6) has been prioritised for drilling to extend mineralisation and grow resources. This area is now more accessible due to the investment of a haul road from Ben Hur lowering one of the cost hurdles for economic extraction. Deposits that have the potential to leverage off the new haul road include Russell’s Find, Reichelt’s Find, Palliard’s Find and King of Creation.

Russell’s Find Project

The Russell’s Find Resource of 0.8Mt @ 1.6 g/t Au for 40koz is situated 7km south of Garden Well and has been mined previously by both open pit and underground methods. Mineralisation occurs as quartz and quartz-sulphide veins along the contact of a thick ultramafic volcanic sequence with shales and cherts and within the ultramafic sequence along contact parallel faults.

Drilling during the period was completed to extend the known mineralisation and ultimately grow the resource. Additional continuous and high-grade mineralisation has been defined. The better intersections provide encouragement that the resource pit shells can be expanded with significant intersections as follows:

• 2m @ 15.0 g/t Au from 142m RRLRFRC183
• 16m @ 2.2 g/t Au from 245m RRLRFRC186
• 7m @ 3.3 g/t Au from 170m RRLRFRC192
• 2m @ 7.2 g/t Au from 189m RRLRFRC193
• 6m @ 2.1 g/t Au from 47m RRLRFRC210
• 7m @ 2.8 g/t Au from 84m RRLRFRC212

Page 5

  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Beyond the open pit options, evaluation of the high-grade lodes for potential underground mining will progress at Russell’s.

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Figure 6: Prospects plan from Garden Well to King of Creation

Reichelt’s Find Project

Reichelt’s Find Resource of 1Mt @ 1.9 g/t Au for 60koz, is situated 10km south of Garden Well and was mined as an open pit operation during the 1990s. Gold mineralisation is associated with quartz and quartz-sulphide veining forming discrete high-grade lodes within a folded sequence of mafic to ultramafic volcanics, shales, chert-banded iron formation and dolerite intrusions.

Drilling was completed to expand the high-grade open pit resources at the northern end of the deposit. Results received from the recent RC and diamond holes show good continuity with the current mineralisation and provide further confidence for open pit extensions along strike and at depth, plus potential for future underground resources.

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Better results are as follows:

• 3.9m @ 6.4 g/t Au from 106m RRLREIDD002
• 4.9m @ 5.9 g/t Au from 165m RRLREIDD005
• 4.6m @ 7.1 g/t Au from 165m RRLREIDD006
• 1.6m @ 21.0 g/t Au from 96m RRLREIDD007
• 2m @ 10.2 g/t Au from 105m RRLREIDD225
• 8m @ 4.1 g/t Au from 171m RRLREIDD227
• 2m @ 19.2 g/t Au from 190m RRLREIDD229
• 8m @ 3.6 g/t Au from 179m RRLREIDD230
• 4m @ 14.3 g/t Au from 14m RRLREIDD236

Palliards Find Project

Palliards Find Prospect is located approximately 15km south of Garden Well and contains the Victory and Queen Margaret deposits. Mineralisation at Victory is predominantly hosted within sheared sedimentary units characterised by sulphide and quartz sulphide veining, with Queen Margaret characterised by a shear hosted lode along a basalt-dolerite contact.

Recent drilling focussed on infill and extensions to the Victory lodes and down dip extensions to the Queen Margaret lode. Broad zones of moderate grade mineralisation were returned from Victory as follows:

• 16m @ 1.2 g/t Au from 71m RRLVCRC032
• 15m @ 1.0 g/t Au from 54m RRLVCRC035
• 17m @ 1.4 g/t Au from 46m RRLVCRC037
• 5m @ 4.0 g/t Au from 53m RRLVCRC043
• 11m @ 2.2 g/t Au from 355m RRLVCRC048

Results from Queen Margaret provide confidence the drilling will upgrade the resource. Significant results from the drilling include:

• 5m @ 3.8 g/t Au from 83m RRLPAFRC064
• 3m @ 8.9 g/t Au from 114m RRLPAFRC066
• 7m @ 1.6 g/t Au from 44m RRLPAFRC082
• 3m @ 6.7 g/t Au from 116m RRLPAFRC084

Follow-up drilling will continue to grow and confirm the tenor of the mineralisation at both Victory and Queen Margaret.

King of Creation Project

King of Creation was acquired by Regis in 2020. The deposit is located in the south of the Duketon Belt, approximately 27km south of Garden Well and 3km east of Ben Hur. King of Creation was mined as a moderate size open pit between 1989 and 1991 yielding approximately 800K tonnes of ore grading 2g/t gold. Mineralisation is associated with sulphide alteration and quartz veining within a sheared metasedimentary, volcanoclastic, and mafic volcanic sequence.

RC drilling was undertaken to expand the open pit mineralisation at the northern end of the deposit by follow up testing of the sparsely drilled mineralised trend west of the historic pit. Results have demonstrated additional mineralisation which will require further infill drilling and replication of historic results.

Better results include:

• 7m @ 9.8 g/t Au from 30m RRLKCRC047 • 17m @ 1.2 g/t Au from 113m RRLKCRC048 • 13m @ 3.2 g/t Au from 101m RRLKCRC058 • 5m @ 5.0 g/t Au from 73m RRLKCRC061 • 3m @ 1.1 g/t Au from 15m RRLKCRC068

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Resource Definition & Extensions - Tropicana

The Tropicana Gold Mine (TGM) is a large-scale gold deposit within high-grade metamorphic rocks with a known strike length of ~7 km in a northeast-trending mineralised corridor and comprises four known mineralised zones. They are named from north to south as Boston Shaker, Tropicana, Havana, and Havana South. The gold mineralised zones are laterally extensive along strike and down-dip and range from a few metres to 50 m true thickness.

Exploration in and around the mine continues to define substantial extensions to mineralisation. The current period has focused on infill and extensional drilling at Boston Shaker and Tropicana underground mines and at Havana to support the now complete underground Pre-feasibility Study.

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Figure 7 : Tropicana oblique view of the mineralised corridor showing actual and conceptual open pit and underground production areas and the 0.3 g/t Au mineralised zones (yellow)

Boston Shaker underground continuing to deliver spectacular results

Drilling at Boston Shaker over the last six months has focused on the conversion of inferred resources to indicated resources and extending mineralisation in unclassified areas.

Resources Drilling – Southern Lode (BS03)

The Southern Lode BS03 underground drilling programmes were designed to both upgrade inferred resources to indicated and to grow the inferred resources in areas of currently unclassified mineralisation. Drilling generally is targeting the typical mineralisation constrained within the BS03 lode by the bounding Boston and Shazza shear zones. The Bazza and Bookend Faults which are internal to the BS03 lode can, if intersected locally, result in grade depletion and structural offsetting of the lode.

Assays returned economically significant thickening of the southern portion of the BS03 lode, as illustrated in Figure 8, below.

Spectacular results inside Inferred Resource areas include:

  • 37.0 m @ 4.4 g/t Au from 166m BSUGDD0090

  • • 29.0 m @ 5.1 g/t Au from 161m BSUGDD0092 • 38.0 m @ 4.0 g/t Au from 154m BSUGDD0093 • 33.0 m @ 4.4 g/t Au from 161m BSUGDD0094 • 37.0 m @ 3.2 g/t Au from 125m BSUGDD0124 • 39.0 m @ 2.5 g/t Au from 138m BSUGDD0127 • 31.0 m @ 2.3 g/t Au from 126m BSUGDD0128

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

14 December 2023 ASX ANNOUNCEMENT

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Figure 8: Boston Shaker long-section displaying gram metre pierce points and 0.3g/t Au mineralisation zone and recent high-grade intersections.

Resources Drilling – Northern Lode (BS04)

At BS04 a programme commenced to convert ~250 vertical metres of previous drilling down dip to spacing suitable for an Inferred resource. The drilling is spatially constrained by the existing up dip Inferred resource boundary, the Shazza shear to the south and Gnu shear to the north and remains open down dip.

The program uses previously drilled parent holes (BSD355, BSD356), and one new parent hole to drill 9 daughter holes. No assays have been received from this drilling but early observations from BSD355W3 core correlates with the previously understood mineralisation attitude.

Tropicana underground – a growing production area

The Tropicana underground forms part of the production schedule for the operation. A programme of twenty eight diamond holes drilled from an underground platform targeting the higher-grade down-dip extension of the Tropicana mineralisation was completed in April 2023. Infill drilling will be utilised to upgrade the resource category from inferred to indicated.

Multiple highlights from the program include:

  • 11m @ 1.7 g/t Au from 199m TPUGD0148A

  • • 11m @ 1.85 g/t Au from 184m TPUGD0162 • 12m @ 2.3 g/t Au from 283m TPUGD0176

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

14 December 2023 ASX ANNOUNCEMENT

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Figure 9 : West facing long-section of Tropicana deposit showing drilling locations of recent intersections.

Havana underground - a third potential production zone shapes up

The Havana underground programme continued as designed to convert a portion of the underground Inferred Resource to the higher confidence Indicated category in support of the Pre-feasibility Study. This area extends beneath the base of the planned Havana Pit (Figure 10) and has a potential mine life of 7 years. Drill density increased over the 550m strike and 150m down-dip zone delineated by the underground preliminary scoping work and is below the latest iteration of the Havana cutback pit shell. Select results include:

  • 14m @ 2.7 g/t Au from 594m HDD416A

  • • 14m @ 3.3 g/t Au from 578m HDD418A • 20m @ 4.7 g/t Au from 625m HDD417 • 11m @ 4.4 g/t Au from 614m HDD419AW1 • 18m @ 4.6 g/t Au from 622m HDD419AW3 • 20m @ 3.2 g/t Au from 623m HDD420AW1 • 33m @ 3.2 g/t Au from 670m HDD422AW1 • 31m @ 3.3 g/t Au from 682m HDD423AW3

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

14 December 2023 ASX ANNOUNCEMENT

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Figure 10: Long section of Havana deposit with conceptual underground design and recent intersections

Tropicana Near Mine Exploration

Boston Shaker and Havana underground lodes – testing the extensions

Significant potential exists for confirming the extensions to mineralisation down-plunge of existing resource areas. To test this potential near mine extension drilling has begun, consisting of a series of deep diamond holes testing for high grade TGM plunge extensions to Boston Shaker BS03 and BS04, the fault offset location of the Havana underground high-grade plunge and a conceptual faulted, northern repeat of the Havana Underground high-grade plunge beneath the Swizzler fault (Figure 11).

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Figure 11: Strategic drilling to test extensions to known mineralised corridors

Over the last couple of months, two holes were completed (BSD386 & BSD388) and a third (BSD387) progressed at Boston Shaker. One hole was completed (HDD425) and another (HDD426) significantly progressed at Havana. Figure 11 illustrates the spatial location, long section view, of drill holes relative to the current mineral resource estimate areas.

BSD388 which was drilled to 1263.3m, intersected 36m, from 1177m down hole, of visual mineralisation approximately 750m down dip from the base of the inferred classified mineralisation in the BS03 lode.

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

14 December 2023 ASX ANNOUNCEMENT

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The BSD388 mineralised interval showed disseminated pyrite (1- 5%), strong biotite and sericite alteration and distinctive ‘crackle’ textured host rocks which is characteristic of higher-grade components of the BS03 lode. Rare, sparse, fine grained, visible gold occurrences were observed within the mineralised interval. BSD388 was targeted at the down dip continuation of the recently defined thickening of the apparent southern high-grade plunge of the BS03 lode. The same zone was drilled up-dip by BSD376.

BSD386 (EOH 1214.4m) intersected 3.6m, from 1088m downhole, of visual mineralisation approximately 850m down dip from the base of the BS04 lode Inferred mineral resource. The interpreted BSD386 mineralised interval showed disseminated pyrite (2-5%), strong biotite and sericite alteration within a distinctive ‘crackle’ textured host rock. The BSD386 pierce point was strategically aimed to intercept mineralisation towards the southern terminating boundary against the Shazza shear. This is not necessarily the most reflective representation of BS04 lode mineralisation thickness however allows the delineation of the Shazza fault relative to mineralisation and allows significant cost savings with follow up daughter holes which naturally deviate north.

Significant visual intervals of signature TGM mineralisation and alteration reported in holes BSD376 (BS03 Lode), BSD381W1 (BS04 Lode), BSD388 (BS03 Lode) & BSD386 (BS04 Lode) completed recently, confirm down dip extensions of mineralisation approximately 750m and 850m respectively, below the base of mineralised envelop drilling to date. This provides strong encouragement for resource growth in these areas.

Better intersections include:

• 31m @ 1.8 g/t Au from 945m BSD376
• 35m @ 1.59 g/t Au from 1178m BSD388
• 3m @ 5.7 g/t Au from 1088m BSD386

HDD425 was drilled to test a conceptual faulted, northern repeat of the Havana Underground highgrade plunge beneath the Swizzler fault, (Figure 11). HDD425 (EOH 1200.9m) intercepted 27.2m, from 1113.3m downhole, of visual mineralisation showing disseminated pyrite (3-5%), strong biotite and sericite alteration within a fine-medium grained gneiss.

The visual observation of HDD425 is highly encouraging and is analogous to visual observations of DDH holes drilling earlier this year into the Havana Underground high-grade plunge as part of the prefeasibility study.

Regional Exploration - Duketon

Regional exploration continued to test conceptual targets and identify new gold anomalies as well as collecting baseline geological, geochemical and geophysical data. This data has facilitated the prioritisation of ongoing exploration in the most prospective trends within the Duketon Belt.

Baneygo-Rosemont Trend (BRT)

An area between Rosemont and Baneygo continues to return promising drilling results in a setting which is geologically similar to the existing orebodies on the trend. Exploration along this 8km zone, known as the Rosemont South Trend, between Rosemont and Baneygo/Idaho has continued to return strong results from the McKenzie-Merlin Prospect (Figure 12).

Multiple phases of drilling have defined mineralisation at McKenzie and Merlin over a structural corridor length of approximately 1km. Mineralisation highlights from this recent drilling include RRLMLRC034 which intersected 7m @ 3.1 g/t Au from 138m and 41m @ 3.13g/t Au from 151m downhole in the quartz dolerite. Directly up dip of that intersection was RRLMLRC033 which returned at 6m @ 4.3 g/t Au from 31m in the upper saprolite. These significant results were not confined to the quartz dolerite unit, as a large portion of the mineralisation in hole RRLMLRC034 was in the footwall ultramafic.

A north-north-west structural corridor has been identified which appears to control the high-grade mineralisation through McKenzie and that structure can be traced to Merlin where it intersected at the area where the 41m @ 3.1 g/t Au was intersected (Figure 12). Further drilling will be conducted to test this new orientation of high-grade gold mineralisation.

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

14 December 2023 ASX ANNOUNCEMENT

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Figure 12: McKenzie-Merlin Prospect drilling with highlights of recent results on magnetics

These results continue to support the view that there is considerable opportunity on the Rosemont South trend to discover high-grade resources where drilling has only tested the trend at shallow levels.

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Regional Exploration – Tropicana

The regional exploration programme continues to explore the tenement portfolio, with the primary aim to discover satellite resources which can be trucked to the TGM.

Rosetta Prospect

Rosetta is located 9km northeast of TGM within the Angel Eyes project. Mineralogy, geochemistry, and texture is akin to the feldspathic pyrite ± biotite crackle breccia that hosts mineralisation at TGM.

Drilling tested the geological and geophysical targets within a fault bound stratigraphic block south of the Angel Eyes Shear mineralisation in an area that could access targets from the margins of Lake Rosetta to provide greater confidence to pursue advanced drilling on the lake. The program has intersected strongly altered rocks (sericite-silica-biotite-pyrite ± albite), disseminated sulphides and quartz veins containing visible gold along strike and up-dip from previously intersected mineralisation.

The significant and mineralised intersections in ROD010 and ROD011 were associated with prominent quartz-pyrite veining, sericite-fuchsite±rutile alteration with disseminated and vein hosted pyrite (Figure 13).

Results include:

  • 10m @ 2.2 g/t Au from 170m ROD010

  • • 3m @ 4.5 g/t Au from 203m ROD011

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Figure 13: Rosetta domain drilling north of the TGM

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Bushwacker – Bumbo Project

Drilling at Bushwacker – Bumbo was testing strike extensions of results from previous drilling undertaken in 2021 as well as testing prospective zones of coincident geophysical, geochemical and geological anomalism including following up results from hole BURC021D which ended in mineralisation.

Drilling has confirmed consistent mineralisation along 300m strike length, with the highest grades and thickest mineralisation yet encountered at Bushwacker intersected. Structural modelling, integrated with lithogeochemical workflows, suggests that the structure at the main Bushwacker prospect is an open, south-east plunging antiform. Projections suggest that, if mineralisation follows this structure, the northern lines drilled in 2023 were too far north-west. Step-out drilling therefore to the south remains the highest priority, with the potential to extend the strike length of mineralisation.

Best results include:

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• 3.1m @ 21.2 g/t Au from 59m BUD014
• 11m @ 2.3 g/t Au from 41m BUD015
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Figure 14: Bushwacker - Bumbo drilling overlain on total horizontal gradient gravity data and 1VD RTP TMI magnetics.

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  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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Competent Persons:

The Competent Person listing below includes details of professional memberships, professional roles, and the reporting activities for which each person is accepting responsibility for the accuracy and veracity of Regis’ results and estimates. Each Competent Person in the table below has provided Regis with a sign-off for the relevant information provided by each contributor in this report.

Activity Professional Association Professional Association
Code Competent
 Company of Activity responsibility
Person Membership Number Employment
Exploration Jamie
Williamson		 MAusIMM 300112 AngloGold
Ashanti		 Exploration Results
Exploration Rohan
Hine		 MAIG 4718 Regis
Resources		 Exploration Results
Exploration Rob
Henderson		 MAIG 4031 Regis
Resources		 Exploration Results

  • MAusIMM = Member of the Australasian Institute of Mining and Metallurgy and MAIG = Member of the Australian Institute of Geoscientists

  • All Regis Resources personnel are full-time employees of Regis Resources Limited; all AngloGold Ashanti personnel are full time employees of AngloGold Ashanti.

  • All the Competent Persons have provided Regis with written confirmation that they have sufficient experience that is relevant to the styles of mineralisation and types of deposits, and the activity being undertaken with respect to the responsibilities listed against each professional above, to qualify as a Competent Person as defined in the 2012 edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves – the JORC Code 2012 Edition

  • Each Competent Person listed above has provided to Regis by e-mail:

  • Proof of their current membership to their respective professional organisations as listed above;

  • A signed consent to the inclusion of information for which each person is taking responsibility in the form and context in which it appears in this report, and that the respective parts of this report accurately reflect the supporting documentation prepared by each Competent Person for the respective responsibility activities listed above; and

  • − Confirmation that there are no issues that could be perceived by investors as a material conflict of interest in preparing the reported information.

Forward Looking Statements

This ASX announcement may contain forward looking statements that are subject to risk factors associated with gold exploration, mining and production businesses. It is believed that the expectations reflected in these statements are reasonable but they may be affected by a variety of variables and changes in underlying assumptions which could cause actual results or trends to differ materially, including but not limited to price fluctuations, actual demand, currency fluctuations, drilling and production results, Reserve estimations, loss of market, industry competition, environmental risks, physical risks, legislative, fiscal and regulatory changes, economic and financial market conditions in various countries and regions, political risks, project delay or advancement, approvals and cost estimates.

Forward-looking statements, including projections, forecasts and estimates, are provided as a general guide only and should not be relied on as an indication or guarantee of future performance and involve known and unknown risks, uncertainties and other factors, many of which are outside the control of Regis Resources Ltd. Past performance is not necessarily a guide to future performance and no representation or warranty is made as to the likelihood of achievement or reasonableness of any forward looking statements or other forecast.

Page 16

  1. Released 20 June 2023 “Mineral Resource and Ore Reserve Statement”

ASX ANNOUNCEMENT

14 December 2023

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CORPORATE DIRECTORY

Regis Resources Ltd ( ACN 009 174 761) Registered Office

Second Floor, 516 Hay Street Subiaco, WA Australia 6008 Tel +61 8 9442 2200

Directors

Mr James Mactier (Non-Executive Chairman) Mr Jim Beyer (Managing Director) Mrs Fiona Morgan (Non-Executive Director) Mr Steve Scudamore (Non-Executive Director) Mrs Lynda Burnett (Non-Executive Director) Mr Paul Arndt (Non-Executive Director)

Website www.regisresources.com Email [email protected]

Company Secretary

Investor Relations

Mr Ben Goldbloom Head of Investor Relations Tel +61 8 9442 2200

Ms Elena Macrides

Share Registry Computershare Ltd GPO Box D182 Perth WA 6840 Shareholder Enquiries: 1300 557 010 (local) +613 9415 4000 (international)

ASX Listed Securities (as at 14 December 2023)

Security Code No. Quoted
OrdinaryShares RRL 755,338,808

This announcement is authorised by Jim Beyer, Managing Director and CEO.

Page 17

14 December 2023 ASX ANNOUNCEMENT APPENDIX B JORC Code, 2012 Edition – Section 1 Sampling Techniques and Data

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(Criteria in this section apply to all succeeding sections)

SECTION 1 – DUKETON – SAMPLING AND DATA SECTION 1 – DUKETON – SAMPLING AND DATA
JORC Criteria Explanation
Sampling
techniques		 Results for Air core (AC), Reverse Circulation (RC) and Diamond Drilling (DD) undertaken at the Duketon Gold Project.
AC Drilling
•
Air core (AC) holes were routinely scoop sampled as 4m composited intervals to collect a nominal 2 - 3 kg sub sample.
•
Routine standard reference material, sample blanks, and sample duplicates were inserted/collected at every 25th sample in
the sample sequence.
RC Drilling
•
Reverse Circulation (RC) drill holes were routinely sampled at 1m intervals down the hole.
•
Samples were collected at the drill rig using a rig-mounted MetzkeTMrotary or cone splitter to collect a nominal 2 - 3 kg sub
sample.
•
Routine standard reference material, sample blanks, and sample duplicates were inserted/collected at every 25th sample in
the sample sequence.
Diamond Drilling
•
Nominal <2.5kg sub samples were collected from half sawn NQ sized diamond drill core.
•
DD holes were sampled at variable geological intervals down the hole.
•
Routine standard reference material and blanks were inserted/collected at least every 20th sample in the sample sequence.
All samples were submitted to Bureau Veritas Laboratory (Perth) for preparation and analysis for gold by 50g Fire Assay (AAS finish).
Drilling
techniques		 •
AC drilling was typically completed using an 89mm diameter AC blade bit.
•
RC drilling was completed using a 139mm to 143mm diameter face sampling hammer.
•
DD was completed using PQ, HQ, or NQ diameter drill sizes (standard tube). Drill core was routinely orientated using a
REFLEX ACT III tool.
Drill sample
recovery		 AC and RC Drilling
•
A qualitative estimate of sample recovery was done for each sample collected from the drill rig.
•
A qualitative estimate of sample weight was done to ensure consistency of sample size and to monitor sample recoveries.
•
Appropriate drill techniques were employed to maximize recovery and sample quality. Holes were terminated when excessive
water was encountered in the hole.
•
All material was typically dry when sampled.
•
Drill sample recovery and quality is considered to be adequate for the drilling technique employed.
Diamond Drilling
•
A quantitative measure of sample recovery was done for each run of drill core.
•
Drill sample recoveryapproximates 100% in mineralised zones. Samplequalityis considered to begood
Logging AC and RC Drilling
•
All drill intervals were geologically logged.
•
Where appropriate, geological logging recorded the abundance of specific minerals, rock types and weathering using a
standardized logging system.
•
A small sample of drill material was retained in chip trays for future reference and validation of geological logging.
Diamond Drilling
•
All drill core intervals were geologically logged.
•
Where appropriate, geological logging recorded the abundance of specific minerals, rock types and weathering using a
standardized logging system.
•
Half core is retained in the core trays and stored for future reference. Wet and dry photographs were collected for each core
tray.
Sub-sampling
techniques and
sample
preparation		 AC Drilling
•
All composite samples were scoop sampled at the drill rig.
•
Routine field sample duplicates were taken to evaluate whether samples were representative.
•
Additional sample preparation was undertaken by Bureau Veritas laboratory.
RC Drilling
•
All 1m samples were cone/rotary split at the drill rig.
•
Routine field sample duplicates were taken to evaluate whether samples were representative.
•
Additional sample preparation was undertaken by Bureau Veritas laboratory.
Diamond Drilling
•
Drill core was sawn in half along its long axis. One half of the drill core was taken for geochemical analysis. Samples were
collected at variable geological intervals down the hole (sample length ranged from 0.2m to 1.28m)
•
Additional sample preparation was undertaken by Bureau Veritas laboratory.
At the laboratory, samples were weighed, dried and crushed to -2mm in a jaw crusher. The crushed sample was subsequently bulk-
pulverised in a ring mill to achieve a nominal particle size of 85% passing 75um.

Page 18

14 December 2023 ASX ANNOUNCEMENT

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SECTION 1 – DUKETON – SAMPLING AND DATA

SECTION 1 – DUKETON – SAMPLING AND DATA SECTION 1 – DUKETON – SAMPLING AND DATA
JORC Criteria Explanation
Sample sizes and laboratory preparation techniques are considered to be appropriate for the stage of evaluation and the commodity
being targeted.
Quality of assay
data and
laboratory tests		 •
Analysis for gold only was undertaken at Bureau Veritas by 50g Fire Assay with AAS finish to a lower detection limit of 0.01ppm.
Fire assay is considered a “total” assay technique.
•
No geophysical tools or other non-assay instrument types were used in the analyses reported.
•
Review of routine standard reference material and sample blanks suggest there are no significant analytical bias or preparation
errors in the reported analyses.
•
Results of analyses for field sample duplicates are consistent with the style of mineralisation being evaluated and considered
to be representative of the geological zones which were sampled.
•
Internal laboratory QAQC checks are reported bythe laboratory.
Verification of
sampling and
assaying		 •
Drill hole data is compiled and digitally captured by geologists at the drill rig.
•
The compiled digital data is verified and validated before loading into the drill hole database.
•
Twin holes were not utilized to verify results.
•
Reported drill hole intersections are compiled by the Company’s database manager and reviewed by Company personnel.
•
There were no adjustments to assaydata.
Location of data
points		 •
Drill holes are reported in MGA94_51 coordinates.
•
Drill hole collars were set out in local mine grids and MGA94_51 coordinates.
•
For AC and some RC, drill hole collars were positioned using hand held GPS.
•
For RC and DD, drill hole collars were typically positioned and picked up using Trimble RTK GPS, calibrated to a base station
(expected accuracy of 20mm).
•
RC and DD drill holes are routinely surveyed for down hole deviation at approximately 30m spaced intervals down the hole
using North Seeking Gyro downhole tools.
•
The topographic surface for all projects is derived from a combination of the primary drill hole pickups and the pre-existing
photogrammetric contouring.
•
Locational accuracyat collar and down the drill hole is considered appropriate for the stage of evaluation.
Data spacing
and distribution		 •
Depending on the location and target, holes were drilled on variably spaced sections and hole spacings, as follows.
•
Resource diamond drilling is nominally 80m x 40m to 40m x 40m spaced.
•
Resource RC drilling is nominally 80m x 40m to 40m x 40m spaced.
•
RC and AC drilling at regional prospects occurred on sections nominally spaced between 200m to 800m apart, with hole
spacing varying between 40m to 200m on sections.
•
Sample compositing was not applied to the reported intervals.
Orientation of
data in relation
to geological
structure		 AC Drilling
At regional prospects, exploration is at an early stage and the true orientation of mineralisation has not been confirmed, however the
reported drill hole orientations are considered appropriate for the geological setting and similar style deposits within the region.
RC and Diamond Drilling
The orientation of mineralisation has generally been confirmed by earlier drilling, and the reported drilling is believed to have intersected
the targeted mineralisation at an angle which does not introduce significant samplingbias.
Sample security Samples are securely sealed and stored onsite, before delivery to Perth laboratories via contract freight transport. Chain of custody
consignment notes and sample submission forms are sent with the samples. Sample submission forms are also emailed to the laboratory
and are used to track sample batches.
Audits or
reviews		 There has been no external audit or review of the sampling techniques or data.

Page 19

14 December 2023 ASX ANNOUNCEMENT APPENDIX B Section 2 - Reporting of Exploration Results

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(Criteria listed in the preceding section also apply to this section.)

Section 2 contains relevant data on projects and prospects discussed in the main body text or those included below and considered to be material.

SECTION 2 – DUKETON – EXPLORATION RESULTS
JORC Criteria Explanation
Mineral
tenement and
land tenure
status		 Garden Well
The Garden Well gold deposit is located on M38/1249, M38/1250, M38/283. Current registered holders of the tenements are: M38/1249
Regis Resources Ltd; M38/1250 and M38/283 Regis Resources Ltd and Duketon Resources Pty Ltd (100% subsidiary of Regis
Resources Ltd); 2% Royalty to Franco Nevada. Normal Western Australian state royalties apply.
Rosemont
The Rosemont gold project is located on M38/237, M38/250 & M38/343. Current registered holders of the tenements are Regis
Resources Ltd & Duketon Resources Pty Ltd (100% subsidiary of Regis Resources Ltd). Normal Western Australian state royalties
apply plus there is a 2% Royalty to Franco Nevada.
Regional
Regis maintains strong exploration budgets in the order of five times the minimum expenditure commitment for its tenement package.
The tenure is secure at the time of reporting and there are no known impediments to mining and on-going exploration.
Exploration
done by other
parties		 Previous historical exploration work by other Companies includes geochemical surface sampling, mapping, airborne and surface
geophysical surveys, RAB, AC, RC and DD drilling. Substantial resource drilling and detailed mining studies have been undertaken on
a number of deposits.
Geology Reported drilling is located within the Duketon Gold Project and covers part of the Duketon Greenstone Belt, within the Archaean
Yilgarn Craton. The Duketon Greenstone Belt is comprised of mafic and ultramafic rocks, felsic volcanic and volcaniclastic rocks, and
associated sedimentary rocks. Cainozoic regolith covers much of the Duketon greenstone belt, comprising colluvium, sheet wash and
sand plain deposits.
Relevantgeological characteristics of selected deposits andprospects are discussed where relevant in the bodyof the announcement.
Drill hole
Information		 Drill hole information including collar location and drill direction are documented in Appendix C and in the body of the announcement.
Data
aggregation
methods		 The reported intersections are length-weighted average grade intervals calculated using the following parameters:
AC Drilling -Minimum 0.25 g/t Au cut off with a maximum of 4m consecutive internal waste within the interval.
Regional RC Drilling -Minimum 0.4 g/t Au cut off with a maximum of 2m consecutive internal waste within the interval. No upper gold
cut off has been applied
Diamond Drilling (except GWUG) -Minimum 2.0 g/t Au cut off with a maximum of 2m consecutive internal waste within the interval.
No upper gold cut off has been applied. No metal equivalents are reported.
GWUG Diamond drilling- Minimum 1.0 g/t Au cut off with a maximum of 3m consecutive internal waste within the interval.
No uppergold cut off has been applied. No metal equivalents are reported.
Relationship
between
mineralisation
widths and
intercept lengths		 Drilling intersects the mineralisation at a high angle and as such approximates true thicknesses in most cases.
Diagrams Refer to the body of the announcement.
Balanced
reporting		 Results have not been comprehensively reported. Appropriate plans and long sections show the distribution of drilling (mineralised and
unmineralised) relative to the reported intersections.
Other
substantive
exploration data		 There is no other exploration data which is considered material to the results reported in this announcement.
Further work RC and diamond drilling where appropriate will be undertaken to follow up the results reported in this announcement.
Appropriate diagrams are included in the body of the announcement.

Page 20

ASX ANNOUNCEMENT

14 December 2023

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– APPENDIX B JORC Code, 2012 Edition Section 1 Sampling Techniques and Data

SECTION 1 – TROPICANA **JV – SAMPLING AND DATA **
JORC Criteria Explanation
Sampling
techniques		 Reverse circulation drilling has been carried out using industry standard drilling and sampling equipment to collect a 3-
4kg subsample from a 1m sample. Sub-sampling has been conducted using a cone splitter for sample reduction.
Drill core has been sampled from both full and half core of NQ2 diameter.
Drilling
techniques		 Reverse circulation (RC) percussion drilling using face-sampling bits (5¼ inch or 133mm diameter) have been used to
collect samples from the shallower (up-dip) part of the deposits with a nominal maximum RC depth of ~150m.
Diamond core drilling (DD) has been used for deeper holes, with diamond tails drilled from RC pre-collars. To control
the deviation of deep DD holes drilled since 2011, many of these holes were drilled from short ~60m RC pre-collars or
using 63.5mm (HQ) diameter core from surface.
Diamond core drilling for MRE definition is predominantly 47.6mm (NQ) diameter core, with a lesser number of holes
drilled for collection of metallurgical and/or geotechnical data using 63.5mm (HQ2, HQ3) or 85mm (PQ) core
diameters.
In fresh rock, cores are oriented wherever possible for collection of structural data. Prior to 2009, core orientations are
made using the EzyMark tool with the Reflex Ace Tool replacing the system in later drilling programs.
Drill sample
recovery		 RC recovery:
−Prior to 2008 semi-quantitative assessment was made regarding RC sample recovery with recovery visually
estimated as 25%, 50%, 75% or 100% of the expected volume of a 1m drilling interval.
−Since 2008, AGAA has implemented quantitative measure on every 25thinterval where the masses of the sample
splits are recorded and compared to the theoretical mass of the sampling interval for the rock type being drilled.
−AGAA found that overall RC recovery in the regolith was >80% and total recovery in fresh rock.
DD recovery:
−DD recovery has been measured as a percentage of the total length of core recovered compared to the drill
interval.
−Core recovery is consistently high in fresh rock with minor losses occurring in heavily fractured ground or for DD in
the regolith.
The main methods to maximise recovery have been recovery monitoring as described above and DD below a ~150m
depth.
No relationship exists between sample recovery and grade and the Competent Person considers that grade and sample
biases that may have occurred due to the preferential loss or gain of fine or coarse material are unlikely.
Logging RC cuttings and DD cores have been logged geologically and geotechnically with reference to AGAA’s logging standard
library, to levels of detail that support MRE work, Ore Reserve estimation (ORE) and metallurgical studies.
Qualitative logging includes codes for lithology, regolith, and mineralisation for both RC and DD samples, with sample
quality data recorded for RC such as moisture, recovery, and sub-sampling methods.
DD cores are photographed, qualitatively and structurally logged with reference to orientation measurements where
available.
Geotechnical quantitative logging includes QSI, RQD, matrix and fracture characterisation.
The total lengths of all drill holes have been logged.
Sub-sampling
techniques and
sample
preparation		 RC – Primary splitting:
−Prior to 2007, RC samples were collected from the RC cyclone stream using a tiered riffle splitter. From 2007, a
static cone splitter was introduced and replaced the use of riffles splitting on all rigs.
−The RC sampling interval is generally 1m but from 2016, 2m intervals were introduced for RC pre-collar holes.
−The splitters collected a ~12% split from the primary lot with two 12% splits collected – the first for laboratory
submission and second as a reference or duplicate.
−Most samples were collected dry with <2% of samples recorded as being split in moist or wet state.
−The main protocol to ensure the RC samples were representative of the material being collected was monitoring
of sample recovery and collection and assay of replicate samples.
DD – Primary sample:
−DD cores are collected of intervals determined by geological boundaries but generally targeting a 1m length
−Prior to 2022 all NQ cores have been half-core sampled with the core cut longitudinally with a wet diamond blade.
From 2022 onwards selected infill NQ cores have been whole sampled following a process of crushing and
splitting through a 50/50 riffle splitter prior to submission to the laboratory.
−A few of the DD whole cores have been sampled from HQ3 cores drilled to twin RC holes in the regolith or for
geotechnical or metallurgical testing.

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14 December 2023 ASX ANNOUNCEMENT

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SECTION 1 – TROPICANA JV – SAMPLING AND DATA

SECTION 1 – TROPICANA **JV – SAMPLING AND DATA ** SECTION 1 – TROPICANA **JV – SAMPLING AND DATA **
JORC Criteria Explanation
−In 2005, some 1,150m of cores drilled in the oxide zone were chisel split rather than wet-cut, but this poorer sub-
sampling represents <0.01% of the core drilled.
Laboratory preparation:
−Sample preparation has taken place at three laboratories since commencement of MRE definition drilling
including SGS Perth (pre- 2006), Genalysis Perth (2006 to April 2016) and SGS (Tropicana Gold Mine) TGM
onsite laboratory (2015 Boston Shaker samples and post-April 2016 to December 2017 samples), and SGS Perth
and SGS TGM from January 2018 onwards.
−RC samples are oven dried then pulped in a mixer mill to a particle size distribution (PSD) of 90% passing 75m
before subsampling for fire assay.
−SGS prepared DD half-core samples by jaw-crushing then pulverisation of the whole crushed lot to a PSD of 90%
passing 75m. A 50g subsample of the pulp was then collected for fire assay.
−Genalysis prepared the samples in a ‘Boyd’ crusher rotary splitter combo with nominally 2.5kg half-core lots
crushed to <3mm then rotary split to ~1 kg before pulverisation and sub-sampling for fire assay.
−At SGS Tropicana laboratory samples are processed in automated sample preparation system from 2013 - 2021,
where samples are crushed in a Boyd crusher to a PSD of 90% passing 2mm then subsampled using a linear
sample divider to ~1kg. Samples with mass <800g are pulped in a LM2 mill to a PSD of 75 microns before sub-
sampling for fire assay. In 2021 the automated preparation facility was decommissioned. From 2021 onwards,
samples have been prepared manually in LM5 pulverisers.
−From May 2016, a jaw crusher has been used to crush core samples to a PSD of 100% passing 6mm allowing for
core preparation at the SGS Tropicana laboratory.
Quality controls for representativity:
−SGS inserted blanks and standards at a 1:20 frequency in every batch with a duplicate pulp collected for assay
every 20thsample. Further replicates were also completed at a 1:20 frequency in a random manner.
−Sieve checks were completed on 5% of samples to monitor PSD compliance.
−Genalysis inserted blanks and standards in every batch and a replicate pulp was collected for assay on every
25th sample and 6% of each batch was randomly selected for replicate analysis. Sieve checks were completed
on 5% of samples to monitor PSD compliance.
−Tropicana laboratory used barren basalt, quartz and feldspar to clean equipment between routine samples.
Sample size versus grain size:
−No specific heterogeneity tests have been completed but the sample sizes collected are consistent with industry
standards for the style of mineralisation under consideration.
−A 2008 sampling variability study found that 72% of the gold in the samples tested was in size fraction <300m,
and that repeated sampling of the same lot have very low variance between replicates.
Quality of assay
data and
laboratory tests		 No geophysical tools have been used to determine any element concentrations material to the MRE.
All MRE prepared pulps have undergone 50g fire assay, which is considered a total assay for gold.
As discussed above all laboratories have used industry-standard quality control procedures with standards used to
monitor accuracy, replicate assay to monitor precision, blanks to monitor potential cross contamination and sieve tests to
monitor PSD compliance.
AGAA has also used other ‘umpire’ laboratories to monitor accuracy including Genalysis Perth (prior to November 2006
and 2016 and to June 2017), SGS Laboratory (from November 2006 to August 2007, June 2017 to June 2019) and ALS
Perth (since August 2007), with these check assaying campaigns coinciding with each MRE update. All check assay
results have been deemed acceptable.
AGAA has reviewed the quality sample results on a batch by batch and monthly basis and has found that the overall
performance of the laboratories used for MRE samples is satisfactory.
Verification of
sampling and
assaying		 Significant drill hole intersections of mineralisation are routinely verified by AGAA’s senior geological staff and have also
been inspected by several independent auditors as described further below.
Twin holes have been drilled to compare results from RC and DD drilling with the DD results confirming that there is no
material down hole smearing of grades in the nearby RC drilling and sampling.
All logging and sample data is captured digitally in the field using Field Marshall Software, prior to upgrade to
Micromine’s Geobank database in 2016. Data is downloaded daily to the Tropicana Exploration Database (Datashed)
and checked for accuracy, completeness and structure by the field personnel.
Assay data is merged electronically from the laboratories into a central Datashed database, with information verified
spatially in Vulcan software. AGAA maintains standard work procedures for all data management steps.
An assay importing protocol has been set up to ensure quality samples are checked and accepted before data can be
loaded into the assay database
All electronic data is routinely backed up to AGAA’s server in Perth.
There have been no adjustments or scaling of assay data other than setting below detection limit values to half detection
for MRE work.

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14 December 2023 ASX ANNOUNCEMENT

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SECTION 1 – TROPICANA **JV – SAMPLING AND DATA **
JORC Criteria Explanation
Location of data
points		 All completed drill hole collar locations of surface holes have been using real time kinematic global positioning (RTK
GPS) equipment, which was connected to the state survey mark (SSM) network.
The grid system is GDA94 Zone 51 using AHD elevation datum.
Prior to 2007, drill hole path surveys have been completed on all holes using ‘Eastman’ single shot camera tools, with
down hole gyro tools used for all drilling post 2007.
A digital terrain model was prepared by Whelan’s Surveyors of Kalgoorlie from aerial photography flown in 2007, which
has been supplemented with collar data surveyed using RTK GPS. This model is considered to have centimetre-scale
accuracy.
The MRE and ORE are on a local Tropicana Gold Mine grid (TMG), which is derived by a two-point transform from Map
Grid Australia (MGA) and Australian Height Datum (AHD) as follows:
−Point 1:
■MGA Zone 51: 617.762.61mE = TMG: 50,000.00mE
■MGA Zone 51: 6,727,822.78mN =TMG: 95,000.00mN
■AHD elevation = TMG: MGA elevation + 2,000m
−Point 2:
■MGA Zone 51: 688,473.50mE = TMG: 50,000.00mE
■MGA Zone 51: 6,798,533.48mN = TMG: 195,000.00mN
■AHD elevation = TMG: MGA elevation + 2,000m
Data spacing
and distribution		 The drill hole spacing used to define MREs nominally ranges from 25mN by 25mE to 100mN by 100mE (local grid) over
most of the MRE area with a small area of 10mN by 10mE used for grade control calibration work.
Most of the open pit MRE has been tested on a 50mN by 50mE grid with closer spaced 25mN by 25mE patterns in the
upper parts of the deposit.
The Boston Shaker underground MRE is drilled at 50mN by 25mE in the upper levels and out to 100mN by 100mE at
deeper levels.
The Havana Deeps underground MRE has been drilled at 50mN by 25mE pattern in the upper area and out to 100mN
by 100mE at deeper levels.
Down-hole sample intervals are typically 1m, with 2m compositing applied for MRE work.
The Competent Person considers that these data spacings are sufficient to establish the degree of geological and grade
continuity appropriate for the MRE and ORE estimation procedures, and the JORC Code classifications applied.
Orientation of
data in relation
to geological
structure		 Most drill holes are oriented to intersect the shallowly east dipping mineralisation at a high angle and as such, the
Competent Person considers that a grade bias due to the orientation of data in relation to geological structure is highly
unlikely.
Sample security The chain-of-sample custody is managed by AGAA. Samples were collected in pre-numbered calico bags, which are
then accumulated into polywoven bags for transport from the collection site.
The accumulated samples are then loaded into wooden crates and road hauled to the respective laboratories (Perth) or
processed onsite at the TGM laboratory.
Sample dispatches are prepared by the field personnel using a database system linked to the drill hole data.
Sample dispatch sheets are verified against samples received at the laboratory and any issues such as missing samples
and so on are resolved before sample preparation commences.
The Competent Person considers that the likelihood of deliberate or accidental loss, mix-up or contamination of samples
is very low.
Audits or
reviews		 Field quality control data and assurance procedures are reviewed on a daily, monthly and quarterly basis by AGAA’s
field personnel and senior geological staff.
The field quality control and assurance of the sampling was audited by consultant Quantitative Geoscience in 2007 and
2009. The conclusion of the audit was that the data was suitable for MRE work.
In 2017, MRE consultants Optiro reviewed data collections and assay quality as part of an MRE review and found no
material issues.

Page 23

ASX ANNOUNCEMENT

14 December 2023

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APPENDIX B Section 2 - Reporting of Exploration Results

**SECTION 2 – TROPICANA JV – EXPLORATON RESULTS **
JORC Criteria Explanation
Mineral
tenement and
land tenure
status		 The TGM MREs are located wholly within WA mining lease M39/1096, which commenced on 11 March 2015 and has a
term of 21 years (expiry 10 March 2036).
TGM in a joint venture between AGAA (70%) and RRL (30%) with AGAA as manager.
Gold production is subject to WA State royalties of 2.5% of the value of gold produced.
The Competent Person has confirmed that there are no material issues relating to native title or heritage, historical sites,
wilderness or national parks, or environmental settings.
The tenure is secure at the time of reporting and there are no known impediments to exploitation of the MRE and ORE
and on-going exploration of the mining lease.
Exploration
done by other
parties		 AGAA entered a joint venture (JV) with IGO in early 2002 with the main target of interest being a Western Mining
Corporation (WMC) gold soil anomaly of 31ppb, which was reporting in a WA government open file report.
Prior to the JV, the WMC soil sampling program was the only known exploration activity and the only dataset available
were WA government regional magnetic and gravity data.
Geology TGM is on the western margin of a 700km long magnetic feature that is interpreted to be the collision suture zone
between the Archean age Yilgarn Craton to the west and the Proterozoic age Albany-Fraser Orogen to the east of this
feature. The gold deposits are hosted by a package of Archean age high metamorphic grade gneissic rocks.
Four distinct structural domains have been identified – Boston Shaker, Tropicana, Havana and Havana South, which
represent the same mineral deposit disrupted by northeast striking faults that post-date the mineralisation.
The gold mineralisation is hosted by a shallowly southwest dipping sequence of quartz-feldspar gneiss, amphibolite,
granulite and meta-sedimentary chert lithologies.
The gold mineralisation is concentrated in a ‘favourable horizon’ of quartz-feldspar gneiss, with a footwall of garnet
gneiss, amphibolite or granulite.
Mineralisation is characterised by pyrite disseminations, bands and crackle veins within altered quartz-feldspar gneiss.
Higher grades are associated with close-spaced veins and sericite and biotite alteration.
Mineralisation presents as stacked higher grade lenses within a low-grade alteration envelope.
Geological studies suggest the mineralisation is related to shear planes that post-date the development of the main
gneissic fabric and metamorphic thermal maximum.
Drill hole
information		 Drill hole information including collar location and drill direction are documented inAppendix 1and in the body of the
announcement
Data
aggregation
methods		 The reported intersections are length-weighted average grade intervals calculated using a 0.7 g/t gold lower cut, no upper
cut, maximum 2m internal dilution. All diamond drill assays determined on half core (NQ2) samples by fire assay.
Relationship
between
mineralisation
width and
intercept
lengths		 Drilling intersects the mineralisation at a high angle and as such approximates true thicknesses in most cases.
Regional exploration intersections are reported as downhole widths which in most cases is approximately perpendicular
to the plane of mineralisation.
Diagrams Refer to the body of the announcement.
Balanced
reporting		 Results have been comprehensively reported with the exception regional RC & AC drilling.
Appropriate plans and long sections show the distribution of all drilling (mineralised and unmineralised) relative to the
reported intersections.
Further work Exploration drilling is continuing across the project area

Page 24

ASX ANNOUNCEMENT

14 December 2023 APPENDIX C: Reporting of Drill Results

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Appendix C-1 – Diamond drilling at Garden Well UG 1 g/t gold lower cut, no upper cut, maximum 3m internal dilution

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From(m) To(m) Interval
(m)		 Auppm
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 101.2 102 0.8 2.59
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 111 114 3 1.5
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 19.5 23 3.5 2.19
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 28 29 1 4.21
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 32 33 1 1.57
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 116 117 1 1.83
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 128 129 1 1.51
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 136 137 1 4.17
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 63 91 28 2.3
GWUD0361 Garden Well 6911902 437250 197 -51 197 233.6 40.05 49.75 9.7 2.37
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 68 71 3 2.79
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 207 210 3 1.97
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 62 63 1 1.54
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 95 101.24 6.24 3.27
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 105 106 1 2.04
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 108.56 109 0.44 4.1
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 241 242 1 1.67
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 22 31 9 2.62
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 45 53 8 1.91
GWUD0362 Garden Well 6911902 437250 197 -51 197 263.6 130.15 137 6.85 2.1
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 173 178 5 3.88
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 42 45.2 3.2 2.14
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 16 18 2 2.15
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 20 20.8 0.8 2.65
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 27 28 1 1.52
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 30 32.6 2.6 1.72
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 53 54 1 1.59
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 88.6 89 0.4 4
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 99 100 1 1.89
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 168 169 1 3.17
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 228 230 2 1.59
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 104 111 7 1.93
GWUD0363 Garden Well 6911902 437250 208 -70 208 251.9 67.3 75.1 7.8 3.54
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 102 112 10 1.59
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 92 95 3 2.16
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 24 25 1 2.3
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 80 81.3 1.3 3.7
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 116 117 1 3.77
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 137 138 1 1.9
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 159 160 1 2.1
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 217.2 221 3.8 1.56
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 125 131 6 1.59
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 142 148 6 1.66
GWUD0364 Garden Well 6911902 437250 170 -65 170 263.7 33.7 70 36.3 2.19
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 38 39 1 2.72
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 40.9 42 1.1 1.55
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 57 61 4 1.98
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 67 68 1 2.56
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 96 97 1 1.75
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 116 118 2 1.73
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 185 186 1 2.51
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 196 197 1 2.04
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 220 221 1 1.81
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 25 26.57 1.57 3.33
GWUD0365 Garden Well 6911902 437250 189 -75 189 271.8 80.45 82 1.55 2.16
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 47.9 50 2.1 5.82
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 102 107 5 1.51
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 202 212 10 1.59
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 62 63 1 1.56
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 97 98 1 2.53
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 109 113 4 1.69
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 116 116.9 0.9 3.46
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 121 122 1 2.54
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 123 124 1 1.55
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 189.7 190 0.3 1.92
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 244 244.95 0.95 2.41
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 250 251 1 4.58
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 33 40 7 1.57
GWUD0366 Garden Well 6911902 437250 171 -77 171 299.9 84 91 7 2.64

Page 25

ASX ANNOUNCEMENT

14 December 2023

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From(m) To(m) Interval
(m)		 Auppm
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 82 85 3 1.67
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 189 192 3 2.52
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 28.18 29 0.82 2.03
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 31.75 32.05 0.3 1.85
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 41 45 4 1.52
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 46 47 1 1.75
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 65 66 1 1.75
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 90 92 2 2.92
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 103 104 1 5.53
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 111 113 2 2.39
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 165.33 166.32 0.99 1.95
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 207 208 1 6.61
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 221 222 1 2.23
GWUD0367 Garden Well 6911907 437250 290 -84 290 245.76 57.02 60 2.98 10.04
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 180 185 5 1.66
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 67 70 3 2.43
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 19 20 1 3.06
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 33 34 1 2.06
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 62 63 1 2.89
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 76 77 1 2.26
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 84 85 1 3
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 94 94.5 0.5 1.69
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 114 115 1 1.53
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 131 132 1 2.99
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 188 189 1 1.85
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 209 210 1 2.86
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 263.26 263.46 0.2 3.57
GWUD0368 Garden Well 6911907 437250 358 -84 358 295 96 102 6 1.81
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 94 109.11 15.11 1.88
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 192.66 193.46 0.8 2.55
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 19 19.45 0.45 4.02
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 39.35 41.98 2.63 2.09
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 66 67 1 1.92
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 88.42 89.15 0.73 2.14
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 154 155.9 1.9 1.52
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 157 157.6 0.6 1.65
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 182 183 1 2.5
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 187 188 1 1.99
GWUD0369 Garden Well 6911907 437250 316 -71 316 245 45.14 57.64 12.5 1.63
GWUD0370 Garden Well 6911907 437250 349 -72 349 95.5 45 45.55 0.55 1.69
GWUD0370 Garden Well 6911907 437250 349 -72 349 95.5 72 73 1 2.26
GWUD0370 Garden Well 6911907 437250 349 -72 349 95.5 79 80 1 1.96
GWUD0370 Garden Well 6911907 437250 349 -72 349 95.5 81 82 1 2.01
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 88 90.5 2.5 10.53
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 53.7 54.12 0.42 2.86
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 67 68 1 2.26
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 110.5 110.8 0.3 6.46
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 128 128.5 0.5 4.29
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 165 166 1 1.54
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 229 229.65 0.65 2.11
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 233.5 234 0.5 2.93
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 254.59 257 2.41 2.34
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 274.7 275.2 0.5 2.77
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 276.3 276.7 0.4 1.52
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 139 146 7 4.24
GWUD0370A Garden Well 6911907 437250 349 -72 349 386.3 151 155 4 5.82
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 73 76 3 2.2
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 13 21 8 2.15
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 31 32.17 1.17 1.7
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 35 36 1 2.78
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 37 38 1 1.57
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 65 65.85 0.85 2.76
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 81 82 1 1.55
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 95 96 1 1.53
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 147 148 1 3.26
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 160 161 1 2.11
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 48 57 9 3.08
GWUD0371 Garden Well 6911907 437250 315 -55 315 254.3 169 176 7 1.58

Page 26

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From(m) To(m) Interval
(m)		 Auppm
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 157 168 11 1.88
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 179 182 3 1.67
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 34 35 1 1.68
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 87 91 4 5.09
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 141 142 1 1.92
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 151 152 1 3.57
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 185 186 1 1.55
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 203 204 1 4.34
GWUD0372 Garden Well 6911902 437250 166 -54 166 258 219 220 1 3.23
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 15.5 23 7.5 1.58
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 52.7 53.5 0.8 1.88
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 84.5 86 1.5 1.75
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 50 50.5 0.5 2.76
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 55.5 56 0.5 1.62
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 57 58 1 1.75
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 59.5 61.5 2 1.67
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 66.5 67.5 1 1.95
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 70 72 2 1.58
GWUD0373 Garden Well 6911907 437250 325 -62 325 86.4 39 43 4 1.69
GWUD0373A Garden Well 6911907 437250 325 -62 325 66 53.5 63 9.5 2.03
GWUD0373A Garden Well 6911907 437250 325 -62 325 66 44 50 6 1.62
GWUD0373A Garden Well 6911907 437250 325 -62 325 66 19.5 21 1.5 2.25
GWUD0373A Garden Well 6911907 437250 325 -62 325 66 6.5 7 0.5 2.82
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 121 126 5 1.51
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 232 242 10 1.73
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 84 87 3 1.74
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 29.5 30 0.5 36.48
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 103 104.57 1.57 3.43
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 115 117 2 1.84
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 127 128 1 1.82
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 138 139 1 2.43
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 200 201 1 1.6
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 66 74 8 3.31
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 186 193 7 2.45
GWUD0373B Garden Well 6911907 437250 340 -62 340 266 248 254 6 1.82
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 172.5 175 2.5 1.59
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 103 113 10 2.44
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 215 222 7 1.66
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 170 171.28 1.28 2.03
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 61.12 64 2.88 2.87
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 20 21 1 1.88
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 41.96 42.28 0.32 2.25
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 51 52 1 3.51
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 56 58 2 1.81
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 76 77 1 5.02
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 93.05 94 0.95 1.54
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 117 118.05 1.05 2.09
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 224.61 224.91 0.3 3.09
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 227.91 228.61 0.7 1.88
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 248 249 1 1.84
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 236 242.46 6.46 1.69
GWUD0374 Garden Well 6911907 437250 333 -68 333 305.56 190 199.34 9.34 1.75
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 192 197 5 2.09
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 64 67 3 1.66
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 40.44 41 0.56 2.97
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 70 71 1 2.36
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 90 91 1 2.06
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 100 101 1 1.67
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 104 105 1 1.83
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 118 120 2 2.43
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 123 124 1 2.31
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 128.73 128.93 0.2 5.03
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 200 201 1 2.43
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 204 205 1 1.98
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 210.68 212 1.32 11.28
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 227 228 1 1.83
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 230 232 2 1.51
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 269 270 1 1.54
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 282 283 1 1.52
RRLGWUG0015 Garden Well 6911908 437255 348 -71 348 335.6 79.63 81 1.37 4.31

Page 27

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From(m) To(m) Interval
(m)		 Auppm
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 93 96 3 1.59
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 39 40 1 1.56
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 42 43 1 1.69
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 50 52 2 2.6
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 56 57 1 2.19
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 61 65 4 1.51
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 86 87 1 4.24
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 101 102 1 1.63
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 103 104 1 2.45
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 127 128 1 2.11
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 135 136 1 1.88
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 159 161 2 1.91
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 174.74 175 0.26 3.41
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 178.88 180 1.12 1.53
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 220 222 2 1.65
RRLGWUG0020 Garden Well 6912022 437256 294 -38 294 285.14 236 237 1 1.82
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 56 73 17 2.06
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 109 114 5 2.02
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 205 210 5 2.68
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 185 194 9 1.52
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 90 91 1 2.08
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 122 123 1 11.47
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 130.23 131 0.77 1.78
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 135 137 2 1.62
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 144 145 1 1.97
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 236 237 1 2.22
RRLGWUG0021 Garden Well 6912022 437256 298 -52 298 285 180 183 3 1.56
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 99 101 2 1.58
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 143 144 1 3.12
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 154 155 1 2.51
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 236 238 2 3.93
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 241.89 242.1 0.21 3.52
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 270 271 1 3.49
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 66 81.53 15.53 1.92
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 110 116.2 6.2 2.9
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 169 187 18 2.58
RRLGWUG0022 Garden Well 6912022 437256 305 -63 305 312 57 59.55 2.55 2.17
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 201 206.97 5.97 1.65
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 178.65 188.1 9.45 2.25
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 72.6 73 0.4 1.61
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 74 75.2 1.2 2.02
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 155 156 1 1.5
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 264 266 2 2.88
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 287.9 288.27 0.37 2.83
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 81 88.5 7.5 1.57
RRLGWUG0023 Garden Well 6912022 437256 315 -71 315 345.15 118 122 4 2.56
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 60 61 1 1.79
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 85 89.3 4.3 1.55
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 97 97.35 0.35 2.17
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 114 116 2 1.86
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 133 134 1 1.67
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 204.17 204.47 0.3 3.18
RRLGWUG0024 Garden Well 6912022 437257 330 -77 330 385.04 124 129 5 2.24
RRLGWUG0025 Garden Well 6912106 437254 322 -78 322 369 131.85 136 4.15 1.64
RRLGWUG0025 Garden Well 6912106 437254 322 -78 322 369 141 144 3 2.33
RRLGWUG0025 Garden Well 6912106 437254 322 -78 322 369 181 182 1 5.42
RRLGWUG0025 Garden Well 6912106 437254 322 -78 322 369 96 116 20 1.66
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 162.45 164 1.55 2.44
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 152 155 3 2.12
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 92.5 106 13.5 1.58
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 133.35 135 1.65 4.54
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 86 87 1 2.86
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 146 146.9 0.9 3.19
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 167 168 1 2.91
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 173.5 175.5 2 5.72
RRLGWUG0026 Garden Well 6912106 437255 308 -73 308 332.1 178 178.8 0.8 3.7

Page 28

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From(m) To(m) Interval
(m)		 Auppm
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 157.4 159 1.6 1.52
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 99 100 1 1.92
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 72.8 73.1 0.3 1.9
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 77 78 1 2.34
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 268.1 268.8 0.7 2.23
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 298.34 298.78 0.44 9.38
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 142.11 145.96 3.85 1.77
RRLGWUG0027 Garden Well 6912106 437254 300 -65 300 302.1 82 91 9 1.55
RRLGWUG0028 Garden Well 6912106 437254 294 -56 294 281.1 166 168.1 2.1 2.32
RRLGWUG0028 Garden Well 6912106 437254 294 -56 294 281.1 86 87 1 3.51
RRLGWUG0028 Garden Well 6912106 437254 294 -56 294 281.1 217 218 1 1.55
RRLGWUG0028 Garden Well 6912106 437254 294 -56 294 281.1 222 222.75 0.75 3.45
RRLGWUG0028 Garden Well 6912106 437254 294 -56 294 281.1 67 81 14 1.68
RRLGWUG0028 Garden Well 6912106 437254 294 -56 294 281.1 96 97.72 1.72 1.79
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 78 79 1 1.63
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 85 86 1 2.89
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 93 94 1 4.01
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 108 109 1 1.6
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 117 118 1 2.97
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 134 136 2 3.09
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 281 282 1 3.12
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 292.9 294 1.1 1.53
RRLGWUG0028A Garden Well 6912106 437254 309 -60 309 311 303.18 304 0.82 4.43
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 155 165.7 10.7 1.51
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 48 49 1 1.68
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 77.84 79.1 1.26 3.41
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 82.82 84 1.18 1.89
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 113.12 114.3 1.18 2.22
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 148 150 2 1.62
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 151 154 3 1.71
RRLGWUG0029 Garden Well 6912106 437254 290 -44 290 308 208 209 1 8.94
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 111.56 112.96 1.4 2.37
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 76.88 77.18 0.3 3.65
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 84.15 84.55 0.4 3.32
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 86 87 1 1.51
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 90 92 2 2.44
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 117.65 119 1.35 1.65
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 127 127.7 0.7 2.79
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 138 138.5 0.5 2.02
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 141 141.52 0.52 1.98
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 142.82 143.32 0.5 1.55
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 232.63 233.13 0.5 5.83
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 276 277 1 1.55
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 80.5 83 2.5 1.58
RRLGWUG0029A Garden Well 6912106 437254 303 -46 303 302 158 163 5 2.42
RRLGWUG0031 Garden Well 6912205 437257 290 -42 290 242 6 7 1 3.37
RRLGWUG0031 Garden Well 6912205 437257 290 -42 290 242 93.9 100 6.1 2.93
RRLGWUG0031 Garden Well 6912205 437257 290 -42 290 242 106 107 1 2.35
RRLGWUG0031 Garden Well 6912205 437257 290 -42 290 242 110 111 1 1.9
RRLGWUG0031 Garden Well 6912205 437257 290 -42 290 242 120 123 3 9.14
RRLGWUG0031 Garden Well 6912205 437257 290 -42 290 242 133.15 137 3.85 2.33
RRLGWUG0032 Garden Well 6912205 437257 296 -55 296 262.9 100 101 1 2.06
RRLGWUG0032 Garden Well 6912205 437257 296 -55 296 262.9 109 110 1 18.46
RRLGWUG0032 Garden Well 6912205 437257 296 -55 296 262.9 119 120 1 1.72
RRLGWUG0033 Garden Well 6912205 437257 305 -66 305 286.1 100 101 1 2.03
RRLGWUG0033 Garden Well 6912205 437257 305 -66 305 286.1 119 120 1 2.38
RRLGWUG0033 Garden Well 6912205 437257 305 -66 305 286.1 128 135 7 1.72
RRLGWUG0034 Garden Well 6912205 437258 314 -74 314 317.4 133 134 1 5.07
RRLGWUG0034 Garden Well 6912205 437258 314 -74 314 317.4 145 151 6 1.53
RRLGWUG0034 Garden Well 6912205 437258 314 -74 314 317.4 152 153 1 1.71
RRLGWUG0034 Garden Well 6912205 437258 314 -74 314 317.4 155 156 1 2.14
RRLGWUG0034 Garden Well 6912205 437258 314 -74 314 317.4 250 251 1 1.78
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 141 142 1 1.64
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 154 155 1 2
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 158 159 1 1.78
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 164 165 1 2.72
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 167 168 1 2.2
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 194 195 1 2.08
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 199 201 2 3.34
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 237 237.84 0.84 4.96
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 292 293 1 2.57
RRLGWUG0035 Garden Well 6912205 437258 335 -80 335 365.25 172 188 16 1.77

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14 December 2023 ASX ANNOUNCEMENT

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Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From(m) To(m) Interval
(m)		 Auppm
RRLGWUG0036 Garden Well 6911635 437185 85 -36 85 254.4 17.1 18.2 1.1 3.98
RRLGWUG0036 Garden Well 6911635 437185 85 -36 85 254.4 150 153 3 4.04
RRLGWUG0036 Garden Well 6911635 437185 85 -36 85 254.4 56.3 77 20.7 2.57
RRLGWUG0036 Garden Well 6911635 437185 85 -36 85 254.4 99.15 104.9 5.75 2.34
RRLGWUG0036 Garden Well 6911635 437185 85 -36 85 254.4 111 113 2 2.29
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 97 99 2 2.24
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 115.9 116.83 0.93 1.62
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 123.88 128 4.12 1.52
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 164.96 165.26 0.3 3.08
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 238 239 1 2.27
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 60.98 65.5 4.52 4
RRLGWUG0037 Garden Well 6911635 437185 96 -40 96 301.2 74 93 19 1.61
RRLGWUG0038 Garden Well 6912304 437256 321 -81 321 332.4 194 195.32 1.32 2.11
RRLGWUG0038 Garden Well 6912304 437256 321 -81 321 332.4 179 180 1 3.8
RRLGWUG0038 Garden Well 6912304 437256 321 -81 321 332.4 191 192 1 1.56
RRLGWUG0038 Garden Well 6912304 437256 321 -81 321 332.4 205.8 206.15 0.35 2.17
RRLGWUG0038 Garden Well 6912304 437256 321 -81 321 332.4 212 213 1 2.44
RRLGWUG0038 Garden Well 6912304 437256 321 -81 321 332.4 239 240 1 2.52
RRLGWUG0039 Garden Well 6912304 437255 298 -76 298 291 143 144 1 2.89
RRLGWUG0039 Garden Well 6912304 437255 298 -76 298 291 167.9 168.25 0.35 1.93
RRLGWUG0039 Garden Well 6912304 437255 298 -76 298 291 240 242 2 1.79
RRLGWUG0039 Garden Well 6912304 437255 298 -76 298 291 150 156 6 1.85
RRLGWUG0040 Garden Well 6912304 437255 291 -67 291 266.7 115 117 2 1.65
RRLGWUG0040 Garden Well 6912304 437255 291 -67 291 266.7 135 136 1 2.72
RRLGWUG0041 Garden Well 6912304 437255 286 -56.5 286 129 100.5 101 0.5 2.92
RRLGWUG0041 Garden Well 6912304 437255 286 -56.5 286 129 116 116.5 0.5 3.03
RRLGWUG0041 Garden Well 6912304 437255 286 -56.5 286 129 119 119.5 0.5 2.04
RRLGWUG0041 Garden Well 6912304 437255 286 -56.5 286 129 128 128.5 0.5 1.59
RRLGWUG0041 Garden Well 6912304 437255 286 -56.5 286 129 120.4 123.5 3.1 1.69
RRLGWUG0041A Garden Well 6912304 437255 286 -56.5 286 258.03 31.43 31.93 0.5 1.52
RRLGWUG0041A Garden Well 6912304 437255 286 -56.5 286 258.03 103 103.96 0.96 5.21
RRLGWUG0041A Garden Well 6912304 437255 286 -56.5 286 258.03 129 130 1 1.65
RRLGWUG0041A Garden Well 6912304 437255 286 -56.5 286 258.03 143.07 143.57 0.5 1.68
RRLGWUG0041A Garden Well 6912304 437255 286 -56.5 286 258.03 159.25 159.85 0.6 2.91
RRLGWUG0041A Garden Well 6912304 437255 286 -56.5 286 258.03 171.74 172.14 0.4 2.02
RRLGWUG0042 Garden Well 6912304 437255 281 -40 281 215.4 100.44 101.08 0.64 2.46
RRLGWUG0042 Garden Well 6912304 437255 281 -40 281 215.4 109 110 1 1.68

Appendix C-2 – Diamond drilling at Rosemont UG 2 g/t gold lower cut, no upper cut, maximum 2m internal dilution

Hole_ID Project Y X Z Dip Azimuth Total
Depth(m)		 From(m) To(m) Interval
(m)		 Auppm
RRLRMDD045 Rosemont 6919622 429157 272 -57 272 650.3 0 0 0 0
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 595.51 601.77 6.26 4.2
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 655.13 656 0.87 6.06
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 530 531.29 1.29 4.33
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 566 567 1 2.66
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 587 588 1 2.24
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 615.77 616.34 0.57 12.2
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 636.36 637.4 1.04 6.52
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 544.15 548 3.85 10.4
RRLRMDD096W2 Rosemont 6918656 429540 241.34 -66.92 241 800.3 511.65 519 7.35 6.65
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 548 558 10 7.22
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 577 578 1 1.91
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 625 626 1 1.74
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 656 657 1 2.46
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 670 671 1 1.6
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 734 734.71 0.71 3.64
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 741 742 1 1.68
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 539 546 7 1.92
RRLRMDD098W1 Rosemont 6918693 429530 245 -71 245 858.9 596.12 601 4.88 4.39
RRLRMDD117W1 Rosemont 6919236 429403 252 -67 252 848.4 0 0 0 0
RRLRMDD117W2 Rosemont 6919236 429403 245 -60 245 762.9 734.41 741 6.59 2.89
RRLRMDD117W2 Rosemont 6919236 429403 245 -60 245 762.9 721.9 722.71 0.81 10.8
RRLRMDD117W2 Rosemont 6919236 429403 245 -60 245 762.9 729.5 730 0.5 1.57
RRLRMDD117W2 Rosemont 6919236 429403 245 -60 245 762.9 730.5 731 0.5 1.88

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14 December 2023 ASX ANNOUNCEMENT

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Hole_ID Project Y X Z Dip Azimuth Total
Depth(m)		 From(m) To(m) Interval
(m)		 Auppm
RRLRMDD118 Rosemont 6919161 429427 249 -71 249 864.5 0 0 0 0
RRLRMDD118W1 Rosemont 6919161 429427 249 -71 249 798.9 768.04 768.81 0.77 2.11
RRLRMDD118W2 Rosemont 6919161 429427 249 -71 249 750.7 686 687 1 1.64
RRLRMDD118W2 Rosemont 6919161 429427 249 -71 249 750.7 689 690 1 1.5
RRLRMDD119 Rosemont 6919349 429384 249 -71 249 881.9 0 0 0 0
RRLRMDD119W1 Rosemont 6919349 429384 249 -71 249 815.1 777 780 3 1.61
RRLRMDD119W2 Rosemont 6919349 429384 249 -71 249 779.4 0 0 0 0
RRLRMDD120 Rosemont 6919391 429361 248 -68 248 867.5 0 0 0 0
RRLRMDD120W1 Rosemont 6919391 429361 248 -68 248 702.8 671.56 672.21 0.65 2.05
RRLRMDD120W2 Rosemont 6919391 429361 248 -68 248 762.4 725.85 726.19 0.34 3.74
RRLRMDD120W2 Rosemont 6919391 429361 248 -68 248 762.4 728 728.57 0.57 1.9
RRLRMDD121A Rosemont 6919436 429279 241 -70 241 801.5 761 764 3 1.58
RRLRMDD121AW1 Rosemont 6919436 429279 241 -70 241 890.2 838 839 1 2.06
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 688.1 689 0.9 2.75
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 713 720 7 23.03
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 757 757.8 0.8 1.86
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 758.8 759.35 0.55 1.67
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 775.95 776.7 0.75 1.5
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 779 779.4 0.4 2.26
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 703 704.54 1.54 4.11
RRLRMDD123 Rosemont 6918619 429678 246.8 -70.4 247 885.7 726 736.84 10.84 3.34
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 818.67 821.84 3.17 4.69
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 805 809 4 1.51
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 772 790 18 2.19
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 728.55 738.54 9.99 2.38
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 753.9 755 1.1 2.12
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 766 767 1 5.1
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 826.5 827.15 0.65 6.86
RRLRMDD123W1 Rosemont 6918619 429678 246.8 -70.4 247 906.5 745 747.59 2.59 2.55
RRLRMDD123W2 Rosemont 6918619 429678 246.8 -70.11 247 710.04 642.06 646.28 4.22 4.55
RRLRMDD123W2 Rosemont 6918619 429678 246.8 -70.11 247 710.04 667.65 670 2.35 2.6
RRLRMDD123W2 Rosemont 6918619 429678 246.8 -70.11 247 710.04 684.1 684.47 0.37 14
RRLRMDD123W2 Rosemont 6918619 429678 246.8 -70.11 247 710.04 688.75 693.05 4.3 13.88
RRLRMDD123W2 Rosemont 6918619 429678 246.8 -70.11 247 710.04 651 658 7 2.19
RRLRMDD123W2A Rosemont 6918619 429678 246.8 -70.11 247 822.5 677.3 678 0.7 1.53
RRLRMDD123W2A Rosemont 6918619 429678 246.8 -70.11 247 822.5 689.2 690 0.8 18.9
RRLRMDD123W2A Rosemont 6918619 429678 246.8 -70.11 247 822.5 723 727 4 2.09
RRLRMDD123W2A Rosemont 6918619 429678 246.8 -70.11 247 822.5 746 746.48 0.48 29.5
RRLRMDD123W2A Rosemont 6918619 429678 246.8 -70.11 247 822.5 775 776 1 3.43
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 631.39 639 7.61 3.42
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 673.84 674.44 0.6 37.56
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 678 680 2 7.39
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 703 704 1 2.46
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 711 712 1 2.52
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 717 718 1 1.82
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 734.3 734.94 0.64 47.4
RRLRMDD123W3 Rosemont 6918619 429678 246.8 -70.1 247 822.5 643 648 5 1.54
RRLRMDD124 Rosemont 6918896 428766 72 -63.5 72 846 795.7 796.15 0.45 1.65
RRLRMDD124 Rosemont 6918896 428766 72 -63.5 72 846 800.1 800.5 0.4 2.57
RRLRMDD125 Rosemont 6918601 429398 257 -53 257 189.1 165.4 165.7 0.3 5.09
RRLRMDD126 Rosemont 6918607 429425 256 -54 256 303.4 0 0 0 0
RRLRMDD127 Rosemont 6918607 429426 256 -59.5 256 285 132.95 133.68 0.73 32.8
RRLRMDD130 Rosemont 6918619 429465 254 -63 254 369.63 354.46 354.87 0.41 2.8
RRLRMDD130 Rosemont 6918619 429465 254 -63 254 369.63 339.48 344 4.52 5
RRLRMDD132 Rosemont 6918571 429517 258 -61 258 345.7 306.8 317 10.2 4.8
RRLRMDD132 Rosemont 6918571 429517 258 -61 258 345.7 296.59 297 0.41 1.88
RRLRMDD132W1 Rosemont 6918571 429517 258 -61 258 378.8 348.65 351.2 2.55 22.05
RRLRMDD132W1 Rosemont 6918571 429517 258 -61 258 378.8 311 312 1 1.53
RRLRMDD132W1 Rosemont 6918571 429517 258 -61 258 378.8 365.82 367 1.18 1.59
RRLRMDD132W1 Rosemont 6918571 429517 258 -61 258 378.8 327 330 3 1.92

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14 December 2023 ASX ANNOUNCEMENT

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Hole_ID Project Y X Z Dip Azimuth Total
Depth(m)		 From (m) To (m) Interval
(m)		 Auppm
RUGDD1784 Rosemont 22613.3 78231.1 1168.1 -10.7 323.7 255 185.8 190.5 4.7 5.47
RUGDD1830 Rosemont 22643.7 78106.7 1038.5 -59.7 301.8 228.4 183.4 183.8 0.4 66.3
RUGDD1792 Rosemont 22612.5 78179.3 1143.6 -21.5 313.2 193 153.3 160.5 7.2 3.76
RUGDD1788 Rosemont 22598.6 78215 1144 -20.2 317.8 215 188 193 5 6.36
RUGDD1776 Rosemont 22607 78211.1 1180 -3.2 319.9 206.5 171 177.5 6.5 5.04
RUGDD1776 Rosemont 22620.5 78195.9 1182.7 -3.2 319.9 206.5 153 154.5 1.5 21.96
RUGDD1748A Rosemont 22596.2 78248.1 1149.4 0.7 190.1 289.2 276.1 278.6 2.5 14.2
RUGDD1781 Rosemont 22605.3 78190.6 1171.7 -9.7 313.9 176.5 160.5 162.6 2.1 18.94
RUGDD1772 Rosemont 22613.9 78229.9 1189.1 -1.2 323.4 230.4 184 184.5 0.5 90.3
RUGDD1842 Rosemont 22657.9 77990 1044.8 -63.6 271.2 215 166.5 167.5 1 51.45
RUGDD1803 Rosemont 22599.9 78225.7 1103.6 -27.5 319.7 233.5 208.5 213.4 4.9 11.53
RUGDD1798 Rosemont 22610.9 78199 1130.6 -22.9 317.7 209.6 175.5 176 0.5 116
RUGDD1772 Rosemont 22610.2 78235.5 1188.5 -1.2 323.4 230.4 190 192 2 30.2
RUGDD1775 Rosemont 22606.2 78195.5 1180.4 -7.1 315.6 188.2 160 166.5 6.5 14.01
RUGDD1794 Rosemont 22593.2 78250.2 1132.2 -18.5 323.5 234 220.5 225 4.5 21.12
RUGDD1782 Rosemont 22606.2 78212.9 1167.8 -8.4 318.6 221.1 176 180.7 4.7 20.48
RUGDD1789 Rosemont 22604.2 78239.5 1153.3 -13.9 323.9 236.6 202 204 2 92.8

Appendix C-3 – Diamond drilling at Tropicana and Havana - 0.7 g/t Au lower cut, no upper cut, maximum 2m internal dilution.

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
HDD414A Havana 6761641 650407.2 -242.5 -69.6 311.5 692.5 645 661 16 2.3
HDD415W2 Havana 6761709 650351.6 -199.9 -65.4 310.9 693.4 639 653 14 5.87
HDD416A Havana 6761582 650258.5 -174.7 -66.7 316.6 669.3 594 608 14 2.68
HDD416W1 Havana 6761620 650252.5 -177.1 -63.7 316.6 649.9 609 627.6 18.6 2.43
HDD416W3 Havana 6761644 650256.3 -170.6 -63.8 317 673 615 630 15 6.03
HDD417 Havana 6761681 650284.9 -181.3 -61.1 334.3 723 625 645 20 4.69
HDD418A Havana 6761438 650206 -159.8 -65.1 324.3 648.7 578 592 14 3.35
HDD418AW1 Havana 6761453 650194.7 -151.4 -65.1 324.3 654.6 578 595 17 1.76
HDD419 Havana 6761540 650171.4 -139.2 -66.9 331 696.4 613 627 14 2.82
HDD419AW1 Havana 6761508 650196.1 -162.9 -69.1 328.4 673 614 625 11 4.39
HDD419AW3 Havana 6761553 650197.9 -148.9 -69.1 328.4 672.8 622 640 18 4.64
HDD420AW1 Havana 6761496 650264 -200.3 -66.8 339.6 711.6 623 643 20 3.23
HDD420W3 Havana 6761488 650230.5 -180.7 -65.8 336.7 706.6 606 629 23 2.15
HDD422W1 Havana 6761517 650295.2 -215.7 -64.1 313.3 750.4 670 703 33 3.24
HDD423 Havana 6761542 650312.9 -215.6 -64.5 315.6 753.6 671 694 23 2.11
HDD423W1 Havana 6761572 650310.2 -202.3 -64.5 315.6 744.6 674 699 25 2.64
HDD423W3 Havana 6761603 650293.3 -188.4 -64.5 315.6 750.9 682 713 31 3.27
HDD424AW1 Havana 6761615 650350.6 -220.5 -61 321.7 768.2 692 706 14 3.72
HDD424AW3 Havana 6761659 650359.9 -215.7 -61 321.7 769 708 721 13 2.29
BSUGD0120 Boston Shaker 6763266 652397.3 -260.4 -49.8 252.6 205 136 162 26 5.25
BSUGD0126 Boston Shaker 6763260 652481.3 -287.7 -79.7 186.7 200 127 163 36 2.62
BSUGD0127 Boston Shaker 6763211 652378.7 -225 -28.7 233.5 210 137 177 40 2.45
BSUGD0128 Boston Shaker 6763221 652416.1 -245.4 -44.5 225.5 190 126 157 31 2.34
BSUGD0129 Boston Shaker 6763231 652446.5 -273 -61.6 211.9 189.8 127 159 32 2.13
BSUGD0151 Boston Shaker 6763408 652620.7 -383.6 -63.3 69.1 295 235 286 51 2.37
BSUGD0152 Boston Shaker 6763414 652666.8 -414.8 -58 70.4 365 290 329 39 3.02
BSUGD0156 Boston Shaker 6763292 652506.2 -314.1 -80.7 75.4 220 146 195 49 2.62
BSUGD0164 Boston Shaker 6763221 652690.4 -386.7 -46.9 104.1 355 315 331 16 1.3
BSUGD0166 Boston Shaker 6763183 652652.8 -367.5 -47.5 117.1 315 289 304 15 1.72
BSUGD0167 Boston Shaker 6763143 652619.3 -350.4 -45.5 133.8 290 273 289 16 2.16
BSUGD0168 Boston Shaker 6763167 652710.7 -391.9 -42.7 114.5 365 342 361 19 1.5
BSUGD0215 Boston Shaker 6763300 652378.1 -272.6 -39.9 248.7 225 179 191 12 4
BSUGD0219 Boston Shaker 6763275 652376.4 -258.1 -35.1 239.6 225 179 191 12 2.25
TPUGD0148A Tropicana 6763139 651222.6 -30.4 -45.1 256.9 280 199 214 15 1.73
TPUGD0162 Tropicana 6763181 651342.3 -69.1 -81.8 269.4 216 184 195 11 1.85
TPUGD0176 Tropicana 6763221 651476 -148.9 -66.2 65.2 340 283 295 12 2.32

Page 32

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Appendix C-4 – RC drilling at Banyego-Rosemont Trend 0.4 g/t Au lower cut, no upper cut, maximum 2m internal dilution.

Hole_ID Project Y X Z Dip Azimuth Total depth(m) From(m) To(m) Interval(m) Auppm
RRLBRTRC158 McKenzie 6910030 431861 481 -70 255 162 0 0 0 0
RRLMKRC070 McKenzie 6909905 431416 481 -60 255 102 0 0 0 0
RRLMKRC071 McKenzie 6909920 431463 481 -60 255 102 0 0 0 0
RRLMKRC072 McKenzie 6909933 431512 481 -60 255 102 42 46 4 3.65
RRLMKRC073 McKenzie 6909968 431653 481 -60 255 132 34 37 3 0.42
RRLMKRC074 McKenzie 6909984 431702 481 -60 255 174 61 62 1 1.4
RRLMKRC075 McKenzie 6909997 431752 481 -60 255 108 68 69 1 0.73
RRLMKRC076 McKenzie 6910006 431799 481 -60 255 108 47 51 4 0.76
RRLMKRC076 McKenzie 6910006 431799 481 -60 255 108 62 63 1 0.84
RRLMKRC076 McKenzie 6910006 431799 481 -60 255 108 66 67 1 0.82
RRLMKRC077 McKenzie 6910127 431485 481 -60 255 108 50 53 3 5.38
RRLMKRC078 McKenzie 6910143 431533 481 -60 255 102 0 0 0 0
RRLMKRC079 McKenzie 6910149 431584 481 -60 255 114 52 55 3 0.75
RRLMKRC079 McKenzie 6910149 431584 481 -60 255 114 106 109 3 2.02
RRLMKRC080 McKenzie 6910166 431623 481 -60 255 102 50 51 1 0.92
RRLMKRC080 McKenzie 6910166 431623 481 -60 255 102 57 61 4 0.41
RRLMKRC081 McKenzie 6910181 431673 481 -60 255 102 0 0 0 0
RRLMKRC082 McKenzie 6910325 431418 481 -60 255 102 0 0 0 0
RRLMKRC083 McKenzie 6910335 431468 481 -60 255 108 0 0 0 0
RRLMKRC084 McKenzie 6910368 431564 481 -60 255 108 77 78 1 0.58
RRLMKRC084 McKenzie 6910368 431564 481 -60 255 108 82 85 3 0.65
RRLMKRC084 McKenzie 6910368 431564 481 -60 255 108 106 107 1 1.72
RRLMKRC085 McKenzie 6910378 431611 481 -60 255 150 116 117 1 0.5
RRLMKRC085 McKenzie 6910378 431611 481 -60 255 150 121 122 1 2.44
RRLMKRC086 McKenzie 6910445 431393 481 -60 255 72 0 0 0 0
RRLMKRC087 McKenzie 6910458 431438 481 -60 255 114 0 0 0 0
RRLMKRC088 McKenzie 6910467 431487 481 -60 255 81 0 0 0 0
RRLMKRC089 McKenzie 6910485 431538 481 -60 255 95 58 59 1 0.62
RRLMKRC089 McKenzie 6910485 431538 481 -60 255 95 63 70 7 0.68
RRLMKRC090 McKenzie 6910636 431424 481 -60 255 102 0 0 0 0
RRLMKRC091 McKenzie 6910653 431469 481 -60 255 102 43 44 1 0.75
RRLMKRC091 McKenzie 6910653 431469 481 -60 255 102 76 77 1 1.14
RRLMKRC092 McKenzie 6910665 431516 481 -60 255 102 80 83 3 1.54
RRLMKRC092 McKenzie 6910665 431516 481 -60 255 102 99 100 1 0.62
RRLMKRC093 McKenzie 6910732 431394 481 -60 255 108 57 58 1 0.63
RRLMKRC094 McKenzie 6910747 431441 481 -60 255 102 64 65 1 2.8
RRLMKRC094 McKenzie 6910747 431441 481 -60 255 102 68 69 1 0.54
RRLMKRC095 McKenzie 6910757 431490 481 -60 255 102 79 80 1 0.51
RRLMKRC095 McKenzie 6910757 431490 481 -60 255 102 83 89 6 0.96
RRLMKRC096 McKenzie 6910818 431316 481 -60 255 102 0 0 0 0
RRLMKRC097 McKenzie 6910833 431369 481 -60 255 102 0 0 0 0
RRLMKRC098 McKenzie 6910846 431417 481 -60 255 102 61 75 14 1.01
RRLMKRC098 McKenzie 6910846 431417 481 -60 255 102 78 80 2 1.88
RRLMLRC019 Merlin 6910219 431271 481 -60 255 96 41 42 1 0.42
RRLMLRC020 Merlin 6910246 431252 481 -60 255 90 0 0 0 0
RRLMLRC021 Merlin 6910251 431290 481 -60 255 150 76 78 2 0.97
RRLMLRC022 Merlin 6910473 431213 481 -60 255 66 0 0 0 0
RRLMLRC023 Merlin 6910508 431193 481 -60 255 102 37 38 1 0.73
RRLMLRC024 Merlin 6910519 431230 481 -60 255 120 59 60 1 1.39
RRLMLRC024 Merlin 6910519 431230 481 -60 255 120 63 64 1 0.54
RRLMLRC025 Merlin 6910675 431155 480 -60 255 90 26 27 1 0.55
RRLMLRC025 Merlin 6910675 431155 480 -60 255 90 38 40 2 0.61
RRLMLRC025 Merlin 6910675 431155 480 -60 255 90 47 48 1 0.54
RRLMLRC026 Merlin 6910686 431201 481 -60 255 150 34 35 1 0.46
RRLMLRC026 Merlin 6910686 431201 481 -60 255 150 95 96 1 10.5
RRLMLRC026 Merlin 6910686 431201 481 -60 255 150 102 108 6 1.21
RRLMLRC027 Merlin 6910862 431113 481 -60 255 90 45 46 1 0.47
RRLMLRC028 Merlin 6910878 431161 481 -60 255 120 102 110 8 2.09
RRLMLRC029 Merlin 6910958 431096 481 -60 255 90 29 32 3 0.75
RRLMLRC029 Merlin 6910958 431096 481 -60 255 90 38 39 1 0.52
RRLMLRC030 Merlin 6910974 431145 481 -60 255 150 87 88 1 0.41
RRLMLRC030 Merlin 6910974 431145 481 -60 255 150 93 95 2 0.5
RRLMLRC031 Merlin 6911059 431091 481 -60 255 90 15 16 1 0.92
RRLMLRC031 Merlin 6911059 431091 481 -60 255 90 20 21 1 0.43
RRLMLRC032 Merlin 6911169 431092 482 -60 255 96 39 40 1 0.54
RRLMLRC032 Merlin 6911169 431092 482 -60 255 96 44 45 1 2.68
RRLMLRC033 Merlin 6911261 431059 482 -60 255 120 31 37 6 4.25
RRLMLRC033 Merlin 6911261 431059 482 -60 255 120 40 42 2 0.54
RRLMLRC033 Merlin 6911261 431059 482 -60 255 120 48 49 1 1.62
RRLMLRC034 Merlin 6911276 431110 481 -60 255 209 120 121 1 0.9
RRLMLRC034 Merlin 6911276 431110 481 -60 255 209 131 134 3 1.41
RRLMLRC034 Merlin 6911276 431110 481 -60 255 209 138 145 7 3.14
RRLMLRC034 Merlin 6911276 431110 481 -60 255 209 151 192 41 3.13

Page 33

ASX ANNOUNCEMENT

14 December 2023

==> picture [63 x 20] intentionally omitted <==

Appendix C5 – RC drilling at Garden Well – King of Creation Trend 0.4 g/t Au lower cut, no upper cut, maximum 2m internal dilution.

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLKCRC042 Kingof Creation 6885985 440527.5 497.7 -60 260 132 83 90 7 0.7
RRLKCRC042 Kingof Creation 6885985 440527.5 497.7 -60 260 132 126 127 1 0.7
RRLKCRC043 Kingof Creation 6885842 440494.2 497.3 -55 80 132 45 48 3 0.5
RRLKCRC043 Kingof Creation 6885842 440494.2 497.3 -55 80 132 87 88 1 1.1
RRLKCRC044 Kingof Creation 6885875 440536.4 498 -60 80 132 8 9 1 1.1
RRLKCRC044 Kingof Creation 6885875 440536.4 498 -60 80 132 117 118 1 0.8
RRLKCRC045 Kingof Creation 6885865 440485.7 497.1 -60 80 132 33 36 3 1.8
RRLKCRC045 Kingof Creation 6885865 440485.7 497.1 -60 80 132 39 40 1 2.2
RRLKCRC045 Kingof Creation 6885865 440485.7 497.1 -60 80 132 86 89 3 2.2
RRLKCRC046 Kingof Creation 6885939 440450.4 496.6 -70 80 144 47 48 1 0.7
RRLKCRC046 Kingof Creation 6885939 440450.4 496.6 -70 80 144 89 91 2 1.6
RRLKCRC046 Kingof Creation 6885939 440450.4 496.6 -70 80 144 100 104 4 2
RRLKCRC046 Kingof Creation 6885939 440450.4 496.6 -70 80 144 107 108 1 0.6
RRLKCRC046 Kingof Creation 6885939 440450.4 496.6 -70 80 144 121 132 11 0.8
RRLKCRC046 Kingof Creation 6885939 440450.4 496.6 -70 80 144 137 138 1 0.5
RRLKCRC047 Kingof Creation 6885968 440464.4 496.8 -60 80 138 22 24 2 0.8
RRLKCRC047 Kingof Creation 6885968 440464.4 496.8 -60 80 138 30 37 7 9.8
RRLKCRC047 Kingof Creation 6885968 440464.4 496.8 -60 80 138 43 48 5 0.5
RRLKCRC047 Kingof Creation 6885968 440464.4 496.8 -60 80 138 52 54 2 1.5
RRLKCRC048 Kingof Creation 6885956 440418.8 496.6 -60 80 132 17 18 1 0.4
RRLKCRC048 Kingof Creation 6885956 440418.8 496.6 -60 80 132 24 25 1 0.6
RRLKCRC048 Kingof Creation 6885956 440418.8 496.6 -60 80 132 101 105 4 1
RRLKCRC048 Kingof Creation 6885956 440418.8 496.6 -60 80 132 113 130 17 1.2
RRLKCRC049 Kingof Creation 6885950 440371.1 495.3 -60 80 132 74 75 1 1.9
RRLKCRC049 Kingof Creation 6885950 440371.1 495.3 -60 80 132 80 81 1 0.6
RRLKCRC050 Kingof Creation 6885929 440402.9 495.7 -60 80 132 24 25 1 0.7
RRLKCRC050 Kingof Creation 6885929 440402.9 495.7 -60 80 132 122 123 1 1.1
RRLKCRC051 Kingof Creation 6885914 440421 496 -60 80 108 6 7 1 0.7
RRLKCRC051 Kingof Creation 6885914 440421 496 -60 80 108 55 56 1 0.4
RRLKCRC051 Kingof Creation 6885914 440421 496 -60 80 108 64 65 1 0.7
RRLKCRC051 Kingof Creation 6885914 440421 496 -60 80 108 70 71 1 0.9
RRLKCRC051 Kingof Creation 6885914 440421 496 -60 80 108 100 101 1 0.8
RRLKCRC052 Kingof Creation 6885902 440378.4 495.5 -60 80 132 72 73 1 0.4
RRLKCRC053 Kingof Creation 6885854 440387.2 496.1 -60 80 132 9 11 2 0.5
RRLKCRC053 Kingof Creation 6885854 440387.2 496.1 -60 80 132 15 16 1 0.5
RRLKCRC053 Kingof Creation 6885854 440387.2 496.1 -60 80 132 30 31 1 0.9
RRLKCRC054 Kingof Creation 6885801 440394.5 497.8 -60 80 132 23 24 1 0.5
RRLKCRC054 Kingof Creation 6885801 440394.5 497.8 -60 80 132 41 42 1 0.9
RRLKCRC054 Kingof Creation 6885801 440394.5 497.8 -60 80 132 99 100 1 0.8
RRLKCRC055 Kingof Creation 6885811 440447.7 499.1 -60 80 132 0 1 1 0.7
RRLKCRC055 Kingof Creation 6885811 440447.7 499.1 -60 80 132 31 32 1 0.5
RRLKCRC055 Kingof Creation 6885811 440447.7 499.1 -60 80 132 111 112 1 0.6
RRLKCRC056 Kingof Creation 6885815 440494.3 497.5 -60 80 132 20 21 1 0.4
RRLKCRC056 Kingof Creation 6885815 440494.3 497.5 -60 80 132 43 44 1 0.8
RRLKCRC056 Kingof Creation 6885815 440494.3 497.5 -60 80 132 47 48 1 0.9
RRLKCRC056 Kingof Creation 6885815 440494.3 497.5 -60 80 132 96 97 1 0.6
RRLKCRC056 Kingof Creation 6885815 440494.3 497.5 -60 80 132 103 106 3 0.8
RRLKCRC056 Kingof Creation 6885815 440494.3 497.5 -60 80 132 110 111 1 0.9
RRLKCRC057 Kingof Creation 6885774 440530.8 499 -60 80 132 47 52 5 0.8
RRLKCRC057 Kingof Creation 6885774 440530.8 499 -60 80 132 70 71 1 0.6
RRLKCRC057 Kingof Creation 6885774 440530.8 499 -60 80 132 78 79 1 0.9
RRLKCRC058 Kingof Creation 6885771 440502.8 498.5 -60 80 132 37 39 2 0.5
RRLKCRC058 Kingof Creation 6885771 440502.8 498.5 -60 80 132 46 47 1 0.8
RRLKCRC058 Kingof Creation 6885771 440502.8 498.5 -60 80 132 101 114 13 3.2
RRLKCRC059 Kingof Creation 6885765 440455.2 499.3 -60 80 132 1 2 1 0.7
RRLKCRC059 Kingof Creation 6885765 440455.2 499.3 -60 80 132 17 18 1 0.5
RRLKCRC059 Kingof Creation 6885765 440455.2 499.3 -60 80 132 22 24 2 0.8
RRLKCRC059 Kingof Creation 6885765 440455.2 499.3 -60 80 132 104 105 1 1
RRLKCRC059 Kingof Creation 6885765 440455.2 499.3 -60 80 132 113 116 3 0.6
RRLKCRC060 Kingof Creation 6885753 440404 498.7 -60 80 132 59 60 1 0.6
RRLKCRC060 Kingof Creation 6885753 440404 498.7 -60 80 132 121 122 1 0.5
RRLKCRC061 Kingof Creation 6886053 440507.5 498 -60 80 132 14 15 1 0.7
RRLKCRC061 Kingof Creation 6886053 440507.5 498 -60 80 132 24 32 8 1
RRLKCRC061 Kingof Creation 6886053 440507.5 498 -60 80 132 73 78 5 5
RRLKCRC061 Kingof Creation 6886053 440507.5 498 -60 80 132 86 87 1 0.6

Page 34

14 December 2023

ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 0 1 1 1.3
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 16 17 1 1.2
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 43 47 4 0.6
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 68 69 1 0.5
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 107 108 1 1.1
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 115 117 2 0.7
RRLKCRC062 Kingof Creation 6885842 440477.2 498.4 -60 80 132 121 122 1 0.7
RRLKCRC063 Kingof Creation 6885892 440472.5 497.3 -60 80 132 18 19 1 0.4
RRLKCRC063 Kingof Creation 6885892 440472.5 497.3 -60 80 132 57 58 1 3.2
RRLKCRC063 Kingof Creation 6885892 440472.5 497.3 -60 80 132 94 95 1 0.4
RRLKCRC063 Kingof Creation 6885892 440472.5 497.3 -60 80 132 97 98 1 0.6
RRLKCRC063 Kingof Creation 6885892 440472.5 497.3 -60 80 132 109 114 5 1.1
RRLKCRC064 Kingof Creation 6885726 440539 501.6 -60 80 132 66 72 6 0.6
RRLKCRC064 Kingof Creation 6885726 440539 501.6 -60 80 132 77 82 5 0.7
RRLKCRC064 Kingof Creation 6885726 440539 501.6 -60 80 132 86 87 1 0.5
RRLKCRC065 Kingof Creation 6885717 440491.4 499.3 -60 80 132 23 24 1 0.5
RRLKCRC065 Kingof Creation 6885717 440491.4 499.3 -60 80 132 28 29 1 0.8
RRLKCRC065 Kingof Creation 6885717 440491.4 499.3 -60 80 132 35 36 1 1.1
RRLKCRC065 Kingof Creation 6885717 440491.4 499.3 -60 80 132 48 49 1 2.9
RRLKCRC065 Kingof Creation 6885717 440491.4 499.3 -60 80 132 64 65 1 0.5
RRLKCRC065 Kingof Creation 6885717 440491.4 499.3 -60 80 132 75 76 1 0.8
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 1 4 3 0.5
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 21 23 2 0.5
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 26 27 1 0.8
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 30 36 6 0.7
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 44 45 1 0.5
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 106 108 2 1
RRLKCRC066 Kingof Creation 6885716 440461.5 498 -60 80 132 119 122 3 0.5
RRLKCRC067 Kingof Creation 6885702 440415.6 498.9 -60 80 132 1 2 1 1.1
RRLKCRC067 Kingof Creation 6885702 440415.6 498.9 -60 80 132 73 75 2 0.9
RRLKCRC067 Kingof Creation 6885702 440415.6 498.9 -60 80 132 89 90 1 0.5
RRLKCRC067 Kingof Creation 6885702 440415.6 498.9 -60 80 132 119 120 1 0.5
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 15 18 3 1.1
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 21 23 2 1.1
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 31 33 2 0.7
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 93 108 15 0.8
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 114 116 2 1.8
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 122 123 1 0.4
RRLKCRC068 Kingof Creation 6885674 440526.9 501.6 -60 80 132 126 129 3 3
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 15 16 1 0.7
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 22 23 1 0.5
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 32 33 1 0.9
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 54 55 1 0.9
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 60 62 2 0.9
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 69 71 2 0.8
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 76 77 1 0.7
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 119 120 1 1.5
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 129 130 1 0.6
RRLKCRC069 Kingof Creation 6885669 440503.8 501.7 -60 80 144 140 141 1 0.5
RRLKCRC070 Kingof Creation 6885664 440469.7 499 -60 80 132 22 23 1 2.7
RRLKCRC070 Kingof Creation 6885664 440469.7 499 -60 80 132 27 28 1 1
RRLKCRC070 Kingof Creation 6885664 440469.7 499 -60 80 132 44 47 3 1.1
RRLKCRC070 Kingof Creation 6885664 440469.7 499 -60 80 132 97 98 1 1.5
RRLKCRC070 Kingof Creation 6885664 440469.7 499 -60 80 132 116 117 1 0.4
RRLKCRC071 Kingof Creation 6885657 440423.6 498.9 -60 80 156 1 3 2 0.5
RRLKCRC071 Kingof Creation 6885657 440423.6 498.9 -60 80 156 14 15 1 0.6
RRLKCRC071 Kingof Creation 6885657 440423.6 498.9 -60 80 156 148 149 1 0.7
RRLKCRC071 Kingof Creation 6885657 440423.6 498.9 -60 80 156 153 154 1 12.5
RRLKCRC072 Kingof Creation 6885632 440451.6 498.9 -55 80 66 1 2 1 0.4
RRLKCRC073 Kingof Creation 6885630 440427.2 498.7 -60 80 156 25 26 1 4.4
RRLKCRC073 Kingof Creation 6885630 440427.2 498.7 -60 80 156 99 100 1 0.7
RRLKCRC073 Kingof Creation 6885630 440427.2 498.7 -60 80 156 141 142 1 0.7
RRLKCRC073 Kingof Creation 6885630 440427.2 498.7 -60 80 156 145 150 5 1

Page 35

14 December 2023

ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 1 2 1 0.6
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 25 26 1 0.5
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 28 29 1 0.4
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 62 63 1 0.7
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 66 72 6 0.4
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 122 123 1 0.4
RRLKCRC074 Kingof Creation 6885633 440455.1 498.9 -55 80 144 143 144 1 0.6
RRLPAFAC189 Paillards Find 6893487 439201.7 497 -60 90 2 0 0 0 0
RRLPAFAC190 Paillards Find 6893486 439118.7 496 -60 90 4 0 0 0 0
RRLPAFAC191 Paillards Find 6893484 439042.7 496 -60 90 4 0 0 0 0
RRLPAFAC192 Paillards Find 6893484 438964.7 496 -60 90 5 0 0 0 0
RRLPAFRC002 Paillards Find 6895287 438683.6 499.1 -60 90 118 82 83 1 0.9
RRLPAFRC003 Paillards Find 6895180 438723.8 498.8 -60 90 66 10 13 3 1
RRLPAFRC004 Paillards Find 6895181 438686.6 498.5 -60 90 102 64 67 3 1.2
RRLPAFRC004 Paillards Find 6895181 438686.6 498.5 -60 90 102 73 74 1 0.4
RRLPAFRC006 Paillards Find 6894915 438728.5 497.1 -60 90 60 18 19 1 0.5
RRLPAFRC006 Paillards Find 6894915 438728.5 497.1 -60 90 60 22 26 4 1.4
RRLPAFRC007 Paillards Find 6894912 438694.3 497 -60 90 102 56 60 4 1.4
RRLPAFRC009 Paillards Find 6894720 438734.6 496.9 -60 90 60 33 36 3 1.9
RRLPAFRC010 Paillards Find 6894722 438693.8 496.4 -60 90 120 96 110 14 1.1
RRLPAFRC012 Paillards Find 6894547 438714.1 496.2 -60 90 120 27 29 2 2.4
RRLPAFRC012 Paillards Find 6894547 438714.1 496.2 -60 90 120 71 76 5 0.7
RRLPAFRC014 Paillards Find 6894331 438705.5 494.1 -60 90 144 126 127 1 0.5
RRLPAFRC016 Paillards Find 6894150 438731.3 494.7 -60 90 102 50 52 2 1.8
RRLPAFRC017 Paillards Find 6894150 438689.5 494.6 -60 90 144 111 120 9 2.6
RRLPAFRC017 Paillards Find 6894150 438689.5 494.6 -60 90 144 124 140 16 3.5
RRLPAFRC023 Paillards Find 6893085 438838.4 494.6 -60 90 48 0 0 0 0
RRLPAFRC024 Paillards Find 6893086 438802.1 494.4 -60 90 90 62 63 1 0.6
RRLPAFRC024 Paillards Find 6893086 438802.1 494.4 -60 90 90 84 85 1 1.3
RRLPAFRC026 Paillards Find 6892875 438851.5 493.3 -60 90 48 46 48 2 1
RRLPAFRC027 Paillards Find 6892879 438813.8 493.3 -60 90 132 115 116 1 0.7
RRLPAFRC029 Paillards Find 6893967 438768.9 494.5 -60 90 90 51 52 1 1
RRLPAFRC031 Paillards Find 6893385 438838.6 496.7 -60 90 42 8 10 2 0.8
RRLPAFRC032 Paillards Find 6893386 438801.5 496.5 -60 90 90 50 54 4 2.7
RRLPAFRC033 Paillards Find 6893386 438756.2 496 -60 90 144 112 115 3 0.8
RRLPAFRC034 Paillards Find 6893970 438798.4 494.6 -60 90 42 10 12 2 0.6
RRLPAFRC034 Paillards Find 6893970 438798.4 494.6 -60 90 42 15 17 2 1.9
RRLPAFRC034 Paillards Find 6893970 438798.4 494.6 -60 90 42 21 23 2 0.9
RRLPAFRC035 Paillards Find 6894149 438784.1 494.9 -60 90 42 26 27 1 0.8
RRLPAFRC036 Paillards Find 6894150 438714.2 494.6 -60 90 150 79 80 1 0.9
RRLPAFRC036 Paillards Find 6894150 438714.2 494.6 -60 90 150 104 105 1 0.8
RRLPAFRC037 Paillards Find 6894150 438673.7 494.3 -60 90 222 129 135 6 4
RRLPAFRC037 Paillards Find 6894150 438673.7 494.3 -60 90 222 139 146 7 1.2
RRLPAFRC037 Paillards Find 6894150 438673.7 494.3 -60 90 222 150 153 3 1
RRLPAFRC038 Paillards Find 6894448 438733.8 495 -60 90 84 15 19 4 1.3
RRLPAFRC038 Paillards Find 6894448 438733.8 495 -60 90 84 77 79 2 0.9
RRLPAFRC039 Paillards Find 6894417 438704.4 494.8 -60 90 84 49 50 1 1.7
RRLPAFRC039 Paillards Find 6894417 438704.4 494.8 -60 90 84 55 56 1 2.6
RRLPAFRC040 Paillards Find 6894628 438762 496.9 -60 90 60 0 0 0 0
RRLPAFRC041 Paillards Find 6894628 438726.8 496.6 -60 90 102 51 55 4 0.5
RRLPAFRC042 Paillards Find 6894628 438685.9 496.2 -60 90 102 48 49 1 3.7
RRLPAFRC043 Paillards Find 6894628 438645.5 495.6 -60 90 162 0 0 0 0
RRLPAFRC044 Paillards Find 6894382 438677.7 494.6 -60 90 120 99 100 1 0.5
RRLPAFRC045 Paillards Find 6894720 438754.2 496.9 -60 90 42 5 13 8 2.6
RRLPAFRC046 Paillards Find 6894721 438712 496.6 -60 90 90 67 68 1 0.8
RRLPAFRC047 Paillards Find 6894804 438733.3 497.1 -60 90 60 19 30 11 2.9
RRLPAFRC048 Paillards Find 6894804 438711.4 496.7 -60 90 84 42 43 1 0.5
RRLPAFRC048 Paillards Find 6894804 438711.4 496.7 -60 90 84 53 55 2 1.5
RRLPAFRC048 Paillards Find 6894804 438711.4 496.7 -60 90 84 61 62 1 0.4
RRLPAFRC049 Paillards Find 6894979 438729.7 497.5 -60 90 84 7 10 3 0.6
RRLPAFRC050 Paillards Find 6894978 438690.7 497.2 -60 90 120 57 61 4 0.9
RRLPAFRC050 Paillards Find 6894978 438690.7 497.2 -60 90 120 64 68 4 2.4
RRLPAFRC051 Paillards Find 6895177 438645.3 498.6 -60 270 66 0 0 0 0
RRLPAFRC052 Paillards Find 6895377 438729.3 500.7 -60 90 54 29 30 1 0.8
RRLPAFRC053 Paillards Find 6895377 438708.4 500.4 -60 90 84 8 9 1 0.4
RRLPAFRC054 Paillards Find 6895376 438669 500 -60 90 138 0 0 0 0
RRLPAFRC055 Paillards Find 6895484 438737.2 503.9 -60 90 58 0 0 0 0
RRLPAFRC056 Paillards Find 6895484 438697.2 504.1 -60 90 114 0 0 0 0
RRLPAFRC057 Paillards Find 6895576 438732.6 505 -60 90 84 0 0 0 0

Page 36

14 December 2023

ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLPAFRC058 Paillards Find 6895577 438693.8 505.6 -60 90 120 0 0 0 0
RRLPAFRC059 Paillards Find 6893902 438760.6 495 -60 90 102 63 66 3 2.6
RRLPAFRC060 Paillards Find 6893902 438779.2 495.3 -60 90 84 39 43 4 3.8
RRLPAFRC061 Paillards Find 6893880 438761.3 495.3 -60 90 90 60 63 3 2.4
RRLPAFRC062 Paillards Find 6893880 438739.8 495 -60 90 120 82 84 2 0.8
RRLPAFRC063 Paillards Find 6893853 438761.1 495.5 -60 85 102 60 63 3 3
RRLPAFRC064 Paillards Find 6893851 438740.5 495.2 -60 83 120 83 88 5 3.8
RRLPAFRC065 Paillards Find 6893652 438733.8 496.5 -52 90 150 102 105 3 1.1
RRLPAFRC066 Paillards Find 6893627 438733.8 496.3 -57 90 150 114 117 3 8.9
RRLPAFRC067 Paillards Find 6893580 438750.7 496.7 -60 90 120 108 111 3 0.5
RRLPAFRC068 Paillards Find 6893581 438811.1 497.3 -60 90 60 30 34 4 2.9
RRLPAFRC069 Paillards Find 6893581 438790.6 497.2 -60 90 84 56 60 4 0.9
RRLPAFRC070 Paillards Find 6893580 438771.3 496.8 -60 90 102 87 90 3 1.3
RRLPAFRC071 Paillards Find 6893554 438772.7 496.9 -60 90 102 88 89 1 0.6
RRLPAFRC072 Paillards Find 6893554 438750.5 496.7 -60 90 120 114 116 2 1.9
RRLPAFRC073 Paillards Find 6893533 438818.7 497.3 -60 90 60 24 26 2 1.1
RRLPAFRC074 Paillards Find 6893533 438798.3 497.1 -60 90 84 52 53 1 0.4
RRLPAFRC075 Paillards Find 6893532 438776 496.9 -60 90 102 84 85 1 0.5
RRLPAFRC075 Paillards Find 6893532 438776 496.9 -60 90 102 91 92 1 5.3
RRLPAFRC076 Paillards Find 6893531 438758.3 496.5 -60 90 120 0 0 0 0
RRLPAFRC077 Paillards Find 6893505 438778.4 496.8 -60 90 102 82 83 1 0.5
RRLPAFRC078 Paillards Find 6893505 438759.6 496.6 -60 90 120 100 101 1 0.4
RRLPAFRC079 Paillards Find 6893481 438794 497 -60 90 84 0 0 0 0
RRLPAFRC080 Paillards Find 6893480 438773.7 496.9 -60 90 102 87 89 2 0.9
RRLPAFRC081 Paillards Find 6893529 438738.6 496.3 -60 90 144 0 0 0 0
RRLPAFRC082 Paillards Find 6893432 438801.7 496.9 -60 90 102 44 51 7 1.6
RRLPAFRC083 Paillards Find 6893429 438756.7 496.2 -60 90 144 116 119 3 3.7
RRLPAFRC084 Paillards Find 6893380 438799.5 496.4 -60 90 102 55 58 3 6.7
RRLPAFRC085 Paillards Find 6893381 438759.6 496.3 -60 90 144 114 117 3 1.7
RRLPAFRC086 Paillards Find 6893579 438732.7 496.4 -60 90 144 138 143 5 2.8
RRLPAFRC087 Paillards Find 6893603 438740.9 496.6 -60 90 144 123 127 4 4
RRLPAFRC088 Paillards Find 6893678 438732.9 496.6 -60 90 168 115 117 2 1.8
RRLPAFRC089 Paillards Find 6893702 438728.6 496.6 -55 90 150 110 112 2 1.8
RRLPAFRC090 Paillards Find 6893726 438723.3 496.6 -60 90 150 112 115 3 0.8
RRLPAFRC091 Paillards Find 6893748 438718.5 496.5 -60 90 150 122 124 2 1.8
RRLPAFRC092 Paillards Find 6893775 438717 496.4 -60 90 150 0 0 0 0
RRLPAFRC093 Paillards Find 6893801 438715.5 495.9 -54 90 150 79 80 1 0.4
RRLPAFRC093 Paillards Find 6893801 438715.5 495.9 -54 90 150 113 118 5 2.8
RRLPAFRC094 Paillards Find 6893826 438721 495.5 -54 90 150 95 101 6 1.7
RRLPAFRC095 Paillards Find 6893966 438799.5 494.9 -60 90 120 10 17 7 1
RRLPAFRC096 Paillards Find 6894382 438677.6 494.7 -54 94 120 79 80 1 1
RRLPAFRC097 Paillards Find 6894382 438654.2 495 -60 90 144 0 0 0 0
RRLPAFRC098 Paillards Find 6894978 438678 497.1 -60 90 136 76 87 11 1.1
RRLPAFRC099 Paillards Find 6894048 438801.7 494 -60 90 60 3 4 1 0.4
RRLPAFRC100 Paillards Find 6894048 438762.7 494 -60 90 102 50 54 4 0.8
RRLPAFRC100 Paillards Find 6894048 438762.7 494 -60 90 102 58 61 3 0.9
RRLPAFRC101 Paillards Find 6894048 438725.7 494 -60 90 150 87 88 1 3.3
RRLPAFRC101 Paillards Find 6894048 438725.7 494 -60 90 150 100 102 2 1
RRLPAFRC102 Paillards Find 6894092 438789.7 494 -60 90 60 18 23 5 0.8
RRLPAFRC103 Paillards Find 6894099 438750.7 494 -60 90 102 65 67 2 1.6
RRLPAFRC104 Paillards Find 6894097 438710.7 494 -60 90 186 93 95 2 2
RRLPAFRC104 Paillards Find 6894097 438710.7 494 -60 90 186 98 105 7 1.6
RRLPAFRC104 Paillards Find 6894097 438710.7 494 -60 90 186 117 118 1 0.7
RRLPAFRC105 Paillards Find 6894097 438672.7 494 -60 90 222 0 0 0 0
RRLPAFRC106 Paillards Find 6894195 438766.7 494 -60 90 66 9 11 2 1.6
RRLPAFRC106 Paillards Find 6894195 438766.7 494 -60 90 66 45 49 4 2.3
RRLPAFRC107 Paillards Find 6894197 438723.7 494 -60 90 120 53 57 4 1
RRLPAFRC107 Paillards Find 6894197 438723.7 494 -60 90 120 93 95 2 4.1
RRLPAFRC108 Paillards Find 6894199 438685.7 494 -60 90 216 105 109 4 2.9
RRLPAFRC109 Paillards Find 6894238 438734.7 494 -60 90 102 87 89 2 0.8
RRLPAFRC110 Paillards Find 6894237 438690.7 494 -60 90 168 91 93 2 2
RRLPAFRC110 Paillards Find 6894237 438690.7 494 -60 90 168 137 144 7 1.4
RRLPAFRC110 Paillards Find 6894237 438690.7 494 -60 90 168 162 163 1 0.7
RRLPAFRC111 Paillards Find 6894492 438748.7 495 -60 90 36 0 0 0 0
RRLPAFRC112 Paillards Find 6894491 438713.7 495 -60 90 84 0 0 0 0
RRLPAFRC113 Paillards Find 6894490 438693.7 495 -70 90 156 0 0 0 0
RRLPAFRC114 Paillards Find 6894546 438689.7 494 -67 90 180 22 23 1 0.5
RRLPAFRC114 Paillards Find 6894546 438689.7 494 -67 90 180 94 95 1 0.8
RRLPAFRC114 Paillards Find 6894546 438689.7 494 -67 90 180 164 166 2 0.9

Page 37

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLPAFRC115 Paillards Find 6894584 438762.7 494 -60 90 30 0 0 0 0
RRLPAFRC116 Paillards Find 6894585 438721.7 494 -60 90 102 13 14 1 0.6
RRLPAFRC116 Paillards Find 6894585 438721.7 494 -60 90 102 57 58 1 1.2
RRLPAFRC116 Paillards Find 6894585 438721.7 494 -60 90 102 71 72 1 1.7
RRLPAFRC116 Paillards Find 6894585 438721.7 494 -60 90 102 76 85 9 0.4
RRLPAFRC117 Paillards Find 6894590 438678.7 494 -60 90 156 68 69 1 0.7
RRLPAFRC117 Paillards Find 6894590 438678.7 494 -60 90 156 137 143 6 2.4
RRLPAFRC118 Paillards Find 6894767 438749.7 495 -60 90 42 0 0 0 0
RRLPAFRC119 Paillards Find 6894770 438710.7 495 -60 90 102 62 65 3 1
RRLPAFRC120 Paillards Find 6894775 438669.7 495 -60 90 156 49 50 1 0.5
RRLPAFRC120 Paillards Find 6894775 438669.7 495 -60 90 156 127 129 2 1
RRLPAFRC121 Paillards Find 6894853 438739.7 496 -60 90 48 9 12 3 0.6
RRLPAFRC122 Paillards Find 6894851 438700.7 496 -60 90 102 53 54 1 0.5
RRLPAFRC122 Paillards Find 6894851 438700.7 496 -60 90 102 55 56 1 0.6
RRLPAFRC122 Paillards Find 6894851 438700.7 496 -60 90 102 59 60 1 1.7
RRLPAFRC122 Paillards Find 6894851 438700.7 496 -60 90 102 74 76 2 1.5
RRLPAFRC123 Paillards Find 6894854 438662.7 496 -60 90 168 116 118 2 0.9
RRLPAFRC123 Paillards Find 6894854 438662.7 496 -60 90 168 125 126 1 2.3
RRLPAFRC124 Paillards Find 6894912 438656.7 496 -60 90 168 12 13 1 1.8
RRLPAFRC124 Paillards Find 6894912 438656.7 496 -60 90 168 93 95 2 1.6
RRLPAFRC124 Paillards Find 6894912 438656.7 496 -60 90 168 116 117 1 1.9
RRLPAFRC124 Paillards Find 6894912 438656.7 496 -60 90 168 133 134 1 0.9
RRLPAFRC125 Paillards Find 6895021 438733.7 497 -60 90 60 0 0 0 0
RRLPAFRC126 Paillards Find 6895039 438651.7 497 -60 90 150 111 126 15 3.1
RRLPAFRC127 Paillards Find 6895136 438723.7 498 -60 90 48 0 0 0 0
RRLPAFRC128 Paillards Find 6895136 438687.7 498 -60 90 114 60 61 1 0.6
RRLPAFRC129 Paillards Find 6895137 438647.7 498 -60 90 144 36 37 1 2.4
RRLPAFRC129 Paillards Find 6895137 438647.7 498 -60 90 144 83 84 1 2.1
RRLPAFRC129 Paillards Find 6895137 438647.7 498 -60 90 144 111 117 6 2.3
RRLPAFRC130 Paillards Find 6895235 438721.7 498 -60 90 66 0 0 0 0
RRLPAFRC131 Paillards Find 6895237 438684.7 498 -60 90 102 0 0 0 0
RRLPAFRC132 Paillards Find 6895241 438646.7 499 -60 90 144 120 123 3 2.5
RRLPAFRC132 Paillards Find 6895241 438646.7 499 -60 90 144 127 128 1 0.9
RRLPAFRC133 Paillards Find 6892782 438890.7 493 -60 90 30 0 0 0 0
RRLPAFRC134 Paillards Find 6892783 438851.7 493 -60 90 90 56 58 2 1.5
RRLPAFRC135 Paillards Find 6892783 438812.7 493 -60 90 162 112 114 2 11.7
RRLPAFRC136 Paillards Find 6892978 438867.7 493 -60 90 48 21 24 3 3
RRLPAFRC137 Paillards Find 6892979 438827.7 493 -60 90 102 64 66 2 2
RRLPAFRC137 Paillards Find 6892979 438827.7 493 -60 90 102 74 75 1 1.8
RRLPAFRC138 Paillards Find 6892982 438787.7 493 -60 90 162 124 126 2 8.9
RRLREIDD001 Reichelts 6901525 438316.5 521.2 -57 265 138.5 84 86 2 1.8
RRLREIDD001 Reichelts 6901525 438316.5 521.2 -57 265 138.5 93.9 95 1.1 0.5
RRLREIDD001 Reichelts 6901525 438316.5 521.2 -57 265 138.5 102 103 1 2.8
RRLREIDD001 Reichelts 6901525 438316.5 521.2 -57 265 138.5 106 108.8 2.8 2.8
RRLREIDD001 Reichelts 6901525 438316.5 521.2 -57 265 138.5 112.1 113 0.9 0.8
RRLREIDD001 Reichelts 6901525 438316.5 521.2 -57 265 138.5 115.1 115.9 0.8 0.7
RRLREIDD002 Reichelts 6901728 438356.4 524.9 -53 270 162 132.1 136 3.9 6.4
RRLREIDD002 Reichelts 6901728 438356.4 524.9 -53 270 162 139 139.5 0.5 1.6
RRLREIDD003 Reichelts 6901785 438388.7 526.2 -50 273 186.3 92 93 1 0.5
RRLREIDD003 Reichelts 6901785 438388.7 526.2 -50 273 186.3 156.6 157.6 0.9 0.7
RRLREIDD003 Reichelts 6901785 438388.7 526.2 -50 273 186.3 161 165 4 1.8
RRLREIDD004 Reichelts 6901873 438444.9 527.2 -50 270 234.3 161.6 162 0.4 1.4
RRLREIDD004 Reichelts 6901873 438444.9 527.2 -50 270 234.3 165.8 172 6.2 2.5
RRLREIDD004 Reichelts 6901873 438444.9 527.2 -50 270 234.3 210 211.5 1.5 4.3
RRLREIDD005 Reichelts 6901943 438442.1 527.4 -60 263 252.5 165 169.9 4.9 5.9
RRLREIDD005 Reichelts 6901943 438442.1 527.4 -60 263 252.5 172 176.2 4.2 4.2
RRLREIDD005 Reichelts 6901943 438442.1 527.4 -60 263 252.5 179 181 2 1.1
RRLREIDD005 Reichelts 6901943 438442.1 527.4 -60 263 252.5 196.1 197 0.9 1.7
RRLREIDD005 Reichelts 6901943 438442.1 527.4 -60 263 252.5 234 235 1 0.4
RRLREIDD006 Reichelts 6902032 438443 526.1 -59 270 204.7 131 132 1 0.8
RRLREIDD006 Reichelts 6902032 438443 526.1 -59 270 204.7 134 135.4 1.4 0.5
RRLREIDD006 Reichelts 6902032 438443 526.1 -59 270 204.7 164.8 169.5 4.6 7.1
RRLREIDD007 Reichelts 6902129 438420.5 528.7 -65 270 144.3 62 63 1 0.5
RRLREIDD007 Reichelts 6902129 438420.5 528.7 -65 270 144.3 73 73.8 0.8 0.7
RRLREIDD007 Reichelts 6902129 438420.5 528.7 -65 270 144.3 77.3 78 0.7 2.8
RRLREIDD007 Reichelts 6902129 438420.5 528.7 -65 270 144.3 81 82.9 1.9 0.6
RRLREIDD007 Reichelts 6902129 438420.5 528.7 -65 270 144.3 95.6 97.2 1.6 21

Page 38

14 December 2023

ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLREIRC223 Reichelts 6902191 438361.8 530.4 -57 270 84 0 0 0 0
RRLREIRC224 Reichelts 6902224 438461.4 529.5 -57 270 144 0 0 0 0
RRLREIRC225 Reichelts 6902190 438461.6 528.9 -57 270 162 105 107 2 10.2
RRLREIRC226 Reichelts 6902191 438493.3 528.2 -57 270 192 136 137 1 1
RRLREIRC227 Reichelts 6902148 438485.5 527.6 -59 270 204 154 155 1 1
RRLREIRC227 Reichelts 6902148 438485.5 527.6 -59 270 204 171 179 8 4.1
RRLREIRC227 Reichelts 6902148 438485.5 527.6 -59 270 204 183 184 1 1.1
RRLREIRC228 Reichelts 6902100 438493.8 526.3 -55 270 234 141 142 1 1.8
RRLREIRC228 Reichelts 6902100 438493.8 526.3 -55 270 234 157 158 1 0.5
RRLREIRC228 Reichelts 6902100 438493.8 526.3 -55 270 234 167 168 1 0.5
RRLREIRC229 Reichelts 6902008 438501.1 524.6 -55 270 240 184 185 1 0.4
RRLREIRC229 Reichelts 6902008 438501.1 524.6 -55 270 240 190 192 2 19.2
RRLREIRC230 Reichelts 6901968 438463.1 526.5 -55 270 240 179 187 8 3.6
RRLREIRC230 Reichelts 6901968 438463.1 526.5 -55 270 240 191 193 2 1.2
RRLREIRC230 Reichelts 6901968 438463.1 526.5 -55 270 240 200 201 1 0.6
RRLREIRC231 Reichelts 6901946 438484.1 526.2 -62 270 252 42 43 1 1.4
RRLREIRC231 Reichelts 6901946 438484.1 526.2 -62 270 252 94 95 1 0.6
RRLREIRC231 Reichelts 6901946 438484.1 526.2 -62 270 252 131 132 1 0.7
RRLREIRC231 Reichelts 6901946 438484.1 526.2 -62 270 252 233 237 4 2.7
RRLREIRC232 Reichelts 6901843 438490 525.7 -55 280 270 19 20 1 0.4
RRLREIRC232 Reichelts 6901843 438490 525.7 -55 280 270 43 44 1 0.6
RRLREIRC232 Reichelts 6901843 438490 525.7 -55 280 270 211 213 2 0.8
RRLREIRC232 Reichelts 6901843 438490 525.7 -55 280 270 217 218 1 0.6
RRLREIRC232 Reichelts 6901843 438490 525.7 -55 280 270 238 240 2 2.3
RRLREIRC232 Reichelts 6901843 438490 525.7 -55 280 270 266 268 2 0.7
RRLREIRC233 Reichelts 6901790 438450.3 523.9 -55 280 264 10 11 1 2.4
RRLREIRC233 Reichelts 6901790 438450.3 523.9 -55 280 264 46 47 1 0.4
RRLREIRC233 Reichelts 6901790 438450.3 523.9 -55 280 264 213 218 5 1.6
RRLREIRC234 Reichelts 6901743 438403.5 524.6 -60 270 222 64 65 1 1.3
RRLREIRC235 Reichelts 6901668 438352 523.9 -60 270 192 33 34 1 1.4
RRLREIRC235 Reichelts 6901668 438352 523.9 -60 270 192 82 83 1 1.4
RRLREIRC235 Reichelts 6901668 438352 523.9 -60 270 192 156 159 3 1.2
RRLREIRC235 Reichelts 6901668 438352 523.9 -60 270 192 168 169 1 0.4
RRLREIRC236 Reichelts 6902109 438356.6 527.9 -59 270 72 14 18 4 14.3
RRLREIRC237 Reichelts 6902225 438392.3 531.5 -57 270 102 9 10 1 0.9
RRLREIRC237 Reichelts 6902225 438392.3 531.5 -57 270 102 15 16 1 0.6
RRLRFPH002 Russell's Find 6905659 438844.5 533 -90 0 114 0 0 0 0
RRLRFPH004 Russell's Find 6905233 438636.5 538 -90 0 120 0 0 0 0
RRLRFPH005 Russell's Find 6905293 438854.5 540 -90 0 108 0 0 0 0
RRLRFPH008 Russell's Find 6905681 438519.5 533 -90 0 114 0 0 0 0
RRLRFRC154 Russell's Find 6906079 438668.4 529.6 -60 255 66 0 0 0 0
RRLRFRC155 Russell's Find 6906087 438707.1 529.1 -60 255 66 0 0 0 0
RRLRFRC156 Russell's Find 6906104 438786.2 528.3 -60 255 66 0 0 0 0
RRLRFRC157 Russell's Find 6906122 438864.2 525.8 -60 255 66 64 66 2 0.4
RRLRFRC158 Russell's Find 6905935 438530.8 527 -60 255 84 0 0 0 0
RRLRFRC159 Russell's Find 6905969 438668.2 530.5 -60 255 84 0 0 0 0
RRLRFRC160 Russell's Find 6905995 438762 527.9 -60 255 84 0 0 0 0
RRLRFRC161 Russell's Find 6906014 438836.7 526.4 -60 255 84 0 0 0 0
RRLRFRC162 Russell's Find 6906032 438915.5 524.3 -60 255 84 0 0 0 0
RRLRFRC163 Russell's Find 6906054 438995.1 523.6 -60 255 84 0 0 0 0
RRLRFRC164 Russell's Find 6906074 439071.4 523.6 -60 255 84 32 36 4 0.6
RRLRFRC165 Russell's Find 6905834 438532.8 526 -60 255 84 0 0 0 0
RRLRFRC166 Russell's Find 6905844 438569.8 526.9 -60 255 84 0 0 0 0
RRLRFRC167 Russell's Find 6905864 438652.9 528.2 -60 255 84 0 0 0 0
RRLRFRC168 Russell's Find 6905883 438726.7 528 -60 255 84 0 0 0 0
RRLRFRC169 Russell's Find 6905942 438958.7 523.1 -60 255 84 0 0 0 0
RRLRFRC170 Russell's Find 6905961 439035.6 522.5 -60 255 84 0 0 0 0
RRLRFRC171 Russell's Find 6905968 439073.3 522.1 -60 255 84 0 0 0 0
RRLRFRC172 Russell's Find 6905718 438680.4 527.4 -60 255 66 62 63 1 0.4
RRLRFRC173 Russell's Find 6905725 438704.1 529.2 -60 255 72 0 0 0 0
RRLRFRC174 Russell's Find 6905708 438703.8 529 -60 255 66 0 0 0 0
RRLRFRC175 Russell's Find 6905677 438659.2 528 -60 255 84 0 0 0 0
RRLRFRC176 Russell's Find 6905683 438681.8 527.7 -60 255 84 0 0 0 0
RRLRFRC177 Russell's Find 6905669 438701.7 527.4 -60 255 78 0 0 0 0
RRLRFRC178 Russell's Find 6905328 438689.4 533.3 -60 255 96 16 17 1 0.5
RRLRFRC178 Russell's Find 6905328 438689.4 533.3 -60 255 96 51 52 1 0.6
RRLRFRC179 Russell's Find 6905333 438708.3 532.8 -60 255 114 33 37 4 0.9
RRLRFRC179 Russell's Find 6905333 438708.3 532.8 -60 255 114 42 43 1 0.5
RRLRFRC179 Russell's Find 6905333 438708.3 532.8 -60 255 114 93 94 1 0.5

Page 39

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLRFRC180 Russell's Find 6905337 438726.3 532.4 -60 255 120 52 56 4 0.6
RRLRFRC180 Russell's Find 6905337 438726.3 532.4 -60 255 120 65 66 1 0.4
RRLRFRC180 Russell's Find 6905337 438726.3 532.4 -60 255 120 75 77 2 1.6
RRLRFRC180 Russell's Find 6905337 438726.3 532.4 -60 255 120 112 113 1 0.5
RRLRFRC181 Russell's Find 6905341 438744.2 532.2 -60 255 150 69 71 2 1.3
RRLRFRC181 Russell's Find 6905341 438744.2 532.2 -60 255 150 93 96 3 1.3
RRLRFRC181 Russell's Find 6905341 438744.2 532.2 -60 255 150 126 127 1 0.6
RRLRFRC182 Russell's Find 6905347 438763.3 532.7 -60 255 150 74 75 1 0.4
RRLRFRC182 Russell's Find 6905347 438763.3 532.7 -60 255 150 107 108 1 0.6
RRLRFRC183 Russell's Find 6905353 438784.1 532.7 -60 255 186 136 139 3 4.5
RRLRFRC183 Russell's Find 6905353 438784.1 532.7 -60 255 186 142 144 2 15
RRLRFRC183 Russell's Find 6905353 438784.1 532.7 -60 255 186 147 148 1 0.5
RRLRFRC183 Russell's Find 6905353 438784.1 532.7 -60 255 186 154 155 1 0.5
RRLRFRC183 Russell's Find 6905353 438784.1 532.7 -60 255 186 165 166 1 0.6
RRLRFRC184 Russell's Find 6905357 438803.6 533 -60 255 204 152 153 1 0.9
RRLRFRC184 Russell's Find 6905357 438803.6 533 -60 255 204 157 163 6 2.4
RRLRFRC184 Russell's Find 6905357 438803.6 533 -60 255 204 167 168 1 1
RRLRFRC185 Russell's Find 6905363 438823.6 533.1 -60 255 204 167 168 1 2.5
RRLRFRC185 Russell's Find 6905363 438823.6 533.1 -60 255 204 172 174 2 8.2
RRLRFRC185 Russell's Find 6905363 438823.6 533.1 -60 255 204 182 185 3 1.4
RRLRFRC186 Russell's Find 6905397 438949.5 533.1 -60 255 348 128 129 1 0.5
RRLRFRC186 Russell's Find 6905397 438949.5 533.1 -60 255 348 218 219 1 0.4
RRLRFRC186 Russell's Find 6905397 438949.5 533.1 -60 255 348 225 227 2 1.1
RRLRFRC186 Russell's Find 6905397 438949.5 533.1 -60 255 348 245 261 16 2.2
RRLRFRC186 Russell's Find 6905397 438949.5 533.1 -60 255 348 298 299 1 3.2
RRLRFRC186 Russell's Find 6905397 438949.5 533.1 -60 255 348 336 337 1 0.4
RRLRFRC187 Russell's Find 6905308 438697.8 533.5 -60 255 96 23 24 1 3
RRLRFRC187 Russell's Find 6905308 438697.8 533.5 -60 255 96 33 34 1 1
RRLRFRC187 Russell's Find 6905308 438697.8 533.5 -60 255 96 56 58 2 0.9
RRLRFRC188 Russell's Find 6905314 438720.6 533 -60 255 144 38 39 1 0.6
RRLRFRC188 Russell's Find 6905314 438720.6 533 -60 255 144 46 49 3 0.6
RRLRFRC188 Russell's Find 6905314 438720.6 533 -60 255 144 53 54 1 0.8
RRLRFRC188 Russell's Find 6905314 438720.6 533 -60 255 144 66 67 1 0.5
RRLRFRC188 Russell's Find 6905314 438720.6 533 -60 255 144 82 83 1 1.1
RRLRFRC188 Russell's Find 6905314 438720.6 533 -60 255 144 90 91 1 0.5
RRLRFRC189 Russell's Find 6905320 438743.8 532.9 -60 255 144 91 92 1 7.5
RRLRFRC189 Russell's Find 6905320 438743.8 532.9 -60 255 144 97 103 6 1.1
RRLRFRC189 Russell's Find 6905320 438743.8 532.9 -60 255 144 126 127 1 0.5
RRLRFRC190 Russell's Find 6905327 438766.8 533 -60 255 168 105 106 1 0.5
RRLRFRC190 Russell's Find 6905327 438766.8 533 -60 255 168 117 119 2 0.5
RRLRFRC190 Russell's Find 6905327 438766.8 533 -60 255 168 159 160 1 0.6
RRLRFRC191 Russell's Find 6905334 438791.8 533.5 -60 255 192 140 141 1 1
RRLRFRC191 Russell's Find 6905334 438791.8 533.5 -60 255 192 145 146 1 1
RRLRFRC191 Russell's Find 6905334 438791.8 533.5 -60 255 192 152 153 1 2.3
RRLRFRC191 Russell's Find 6905334 438791.8 533.5 -60 255 192 162 163 1 1.2
RRLRFRC192 Russell's Find 6905341 438816 533.6 -60 255 210 170 177 7 3.3
RRLRFRC192 Russell's Find 6905341 438816 533.6 -60 255 210 189 196 7 0.6
RRLRFRC193 Russell's Find 6905348 438839.9 534 -60 255 222 189 191 2 7.2
RRLRFRC193 Russell's Find 6905348 438839.9 534 -60 255 222 194 195 1 0.5
RRLRFRC194 Russell's Find 6905352 438865 534.8 -60 255 258 150 151 1 0.7
RRLRFRC194 Russell's Find 6905352 438865 534.8 -60 255 258 180 181 1 1.5
RRLRFRC194 Russell's Find 6905352 438865 534.8 -60 255 258 207 210 3 2.6
RRLRFRC195 Russell's Find 6905359 438888.6 535.8 -60 255 282 168 169 1 0.6
RRLRFRC195 Russell's Find 6905359 438888.6 535.8 -60 255 282 179 180 1 1.2
RRLRFRC195 Russell's Find 6905359 438888.6 535.8 -60 255 282 194 196 2 1.1
RRLRFRC195 Russell's Find 6905359 438888.6 535.8 -60 255 282 208 210 2 0.6
RRLRFRC195 Russell's Find 6905359 438888.6 535.8 -60 255 282 261 262 1 0.4

Page 40

ASX ANNOUNCEMENT

14 December 2023

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLRFRC196 Russell's Find 6905283 438680.9 534.4 -60 255 90 0 0 0 0
RRLRFRC197 Russell's Find 6905291 438705.7 534 -60 255 114 43 44 1 0.6
RRLRFRC197 Russell's Find 6905291 438705.7 534 -60 255 114 51 52 1 0.5
RRLRFRC197 Russell's Find 6905291 438705.7 534 -60 255 114 55 56 1 0.4
RRLRFRC197 Russell's Find 6905291 438705.7 534 -60 255 114 59 60 1 0.6
RRLRFRC197 Russell's Find 6905291 438705.7 534 -60 255 114 69 71 2 6.4
RRLRFRC198 Russell's Find 6905296 438729.2 533.9 -60 255 138 71 72 1 0.7
RRLRFRC199 Russell's Find 6905308 438778.7 533.5 -60 255 156 96 97 1 0.6
RRLRFRC199 Russell's Find 6905308 438778.7 533.5 -60 255 156 103 104 1 0.7
RRLRFRC199 Russell's Find 6905308 438778.7 533.5 -60 255 156 135 136 1 3.1
RRLRFRC200 Russell's Find 6905239 438675.7 534.6 -60 270 144 40 41 1 0.5
RRLRFRC201 Russell's Find 6905239 438697 534.3 -60 270 156 0 0 0 0
RRLRFRC202 Russell's Find 6905240 438723.2 533.5 -60 270 162 87 92 5 1
RRLRFRC203 Russell's Find 6905174 438652.4 533.7 -60 270 60 4 5 1 0.5
RRLRFRC204 Russell's Find 6905174 438673.4 533.7 -60 270 60 29 31 2 0.8
RRLRFRC204 Russell's Find 6905174 438673.4 533.7 -60 270 60 39 40 1 0.4
RRLRFRC204 Russell's Find 6905174 438673.4 533.7 -60 270 60 41 42 1 0.5
RRLRFRC205 Russell's Find 6905174 438692.2 533.2 -60 270 84 0 0 0 0
RRLRFRC206 Russell's Find 6905174 438710.2 532.8 -60 270 102 0 0 0 0
RRLRFRC207 Russell's Find 6905144 438663.2 533.5 -60 270 60 10 12 2 1.2
RRLRFRC208 Russell's Find 6905144 438682.5 533.4 -60 270 84 33 35 2 1.1
RRLRFRC208 Russell's Find 6905144 438682.5 533.4 -60 270 84 38 39 1 1.2
RRLRFRC208 Russell's Find 6905144 438682.5 533.4 -60 270 84 44 45 1 0.4
RRLRFRC209 Russell's Find 6904984 438685.7 529 -60 270 102 26 29 3 1.4
RRLRFRC209 Russell's Find 6904984 438685.7 529 -60 270 102 34 35 1 1.2
RRLRFRC210 Russell's Find 6904984 438706.3 528.8 -60 270 114 47 53 6 2.1
RRLRFRC210 Russell's Find 6904984 438706.3 528.8 -60 270 114 77 78 1 1.7
RRLRFRC210 Russell's Find 6904984 438706.3 528.8 -60 270 114 83 87 4 0.6
RRLRFRC211 Russell's Find 6904984 438723.6 528.9 -60 270 120 61 62 1 0.4
RRLRFRC211 Russell's Find 6904984 438723.6 528.9 -60 270 120 66 70 4 1.9
RRLRFRC212 Russell's Find 6904984 438744.5 528.3 -60 270 132 84 91 7 2.8
RRLRFRC213 Russell's Find 6905024 438679.1 528.1 -60 270 84 10 13 3 1.3
RRLRFRC213 Russell's Find 6905024 438679.1 528.1 -60 270 84 19 23 4 1.3
RRLRFRC214 Russell's Find 6905024 438698.4 527.5 -60 270 102 35 38 3 1.2
RRLRFRC214 Russell's Find 6905024 438698.4 527.5 -60 270 102 42 44 2 7
RRLRFRC214 Russell's Find 6905024 438698.4 527.5 -60 270 102 73 74 1 0.6
RRLRFRC215 Russell's Find 6905025 438718.7 527.4 -60 270 120 57 61 4 0.9
RRLRFRC215 Russell's Find 6905025 438718.7 527.4 -60 270 120 67 68 1 0.4
RRLRFRC215 Russell's Find 6905025 438718.7 527.4 -60 270 120 73 74 1 0.5
RRLRFRC216 Russell's Find 6905004 438668.7 529.6 -60 270 54 0 0 0 0
RRLRFRC217 Russell's Find 6905004 438708 529.4 -60 270 84 49 50 1 0.5
RRLVCRC005 Victory 6896924 438074.1 510 -60 270 108 17 18 1 0.9
RRLVCRC005 Victory 6896924 438074.1 510 -60 270 108 27 28 1 0.6
RRLVCRC006 Victory 6896922 438109.5 511.5 -60 270 120 54 56 2 0.6
RRLVCRC007 Victory 6896876 438100.3 508 -60 270 114 28 29 1 1
RRLVCRC007 Victory 6896876 438100.3 508 -60 270 114 33 36 3 0.5
RRLVCRC007 Victory 6896876 438100.3 508 -60 270 114 39 40 1 0.9
RRLVCRC007 Victory 6896876 438100.3 508 -60 270 114 43 44 1 0.4
RRLVCRC008 Victory 6896875 438114.6 508.4 -78 270 120 5 6 1 0.6
RRLVCRC008 Victory 6896875 438114.6 508.4 -78 270 120 37 38 1 1.1
RRLVCRC008 Victory 6896875 438114.6 508.4 -78 270 120 56 63 7 0.7
RRLVCRC009 Victory 6896822 438101 505.3 -60 270 108 34 36 2 0.6
RRLVCRC009 Victory 6896822 438101 505.3 -60 270 108 39 40 1 1
RRLVCRC010 Victory 6896773 438113.4 503.3 -60 270 114 0 0 0 0
RRLVCRC011 Victory 6896773 438134.7 503.4 -70 270 114 3 4 1 0.6
RRLVCRC011 Victory 6896773 438134.7 503.4 -70 270 114 30 31 1 0.8
RRLVCRC011 Victory 6896773 438134.7 503.4 -70 270 114 43 44 1 2.5
RRLVCRC011 Victory 6896773 438134.7 503.4 -70 270 114 64 65 1 0.7
RRLVCRC012 Victory 6896822 438127.5 505.5 -76 270 138 61 62 1 0.6
RRLVCRC012 Victory 6896822 438127.5 505.5 -76 270 138 65 66 1 3.7
RRLVCRC013 Victory 6896721 438112.9 501.8 -60 270 114 0 0 0 0
RRLVCRC014 Victory 6896721 438149.4 501.7 -60 270 114 40 48 8 0.8
RRLVCRC014 Victory 6896721 438149.4 501.7 -60 270 114 102 103 1 0.6
RRLVCRC015 Victory 6896672 438110.3 500.8 -60 270 114 31 32 1 0.6
RRLVCRC015 Victory 6896672 438110.3 500.8 -60 270 114 37 38 1 0.4
RRLVCRC016 Victory 6896771 438295.2 502.1 -60 270 114 34 35 1 1.1
RRLVCRC017 Victory 6896759 438286.6 502 -60 215 114 26 27 1 1
RRLVCRC017 Victory 6896759 438286.6 502 -60 215 114 31 37 6 0.9
RRLVCRC017 Victory 6896759 438286.6 502 -60 215 114 41 42 1 0.7
RRLVCRC018 Victory 6896770 438331.6 502.1 -60 270 114 63 64 1 3.4
RRLVCRC019 Victory 6896821 438294.4 503.2 -60 270 114 0 0 0 0
RRLVCRC020 Victory 6896821 438333.9 503.1 -60 270 114 74 75 1 0.8

Page 41

ASX ANNOUNCEMENT

14 December 2023

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLVCRC021 Victory 6896822 438120.2 505.3 -60 270 114 18 19 1 0.6
RRLVCRC021 Victory 6896822 438120.2 505.3 -60 270 114 27 28 1 0.8
RRLVCRC021 Victory 6896822 438120.2 505.3 -60 270 114 35 37 2 0.9
RRLVCRC021 Victory 6896822 438120.2 505.3 -60 270 114 42 43 1 0.7
RRLVCRC021 Victory 6896822 438120.2 505.3 -60 270 114 49 50 1 0.4
RRLVCRC021 Victory 6896822 438120.2 505.3 -60 270 114 53 54 1 0.6
RRLVCRC022 Victory 6896644 438266.3 500.6 -53 311 42 9 10 1 0.5
RRLVCRC022 Victory 6896644 438266.3 500.6 -53 311 42 17 18 1 0.6
RRLVCRC022 Victory 6896644 438266.3 500.6 -53 311 42 25 26 1 0.5
RRLVCRC023 Victory 6896623 438283 501.1 -60 270 114 21 23 2 0.4
RRLVCRC023 Victory 6896623 438283 501.1 -60 270 114 26 31 5 0.5
RRLVCRC023 Victory 6896623 438283 501.1 -60 270 114 36 37 1 0.7
RRLVCRC024 Victory 6896623 438318.9 501.3 -60 270 114 29 31 2 0.7
RRLVCRC024 Victory 6896623 438318.9 501.3 -60 270 114 55 64 9 1.3
RRLVCRC025 Victory 6896651 438325.6 501 -52 309 132 18 19 1 0.8
RRLVCRC025 Victory 6896651 438325.6 501 -52 309 132 36 38 2 2.1
RRLVCRC025 Victory 6896651 438325.6 501 -52 309 132 43 49 6 0.9
RRLVCRC025 Victory 6896651 438325.6 501 -52 309 132 59 64 5 0.6
RRLVCRC026 Victory 6896573 438096.4 500.3 -60 270 114 26 27 1 0.8
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 9 11 2 0.7
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 19 20 1 0.4
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 36 38 2 1
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 43 65 22 0.6
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 68 69 1 1
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 74 78 4 0.7
RRLVCRC027 Victory 6896572 438144.4 500.5 -60 270 114 86 90 4 0.4
RRLVCRC028 Victory 6896571 438211.1 500.8 -60 270 114 0 6 6 0.4
RRLVCRC029 Victory 6896570 438269 501.5 -60 270 108 31 33 2 0.9
RRLVCRC029 Victory 6896570 438269 501.5 -60 270 108 52 56 4 0.5
RRLVCRC030 Victory 6896612 438146 500.4 -63 294 114 44 45 1 0.4
RRLVCRC030 Victory 6896612 438146 500.4 -63 294 114 49 52 3 1.4
RRLVCRC030 Victory 6896612 438146 500.4 -63 294 114 113 114 1 0.5
RRLVCRC031 Victory 6896525 438090.5 500.7 -60 270 114 0 4 4 0.9
RRLVCRC031 Victory 6896525 438090.5 500.7 -60 270 114 9 10 1 0.4
RRLVCRC031 Victory 6896525 438090.5 500.7 -60 270 114 12 14 2 0.6
RRLVCRC031 Victory 6896525 438090.5 500.7 -60 270 114 17 22 5 1.6
RRLVCRC031 Victory 6896525 438090.5 500.7 -60 270 114 27 29 2 0.5
RRLVCRC032 Victory 6896522 438131.3 501.1 -60 270 114 23 24 1 1.2
RRLVCRC032 Victory 6896522 438131.3 501.1 -60 270 114 27 30 3 0.5
RRLVCRC032 Victory 6896522 438131.3 501.1 -60 270 114 32 33 1 0.5
RRLVCRC032 Victory 6896522 438131.3 501.1 -60 270 114 66 67 1 0.5
RRLVCRC032 Victory 6896522 438131.3 501.1 -60 270 114 71 87 16 1.2
RRLVCRC033 Victory 6896524 438202.4 502.3 -60 270 60 0 0 0 0
RRLVCRC034 Victory 6896521 438260.5 502.3 -60 270 114 50 54 4 0.8
RRLVCRC034 Victory 6896521 438260.5 502.3 -60 270 114 66 67 1 0.6
RRLVCRC035 Victory 6896520 438277.8 502.3 -60 270 126 54 69 15 1
RRLVCRC036 Victory 6896469 438076.9 502.2 -60 270 114 0 0 0 0
RRLVCRC037 Victory 6896469 438118.2 502.3 -60 270 114 46 63 17 1.4
RRLVCRC037 Victory 6896469 438118.2 502.3 -60 270 114 67 68 1 0.6
RRLVCRC038 Victory 6896467 438199.5 504.2 -59 270 108 10 12 2 0.5
RRLVCRC038 Victory 6896467 438199.5 504.2 -59 270 108 15 16 1 0.5
RRLVCRC038 Victory 6896467 438199.5 504.2 -59 270 108 69 70 1 0.9
RRLVCRC038 Victory 6896467 438199.5 504.2 -59 270 108 78 81 3 0.5
RRLVCRC038 Victory 6896467 438199.5 504.2 -59 270 108 84 85 1 1.5
RRLVCRC039 Victory 6896464 438300.8 503 -56 270 114 75 76 1 0.6
RRLVCRC039 Victory 6896464 438300.8 503 -56 270 114 81 82 1 0.4
RRLVCRC040 Victory 6896418 438083.9 504.3 -56 270 114 0 15 15 0.6
RRLVCRC041 Victory 6896417 438123.3 503.3 -60 270 114 62 69 7 1.1
RRLVCRC042 Victory 6896418 438144.5 504 -60 270 144 11 12 1 0.4
RRLVCRC042 Victory 6896418 438144.5 504 -60 270 144 32 46 14 1
RRLVCRC042 Victory 6896418 438144.5 504 -60 270 144 49 60 11 0.5
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 10 11 1 0.5
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 17 20 3 0.7
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 38 45 7 0.8
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 53 58 5 4
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 61 67 6 1.3
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 87 89 2 0.7
RRLVCRC043 Victory 6896417 438191 505.2 -60 270 114 101 102 1 0.5
RRLVCRC044 Victory 6896415 438244 505 -60 270 114 43 45 2 1.2
RRLVCRC044 Victory 6896415 438244 505 -60 270 114 63 64 1 0.7

Page 42

14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLVCRC045 Victory 6896369 438090.9 505.8 -60 270 84 1 2 1 1.9
RRLVCRC045 Victory 6896369 438090.9 505.8 -60 270 84 11 12 1 6.1
RRLVCRC045 Victory 6896369 438090.9 505.8 -60 270 84 27 32 5 0.5
RRLVCRC046 Victory 6896368 438114.3 504 -60 270 102 9 10 1 0.5
RRLVCRC046 Victory 6896368 438114.3 504 -60 270 102 19 21 2 0.5
RRLVCRC046 Victory 6896368 438114.3 504 -60 270 102 27 36 9 0.5
RRLVCRC046 Victory 6896368 438114.3 504 -60 270 102 68 69 1 0.6
RRLVCRC047 Victory 6896367 438131.9 504.3 -60 270 120 12 15 3 0.5
RRLVCRC047 Victory 6896367 438131.9 504.3 -60 270 120 22 23 1 1.1
RRLVCRC047 Victory 6896367 438131.9 504.3 -60 270 120 27 31 4 0.6
RRLVCRC047 Victory 6896367 438131.9 504.3 -60 270 120 38 49 11 0.9
RRLVCRC047 Victory 6896367 438131.9 504.3 -60 270 120 87 88 1 0.4
RRLVCRC048 Victory 6896368 438209.8 506.1 -60 270 132 35 46 11 2.2
RRLVCRC048 Victory 6896368 438209.8 506.1 -60 270 132 51 52 1 1
RRLVCRC048 Victory 6896368 438209.8 506.1 -60 270 132 55 58 3 1
RRLVCRC048 Victory 6896368 438209.8 506.1 -60 270 132 61 65 4 0.9
RRLVCRC048 Victory 6896368 438209.8 506.1 -60 270 132 68 79 11 0.7
RRLVCRC048 Victory 6896368 438209.8 506.1 -60 270 132 82 83 1 0.8
RRLVCRC049 Victory 6896319 438091.4 506 -60 270 90 37 38 1 0.9
RRLVCRC049 Victory 6896319 438091.4 506 -60 270 90 42 44 2 0.5
RRLVCRC049 Victory 6896319 438091.4 506 -60 270 90 64 66 2 0.6
RRLVCRC049 Victory 6896319 438091.4 506 -60 270 90 86 88 2 1.8
RRLVCRC050 Victory 6896318 438111.7 504.9 -60 270 108 98 100 2 0.7
RRLVCRC051 Victory 6896318 438131.5 505.7 -60 270 120 27 28 1 0.5
RRLVCRC051 Victory 6896318 438131.5 505.7 -60 270 120 64 65 1 0.4
RRLVCRC052 Victory 6896316 438213.3 506.9 -65 270 127 13 14 1 0.5
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 46 47 1 0.4
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 56 59 3 0.5
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 87 88 1 1.5
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 95 96 1 0.6
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 120 121 1 0.4
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 142 143 1 0.5
RRLVCRC053 Victory 6896269 438074.2 507 -60 270 150 145 150 5 0.4
RRLVCRC054 Victory 6896268 438112.9 507.7 -60 270 120 91 96 5 0.4
RRLVCRC054 Victory 6896268 438112.9 507.7 -60 270 120 116 117 1 0.8
RRLVCRC055 Victory 6896269 438155.8 508.4 -60 270 132 122 123 1 0.4
RRLVCRC056 Victory 6896269 438194.3 508.3 -60 270 120 0 0 0 0
RRLVCRC057 Victory 6896269 438237 507 -60 270 120 82 84 2 0.9
RRLVCRC058 Victory 6896171 438075.2 508.2 -60 270 120 36 37 1 0.6
RRLVCRC058 Victory 6896171 438075.2 508.2 -60 270 120 42 43 1 0.5
RRLVCRC058 Victory 6896171 438075.2 508.2 -60 270 120 47 51 4 1.9
RRLVCRC058 Victory 6896171 438075.2 508.2 -60 270 120 63 64 1 0.6
RRLVCRC058 Victory 6896171 438075.2 508.2 -60 270 120 71 72 1 0.4
RRLVCRC059 Victory 6896171 438115.1 508.7 -60 270 120 55 61 6 0.7
RRLVCRC059 Victory 6896171 438115.1 508.7 -60 270 120 81 84 3 1.1
RRLVCRC059 Victory 6896171 438115.1 508.7 -60 270 120 88 89 1 0.5
RRLVCRC060 Victory 6896170 438152.5 509.2 -60 270 120 0 0 0 0
RRLVCRC061 Victory 6896170 438194.7 509.5 -60 270 120 0 0 0 0
RRLVCRC062 Victory 6896170 438233.8 509.1 -60 270 120 0 0 0 0
RRLVCRC063 Victory 6896318 438184.4 507.5 -60 270 162 44 45 1 0.5
RRLVCRC063 Victory 6896318 438184.4 507.5 -60 270 162 129 131 2 0.6
RRLVCRC063 Victory 6896318 438184.4 507.5 -60 270 162 147 148 1 0.4
RRLVCRC063 Victory 6896318 438184.4 507.5 -60 270 162 151 152 1 0.9
RRLVCRC063 Victory 6896318 438184.4 507.5 -60 270 162 155 158 3 1
RRLVCRC064 Victory 6896316 438269.8 505.2 -60 270 84 0 0 0 0
RRLVCRC065 Victory 6896366 438230.9 505.7 -60 270 126 38 39 1 0.5
RRLVCRC065 Victory 6896366 438230.9 505.7 -60 270 126 60 69 9 1.5
RRLVCRC065 Victory 6896366 438230.9 505.7 -60 270 126 77 79 2 0.7
RRLVCRC065 Victory 6896366 438230.9 505.7 -60 270 126 93 102 9 0.7
RRLVCRC066 Victory 6895924 437704.5 500 -60 270 102 0 0 0 0
RRLVCRC067 Victory 6895930 437742.5 500 -60 270 102 0 0 0 0
RRLVCRC068 Victory 6895924 437782.5 500 -60 270 102 0 0 0 0
RRLVCRC069 Victory 6895932 437819.5 500 -60 270 120 0 0 0 0
RRLVCRC070 Victory 6895936 437866.5 500 -60 270 144 0 0 0 0
RRLVCRC071 Victory 6895937 437907.7 500 -60 270 114 0 0 0 0
RRLVCRC072 Victory 6895974 438119.5 500 -60 270 120 48 52 4 0.6
RRLVCRC073 Victory 6895968 438155.5 500 -60 270 102 56 60 4 0.7

Page 43

14 December 2023

ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLVCRC091 Victory 6896876 438129.4 508.8 -75 270 90 36 37 1 1.1
RRLVCRC091 Victory 6896876 438129.4 508.8 -75 270 90 48 49 1 0.5
RRLVCRC091 Victory 6896876 438129.4 508.8 -75 270 90 66 74 8 1.7
RRLVCRC092 Victory 6896822 438140.4 505.5 -75 270 102 56 57 1 1
RRLVCRC092 Victory 6896822 438140.4 505.5 -75 270 102 65 66 1 1.1
RRLVCRC092 Victory 6896822 438140.4 505.5 -75 270 102 75 76 1 0.4
RRLVCRC093 Victory 6896771 438266.9 502.5 -60 270 48 13 14 1 0.4
RRLVCRC094 Victory 6896769 438348.5 501.8 -60 270 90 70 71 1 0.6
RRLVCRC094 Victory 6896769 438348.5 501.8 -60 270 90 74 79 5 0.6
RRLVCRC095 Victory 6896721 438192 501.4 -60 270 120 26 27 1 0.5
RRLVCRC095 Victory 6896721 438192 501.4 -60 270 120 32 33 1 1.3
RRLVCRC095 Victory 6896721 438192 501.4 -60 270 120 80 81 1 0.7
RRLVCRC095 Victory 6896721 438192 501.4 -60 270 120 83 84 1 0.5
RRLVCRC096 Victory 6896622 438336.5 501.5 -60 270 120 10 16 6 1.2
RRLVCRC096 Victory 6896622 438336.5 501.5 -60 270 120 30 31 1 3
RRLVCRC096 Victory 6896622 438336.5 501.5 -60 270 120 69 72 3 1.8
RRLVCRC096 Victory 6896622 438336.5 501.5 -60 270 120 96 97 1 0.8
RRLVCRC097 Victory 6896612 438164.5 500.5 -60 270 96 36 37 1 0.6
RRLVCRC097 Victory 6896612 438164.5 500.5 -60 270 96 49 50 1 0.4
RRLVCRC097 Victory 6896612 438164.5 500.5 -60 270 96 71 72 1 0.5
RRLVCRC098 Victory 6896571 438182.4 500.7 -60 270 144 0 0 0 0
RRLVCRC099 Victory 6896668 438382.3 501.4 -58 270 120 87 88 1 0.7
RRLVCRC099 Victory 6896668 438382.3 501.4 -58 270 120 92 93 1 0.5
RRLVCRC099 Victory 6896668 438382.3 501.4 -58 270 120 99 106 7 1.4
RRLVCRC100 Victory 6896662 438296 500.7 -52 310 78 4 5 1 0.4
RRLVCRC100 Victory 6896662 438296 500.7 -52 310 78 19 20 1 1
RRLVCRC100 Victory 6896662 438296 500.7 -52 310 78 25 26 1 0.6
RRLVCRC100 Victory 6896662 438296 500.7 -52 310 78 29 30 1 0.4
RRLVCRC100 Victory 6896662 438296 500.7 -52 310 78 35 40 5 0.9
RRLVCRC101 Victory 6896660 438274.8 500.7 -52 310 54 12 23 11 0.8
RRLVCRC102 Victory 6896623 438262.8 501 -60 270 54 9 15 6 0.8
RRLVCRC102 Victory 6896623 438262.8 501 -60 270 54 24 25 1 0.4
RRLVCRC102 Victory 6896623 438262.8 501 -60 270 54 30 31 1 1.7
RRLVCRC103 Victory 6896573 438115.6 500.3 -60 270 78 11 35 24 1.2
RRLVCRC103 Victory 6896573 438115.6 500.3 -60 270 78 47 48 1 1
RRLVCRC104 Victory 6896570 438245.1 501.3 -60 270 120 11 14 3 1
RRLVCRC104 Victory 6896570 438245.1 501.3 -60 270 120 27 32 5 2
RRLVCRC104 Victory 6896570 438245.1 501.3 -60 270 120 37 38 1 0.5
RRLVCRC105 Victory 6896525 438107.7 500.9 -60 270 78 15 18 3 0.7
RRLVCRC105 Victory 6896525 438107.7 500.9 -60 270 78 21 34 13 0.7
RRLVCRC105 Victory 6896525 438107.7 500.9 -60 270 78 38 50 12 0.9
RRLVCRC106 Victory 6896524 438150.4 501.6 -60 270 138 39 40 1 0.7
RRLVCRC106 Victory 6896524 438150.4 501.6 -60 270 138 96 98 2 0.7
RRLVCRC106 Victory 6896524 438150.4 501.6 -60 270 138 101 103 2 0.9
RRLVCRC107 Victory 6896524 438169.2 501.9 -60 270 53 0 0 0 0
RRLVCRC108 Victory 6896522 438236.7 502.4 -60 270 78 17 20 3 0.5
RRLVCRC108 Victory 6896522 438236.7 502.4 -60 270 78 28 30 2 0.8
RRLVCRC108 Victory 6896522 438236.7 502.4 -60 270 78 36 38 2 1
RRLVCRC109 Victory 6896470 438094 501.7 -60 270 72 0 13 13 4.7
RRLVCRC109 Victory 6896470 438094 501.7 -60 270 72 16 27 11 1.4
RRLVCRC109 Victory 6896470 438094 501.7 -60 270 72 31 33 2 1.4
RRLVCRC110 Victory 6896468 438155.5 503.3 -60 270 132 0 4 4 0.5
RRLVCRC110 Victory 6896468 438155.5 503.3 -60 270 132 20 21 1 0.7
RRLVCRC110 Victory 6896468 438155.5 503.3 -60 270 132 28 32 4 0.8
RRLVCRC110 Victory 6896468 438155.5 503.3 -60 270 132 35 58 23 0.6
RRLVCRC110 Victory 6896468 438155.5 503.3 -60 270 132 102 103 1 0.6
RRLVCRC110 Victory 6896468 438155.5 503.3 -60 270 132 114 116 2 0.6
RRLVCRC111 Victory 6896469 438214.5 504 -60 270 132 20 21 1 0.7
RRLVCRC111 Victory 6896469 438214.5 504 -60 270 132 39 40 1 0.4
RRLVCRC111 Victory 6896469 438214.5 504 -60 270 132 57 58 1 0.6
RRLVCRC111 Victory 6896469 438214.5 504 -60 270 132 70 72 2 0.5
RRLVCRC111 Victory 6896469 438214.5 504 -60 270 132 99 100 1 0.5
RRLVCRC112 Victory 6896467 438215.6 504.4 -60 270 120 1 8 7 1.1
RRLVCRC112 Victory 6896467 438215.6 504.4 -60 270 120 14 17 3 0.8
RRLVCRC112 Victory 6896467 438215.6 504.4 -60 270 120 26 32 6 1.7
RRLVCRC112 Victory 6896467 438215.6 504.4 -60 270 120 94 95 1 0.5
RRLVCRC112 Victory 6896467 438215.6 504.4 -60 270 120 99 104 5 0.9
RRLVCRC112 Victory 6896467 438215.6 504.4 -60 270 120 112 114 2 0.9
RRLVCRC113 Victory 6896466 438254 503.9 -60 270 42 34 42 8 2

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14 December 2023 ASX ANNOUNCEMENT

==> picture [63 x 20] intentionally omitted <==

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 0 5 5 0.7
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 8 9 1 0.6
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 12 36 24 1.3
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 50 51 1 1.2
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 55 60 5 0.4
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 66 67 1 0.4
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 71 79 8 0.4
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 81 82 1 0.4
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 92 93 1 0.7
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 103 105 2 0.7
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 114 115 1 0.6
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 126 128 2 0.6
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 134 135 1 0.4
RRLVCRC114 Victory 6896418 438167 504.7 -60 270 150 138 144 6 0.7
RRLVCRC115 Victory 6896417 438271.5 504.1 -60 270 132 73 75 2 0.6
RRLVCRC115 Victory 6896417 438271.5 504.1 -60 270 132 82 84 2 1.6
RRLVCRC116 Victory 6896368 438149.3 505.2 -60 270 132 10 17 7 1
RRLVCRC116 Victory 6896368 438149.3 505.2 -60 270 132 42 47 5 1.2
RRLVCRC116 Victory 6896368 438149.3 505.2 -60 270 132 52 53 1 0.6
RRLVCRC116 Victory 6896368 438149.3 505.2 -60 270 132 65 66 1 0.5
RRLVCRC116 Victory 6896368 438149.3 505.2 -60 270 132 76 84 8 0.4
RRLVCRC116 Victory 6896368 438149.3 505.2 -60 270 132 87 90 3 0.6

Appendix C-6 – Diamond and RC drilling at Bushwacker, Bumbo and Rosetta Projects lower cut-off grade 0.5 g/t; maximum consecutive waste 2m.

Hole_ID Project Y X Z Dip Azimuth Total
Depth
(m)		 From (m) To (m) Interval
(m)		 Auppm
BUD013 Bushwacker 6698092 628162.9 222 -59.9 312.8 205 95 101 6 1.21
BUD013 Bushwacker 6698106 628143.8 177.1 -59.9 312.8 205 147 151 4 1.09
BUD014 Bushwacker 6698061 627875 255.4 -60.3 303.7 149.7 58.9 62 3 21.19
BUD015 Bushwacker 6697994 627806.7 268.5 -60.3 307.2 152.2 41 52 11 2.29
BURC038 Bumbo 6702644 635695.4 264 -60.4 278.7 156 42 44 2 1.42
BURC038 Bumbo 6702648 635637 177.5 -60.4 278.7 156 145 150 5 1.87
BURC042 Bumbo 6702461 635740 303 -61.4 308.7 162 37 39 2 1.12
BURC043 Bumbo 6702472 635726.2 270.6 -61.4 308.8 162 36 38 2 2.17
BURC060 Bushwacker 6697962 628004.4 185.7 -61 302.6 222 138 140 2 1.31
BURC063 Bushwacker 6697920 627905 313 -60.7 307.7 204 90 94 4 1.5
BURC070 Bushwacker 6697425 629350 299 -55.5 284.5 252 161 163 2 1.56
ROD010 Rosetta 6771799 657091.1 169.4 -55.5 231.1 420.2 170 180 10 2.19
ROD010 Rosetta 6771794 657084.3 158 -55.5 231.1 420.2 188 190 2 1.59
ROD011 Rosetta 6771869 657000.7 145.3 -55.8 233.9 414.6 203 206 3 4.48

Page 45

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