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LEGEND MINING LIMITED Capital/Financing Update 2025

Jul 29, 2025

65223_rns_2025-07-29_95263df3-48b8-4368-b3ae-86b4482927a6.pdf

Capital/Financing Update

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ASX Announcement

ASX:LEG

30 July 2025

Pinnacle Well Project Data Review

  • Geochemical analysis has identified four gold and three base metal soil anomalies

  • Reprocessed aeromagnetic data highlights big regional structures within Project

  • Further infill soil sampling and reconnaissance planned

Legend Mining Limited (Legend) is pleased to provide an update on recent exploration data reviews and target generation activities over the Pinnacle Well Project (Project), located 25 km NNE of Leonora, Western Australia (see Figure 1).

The review of historical data (soil samples, rockchips and limited drilling) and the reprocessing of geophysical datasets (aeromagnetic, radiometric and gravity) has highlighted many prospective areas. It has confirmed the Project’s potential to host intrusion related and structurally controlled vein hosted gold mineralisation, along with VMS copper-lead-zinc-silver mineralisation. Full details are in the body of this announcement.

Legend Executive Chair, Mr Mark Wilson said: “The results of this review have identified numerous prospective areas and data gaps which require additional work at our newly acquired Project.

“The fact that the Project tenements straddle big regional structures with alteration and proximal untested soil anomalies speaks to the prospectivity of the Project.

“We are keen to start follow up field programmes with the aim of fine-tuning priority drill target areas.”

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==> picture [242 x 161] intentionally omitted <==

Photos: Pinnacle Well Project outcrops of massive quartz vein (left) and ferruginous gossan (right)

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ASX Announcement ASX:LEG

OVERVIEW

The Pinnacle Well Project comprises two granted exploration licences (E37/1246 and E37/1548) covering an area of 110km[2] and is located approximately 25km NNE of Leonora in the northern goldfields of Western Australia, see Figure 1. The region is host to a number of significant gold deposits including Gwalia, Tarmoola, King of the Hills, along with base metal deposits at Teutonic Bore/Bentley/Jaguar.

The Pinnacle Well Project is considered primarily prospective for intrusion related and structurally controlled vein hosted gold mineralisation typical of Archaean greenstone belts within the Yilgarn Craton, along with VMS copper-lead-zinc-silver mineralisation similar to the Teutonic Bore/ Bentley/Jaguar deposits.

The Project geology is dominated by a mixed package of andesite, mafic/felsic volcanics and sediments in the south and syenogranite, granite and granodiorite to the north. The NW-SE trending Keith-Kilkenny and Melita-Emu Faults occur in the southwestern part of the Project and are recognised as regionally significant mineralisation controlling structures.

==> picture [475 x 371] intentionally omitted <==

Figure 1: Pinnacle Well Project location with major mines and deposits on regional geology (GSWA 1:500K)

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TECHNICAL DISCUSSION

Following the completion of the Pinnacle Well Project purchase on 2 July 2025 Legend has undertaken extensive reviews of previous exploration datasets including soil/rockchip sampling, geological mapping, EM surveys and limited drilling. In addition, aeromagnetic, radiometric and gravity data has been reprocessed and integrated with all datasets to assist exploration programme planning and target generation.

The review has confirmed the Project’s potential to host intrusion related and structurally controlled vein hosted gold mineralisation, along with VMS copper-lead-zinc-silver mineralisation. This is based on a combination of geological factors including; the structural setting, extensive quartz veining, ferruginous gossans, evidence for large hydrothermal alteration systems, the presence of syenitic intrusives, historic gold workings and prospector gold nugget patches.

Geostatistical multielement analysis of previous soil sample results was completed in-house and proved to be a valuable assessment tool defining eight anomalies - four gold, three base metal and one hydrothermal alteration. These anomalies are all considered untested with no or very limited drilling completed.

Enhanced imaging of aeromagnetic data was undertaken with the objectives of identifying “blind” intrusives under transported cover and better defining the regional structural architecture. The aim is to explain the observed extensive hydrothermal alteration and assist in identifying potential fluid pathways and mineralisation within the Project.

Soil Sample Data Analysis

One of the key exploration datasets reviewed was the ultrafine fraction (UFF) soil sampling, consisting of broad 400-500m x 50-100m spaced samples over most of E37/1246. No UFF soil sampling has been completed over E37/1548 or the eastern portion of E37/1246, see Figures 2 & 6. The UFF soil sampling technique has proven to be an effective sampling technique over residual soil profiles and importantly also over areas with transported cover. Whilst the absolute values from this technique are generally lower than conventional soil sample values, the defined anomalies with respect to normalised backgrounds are more coherent with results more repeatable.

Multivariate geochemical analysis of 2,813 UFF soil samples (52 elements) was completed using unsupervised machine learning (including principal component analysis and factor analysis) aimed at identifying mineralised trends and hydrothermal signatures. After QAQC and levelling across residual and transported profiles, multielement results identified four gold anomalies (Au1-Au4) with intrusion related and structurally controlled vein hosted gold characteristics, three base metal anomalies (BM1-BM3) with associated VMS pathfinder elements, and a pyrophyllite hydrothermal alteration anomaly (Pyr1), see Figures 2 & 3.

Additional support for these eight soil anomalies is provided by a variety of geological and geochemical factors including; mapped quartz veining, ferruginous gossans, exhalite horizons, anomalous gold and base metal rockchip results, prospector gold nugget patches and sericitecarbonate alteration of andesitic/felsic volcanics, see Figure 3. The quartz veining, comprising a variety of compositions including; quartz only, quartz-carbonate, quartz-carbonate-tourmaline, quartz-sulphide and quartz-greisen, along with the gossans provide evidence for multiple veining events and are considered key alteration and mineralisation indicators.

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ASX Announcement ASX:LEG

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Figure 2: Pinnacle Well Project – Gold, base metal and hydrothermal alteration UFF soil anomalies on interpreted geology with residual regolith boundary

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Figure 3: Pinnacle Well Project – Gold, base metal and hydrothermal alteration UFF soil anomalies with veining, gossans, exhalite horizons, gold nugget patches, >1g/t Au rockchips and gold workings

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ASX:LEG

The individual features of the eight UFF soil anomalies are summarised in Table 1.

Table 1: Gold, Base Metal and Hydrothermal Alteration Anomalies in UFF Soil Samples

Table 1: Gold, Base Metal and Hydrothermal Alteration Anomalies in UFF Soil Samples Table 1: Gold, Base Metal and Hydrothermal Alteration Anomalies in UFF Soil Samples Table 1: Gold, Base Metal and Hydrothermal Alteration Anomalies in UFF Soil Samples Table 1: Gold, Base Metal and Hydrothermal Alteration Anomalies in UFF Soil Samples Table 1: Gold, Base Metal and Hydrothermal Alteration Anomalies in UFF Soil Samples
Anomaly
Associated
Elements		 Highest values*
above background**		 Geological
Support		 Area
km2
Au1 Au, As, Co, Cu, Ni, Sb Au 8.5x, As-Sb 1.5x:
normalised background		 Extensive quartz veins, maximum
11.95g/t Au rockchip, gold nugget
patches, syenogranite/rhyolite
contact, minorgossans		 2.91
Au2 Au, Ag, Co, Cu, Ni, Pd,
Pt		 Au 6.5x, Pt 6x, Ag 2.5x:
normalised background
Quartz veins, dolerite dyke,
syenogranite/volcanics contact		 0.66
Au3 Au, As, Ag, Co, Cu, Ni,
Pd, Pt
Au 5x, Pt 5x, Ag 3.5x:
normalised background
Quartz veins, gossans, exhalite
horizons, gold nugget patches,
dolerite dyke		 0.18
Au4 Au, Co, Cu, Te, Zn Au 3x:
normalised background
100% transported cover, NW of
Gambier Lassgold workings		 0.77
BM1 Ag, As, Bi, Cu, Ni, Pb,
Sb, Te, Zn
Zn 2.2x, Pb 2x, Cu 1.7x,
Bi-Sb-Te 1.5x:
normalised background

Near syenogranite-rhyolite contact,
occurs in transported cover over
volcanics with minorquartz veins		 0.98
BM2 As, Bi, Mo, Sb, Te, Tl Mo 6.5x, Sb-Te-Tl 2x,
As-Bi 1.5x:
normalised background
North of hydrothermally altered
pyrophyllite outcrop, quartz veins,
adjacent to isolated syenite intrusive		 1.56
BM3 As, Bi, Mo, In, Sb Mo 3x, As-Bi-Sb 1.5x:
normalised background
South of hydrothermally altered
pyrophyllite outcrop,quartz veins		 1.13
Pyr1 As, Ag, Cd, Cu, Hg,
Pb, S, Sb, Zn		 Ag 9x, Cd 8x, Hg 6.5x,
Sb 5x, S 3.5x, As 3x,
Zn 1.5x:
normalised background
Large hydrothermally altered
pyrophyllite outcrop		 0.77

* Elements and elemental loadings identified by principal component analysis and factor analysis are reported with the highest value shown as multiple above normalised background (e.g., 5x means 5 times normalised background).

Anomaly Au1 is the most significant gold anomaly and supported by extensive quartz veining, gossans, gold nugget patches and 13 rockchip samples returning >1g/t Au, see Appendix 4. Anomalies Au2 and Au3 are associated with quartz veining and ferruginous gossans located adjacent to the syenogranite-volcanics contact and an E-W trending Proterozoic dolerite dyke. The Au2 anomaly is much larger than Au3 and occurs to the northwest of the historic Linger and Die gold workings along a similar stratigraphic corridor. Au4 occurs in a region of extensive transported cover in the far southeastern part of the Project and along strike of the historic Gambier Lass gold workings, see Figure 2.

The BM1 anomaly lies within a region of transported cover overlying altered andesitic volcanics, and considered prospective for both base metal and gold mineralisation. BM2 and BM3 are located north and south respectively of a large outcrop of hydrothermally altered pyrophyllite and lie within the projected position of the Pig Well Graben between two major NW-SE trending faults, see Figure 4. The Pyr1 anomaly is a unique feature characterised by the most distinctive hydrothermal UFF soil signature, with some pathfinder elements reporting well above normalised background (Ag 9x, Cd 8x, Hg 6.5x, Sb 5x), see Table 1. The pyrophyllite outcrop and Pyr1 soil anomalism lie within

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ASX:LEG

the Pig Well Graben corridor and interpreted to be related to the large NW-SE bounding regional structures. Both are compelling targets for follow up exploration, see Figure 4.

There has been no historic drilling over anomalies Au2, Au3, BM1 and Pyr1, while only broad spaced, shallow (average RAB depth 48m) drilling has been undertaken over Au1 (2 RC, 14 RAB), Au4 (6 RAB), BM2 (2 RAB) and BM3 (6 RAB), see Figure 5. All of the identified UFF soil anomalies are considered untested by drilling and require further infill sampling and reconnaissance follow up.

Geophysical Data Reprocessing

As part of the review, aeromagnetic, radiometric and gravity data was reprocessed to assist with the geological interpretation given that ~70% of the Project is covered by transported cover. Enhanced imaging of the aeromagnetic data was focussed on identifying “blind” intrusives under cover and better defining the regional structural architecture and potential fluid pathways.

The magnetic response across the Project is generally subdued, however the enhanced imaging highlights the regionally significant NW-SE trending Keith-Kilkenny and Melita-Emu Faults, see Figure 4. A third NW-SE trending fault paralleling the Keith-Kilkenny Fault has been interpreted from the magnetics and RAB drilling and defines the northeastern margin the Pig Well Graben. The combination of “fertile” intrusive bodies and regional controlling structures are considered critical in understanding the extensive hydrothermal alteration system and identifying potentially significant gold mineralisation at depth within the Project.

==> picture [473 x 349] intentionally omitted <==

Figure 4: Aeromagnetic image showing gold, base metal and hydrothermal alteration UFF soil anomalies, interpreted regional structures and the Pig Well Graben

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ASX Announcement ASX:LEG

FUTURE PROGRAMMES

  • Undertake UFF soil sampling over E37/1548 to obtain full sample coverage.

  • Infill UFF soil sampling on E37/1246 to better define previously identified anomalies.

  • Update and refine all UFF soil anomalies integrating new sample data.

  • Complete geological reconnaissance over soil anomalies to assist interpretation and ranking.

  • Based on results from above, design IP surveys to define drill targets.

Previous Exploration

Historic exploration commencing in the 1970’s originally focussed on molybdenum and VMS style base metals, then later in the 1990’s targeting gold associated with quartz veining and broad zones of sericite-carbonate alteration within andesite-felsic volcanics.

No drilling has been undertaken over the Project area since 2003, with historic drilling comprising four diamond, 10 RC and 405 RAB drillholes, see Figure 5 and Appendices 1-3. The maximum depths of the diamond and RC drilling are 194m and 120m respectively, highlighting the lack of deep drill testing over the Project. The previous drilling is dominated by shallow RAB drillholes (average depth 48m) mostly concentrated in the south along with wide spaced holes in the central part of the Project. Figure 5 shows that there has been very limited and ineffective drill testing of the eight soil anomalies.

Previous surficial exploration including soil and rockchip sampling and EM surveys is shown on Figure 6. The UFF soil sampling collected by Ozz Resources in 2022 over the broad 400-500m x 50-100m spacings was the primary dataset used by Legend in identifying the eight soil anomalies.

Fifteen holes returned intersections >0.1g/t Au with a best interval of 4m @ 2.5g/t Au from 28m in RAB hole NNW3, see Appendix 3. Historic and recent rockchip sampling has returned 19 samples with >1.0g/t Au and a further 14 samples with Cu-Pb-Zn base metal values >0.1%, see Appendix 4.

The anomalous gold results are commonly associated with quartz veining and sericite-carbonate alteration, while the base metals results relate to ferruginous gossans and VMS exhalite horizons. These historic drilling and rockchip results support the gold and base metal prospectivity of the Project and require further investigation with respect to alteration signature and host lithology.

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ASX Announcement ASX:LEG

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Figure 5: Pinnacle Well Project – Summary of previous drilling activities Shows soil anomalies with respect to previous diamond, RC and RAB drillholes

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Figure 6: Pinnacle Well Project – Summary of previous surficial exploration activities Shows soil and rockchip samples and EM lines

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ASX Announcement ASX:LEG

Authorised by Mark Wilson, Executive Chair.

Competent Person Statement

The information in this report that relates to Exploration Results is based on information compiled by Mr Derek Waterfield. Mr Waterfield is a Member of the Australian Institute of Geoscientists and a full time employee of Legend Mining Limited. Mr Waterfield has sufficient experience that is relevant to the styles of mineralisation and types of deposit under consideration, and to the activity being undertaken, 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” (JORC Code). Mr Waterfield consents to the inclusion in the report of the matters based on his information in the form and context in which it appears.

Forward Looking Statements

This announcement contains “forward-looking statements” within the meaning of securities laws of applicable jurisdictions. Forward-looking statements can generally be identified by the use of forward-looking words such as “may”, “will”, “expect”, “intend”, “plan”, “estimate”, “anticipate”, “believe”, “continue”, “objectives”, “outlook”, “guidance” or other similar words, and include statements regarding certain plans, strategies and objectives of management and expected financial performance. Forward-looking statements are provided as a general guide only and should not be relied upon as an indication or guarantee of future performance. These forward-looking statements are based upon a number of estimates, assumptions and expectations that, while considered to be reasonable by Legend Mining Limited, are inherently subject to significant uncertainties and contingencies, involve known and unknown risks, uncertainties and other factors, many of which are outside the control of Legend Mining Limited and any of its officers, employees, agents or associates.

Actual results, performance or achievements may vary materially from any projections and forward-looking statements and the assumptions on which those statements are based. Exploration potential is conceptual in nature, to date there has been insufficient exploration to define a Mineral Resource and it is uncertain if further exploration will result in the determination of a Mineral Resource. Readers are cautioned not to place undue reliance on forward-looking statements and Legend Mining Limited assumes no obligation to update such information made in this announcement, to reflect the circumstances or events after the date of this announcement.

Visit www.legendmining.com.au for further information and announcements.

For more information contact:

Mr Mark Wilson Executive Chair Ph: +61 8 9212 0600

Mr Tony Walsh Director/Company Secretary Ph: +61 8 9212 0600

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ASX:LEG

ASX Announcement

Appendix 1 – Historic Diamond and RC (& Percussion) Drillhole Collars

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
WMC_MD1 DD 342345 6830960 460 -60 0 182.88 1967 WMC A137
WMC_MD2 DD 342284 6831493 465 -60 0 182.88 1967 WMC A137
DWD1 DD 339870 6827860 444 -60 67 189 1980 Esso Exploration A9690
DWD2 DD 339920 6825490 442 -60 30 194 1980 Esso Exploration A9690
03BWRC01 RC 348081 6820657 424 -60 270 120 2003 Golden State Res. A68333
03BWRC02 RC 348014 6820589 424 -60 90 80 2003 Golden State Res. A68333
03BWRC03 RC 343296 6825858 433 -60 60 114 2003 Golden State Res. A68333
03BWRC04 RC 344989 6825308 433 -60 270 78 2003 Golden State Res. A68333
PT8P004 RC 332661 6831567 453 -60 90 90 2000 Pilbara Mines A61673
PT8P005 RC 332637 6831583 452 -60 114 94 2000 Pilbara Mines A61673
LDP1 Perc 344194 6830591 456 -60 129 106 1976 AMAX Exploration A6816
LDP2 Perc 344271 6830525 455 -60 308 100 1976 AMAX Exploration A6816
NNW1 Perc 340415 6829563 434 -60 70 64 1982 Seltrust Mining Corp A10623
NNW2 Perc 340378 6829548 434 -60 70 100 1982 Seltrust Mining Corp A10623

Appendix 2 – Historic RAB Drillhole Collars

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
03BWR659 RAB 346937 6824158 426 -60 90 40 2003 Golden State Res. A68333
03BWR660 RAB 351537 6825108 434 -60 90 50 2003 Golden State Res. A68333
03BWR661 RAB 351337 6825108 433 -60 90 53 2003 Golden State Res. A68333
03BWR662 RAB 351137 6825108 432 -60 90 54 2003 Golden State Res. A68333
03BWR663 RAB 350937 6825108 431 -60 90 50 2003 Golden State Res. A68333
03BWR664 RAB 350737 6825108 430 -60 90 58 2003 Golden State Res. A68333
03BWR665 RAB 350537 6825108 429 -60 90 50 2003 Golden State Res. A68333
03BWR666 RAB 350337 6825108 429 -60 90 51 2003 Golden State Res. A68333
03BWR675 RAB 348537 6825108 428 -60 90 65 2003 Golden State Res. A68333
03BWR676 RAB 348337 6825108 428 -60 90 61 2003 Golden State Res. A68333
03BWR677 RAB 348137 6825108 430 -60 90 84 2003 Golden State Res. A68333
03BWR678 RAB 347937 6825108 431 -60 90 85 2003 Golden State Res. A68333
03BWR679 RAB 347737 6825108 432 -60 90 73 2003 Golden State Res. A68333
03BWR680 RAB 347537 6825108 433 -60 90 75 2003 Golden State Res. A68333
03BWR681 RAB 347337 6825108 435 -60 90 60 2003 Golden State Res. A68333
03BWR682 RAB 347137 6825108 436 -60 90 71 2003 Golden State Res. A68333
03BWR683 RAB 346937 6825108 435 -60 90 68 2003 Golden State Res. A68333
03BWR684 RAB 346737 6825108 433 -60 90 38 2003 Golden State Res. A68333
03BWR685 RAB 346537 6825108 432 -60 90 36 2003 Golden State Res. A68333
03BWR686 RAB 346337 6825108 431 -60 90 57 2003 Golden State Res. A68333
03BWR687 RAB 346137 6825108 430 -60 90 57 2003 Golden State Res. A68333
03BWR688 RAB 345937 6825108 428 -60 90 51 2003 Golden State Res. A68333
03BWR689 RAB 345737 6825108 429 -60 90 57 2003 Golden State Res. A68333
03BWR690 RAB 345537 6825108 429 -60 90 52 2003 Golden State Res. A68333
03BWR691 RAB 345337 6825108 430 -60 90 57 2003 Golden State Res. A68333

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Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
03BWR692 RAB 345137 6825108 431 -60 90 46 2003 Golden State Res. A68333
03BWR693 RAB 344937 6825108 432 -60 90 43 2003 Golden State Res. A68333
03BWR694 RAB 344737 6825108 432 -60 90 41 2003 Golden State Res. A68333
03BWR695 RAB 344537 6825108 432 -60 90 64 2003 Golden State Res. A68333
03BWR696 RAB 344337 6825108 432 -60 90 52 2003 Golden State Res. A68333
03BWR697 RAB 344137 6825108 432 -60 90 52 2003 Golden State Res. A68333
03BWR698 RAB 343937 6825108 432 -60 90 55 2003 Golden State Res. A68333
03BWR699 RAB 343737 6825108 431 -60 90 54 2003 Golden State Res. A68333
03BWR700 RAB 343537 6825108 431 -60 90 40 2003 Golden State Res. A68333
03BWR701 RAB 343337 6825108 431 -60 90 48 2003 Golden State Res. A68333
03BWR702 RAB 343137 6825108 432 -60 90 54 2003 Golden State Res. A68333
03BWR703 RAB 342937 6825108 432 -60 90 43 2003 Golden State Res. A68333
03BWR704 RAB 342737 6825108 432 -60 90 35 2003 Golden State Res. A68333
03BWR705 RAB 351537 6825858 438 -60 90 42 2003 Golden State Res. A68333
03BWR706 RAB 351337 6825858 437 -60 90 41 2003 Golden State Res. A68333
03BWR707 RAB 351137 6825858 435 -60 90 68 2003 Golden State Res. A68333
03BWR708 RAB 350937 6825858 433 -60 90 58 2003 Golden State Res. A68333
03BWR709 RAB 350737 6825858 431 -60 90 60 2003 Golden State Res. A68333
03BWR710 RAB 350537 6825858 429 -60 90 62 2003 Golden State Res. A68333
03BWR711 RAB 350337 6825858 428 -60 90 81 2003 Golden State Res. A68333
03BWR714 RAB 346722 6825858 441 -60 90 87 2003 Golden State Res. A68333
03BWR720 RAB 348537 6825858 430 -60 90 83 2003 Golden State Res. A68333
03BWR721 RAB 348337 6825858 432 -60 90 93 2003 Golden State Res. A68333
03BWR722 RAB 348137 6825858 433 -60 90 70 2003 Golden State Res. A68333
03BWR723 RAB 347937 6825858 434 -60 90 112 2003 Golden State Res. A68333
03BWR724 RAB 347537 6825858 437 -60 90 72 2003 Golden State Res. A68333
03BWR725 RAB 346737 6825858 441 -60 90 40 2003 Golden State Res. A68333
03BWR726 RAB 346537 6825858 442 -60 90 60 2003 Golden State Res. A68333
03BWR727 RAB 346337 6825858 441 -60 90 61 2003 Golden State Res. A68333
03BWR728 RAB 346137 6825858 440 -60 90 68 2003 Golden State Res. A68333
03BWR729 RAB 345937 6825858 439 -60 90 43 2003 Golden State Res. A68333
03BWR730 RAB 345737 6825858 438 -60 90 55 2003 Golden State Res. A68333
03BWR731 RAB 345537 6825858 437 -60 90 45 2003 Golden State Res. A68333
03BWR732 RAB 345337 6825858 436 -60 90 62 2003 Golden State Res. A68333
03BWR733 RAB 345137 6825858 437 -60 90 66 2003 Golden State Res. A68333
03BWR734 RAB 344937 6825858 437 -60 90 36 2003 Golden State Res. A68333
03BWR735 RAB 344737 6825858 436 -60 90 42 2003 Golden State Res. A68333
03BWR736 RAB 344537 6825858 435 -60 90 40 2003 Golden State Res. A68333
03BWR737 RAB 344362 6825858 434 -60 90 48 2003 Golden State Res. A68333
03BWR758 RAB 348271 6820850 425 -60 90 31 2003 Golden State Res. A68333
03BWR759 RAB 348243 6820821 424 -60 90 50 2003 Golden State Res. A68333
03BWR760 RAB 348187 6820764 424 -60 90 54 2003 Golden State Res. A68333
03BWR761 RAB 348131 6820707 424 -60 90 24 2003 Golden State Res. A68333
03BWR762 RAB 348074 6820650 424 -60 90 40 2003 Golden State Res. A68333

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Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
03BWR763 RAB 348046 6820621 424 -60 90 35 2003 Golden State Res. A68333
03BWR765 RAB 351137 6821558 433 -60 90 45 2003 Golden State Res. A68333
03BWR766 RAB 350737 6821558 435 -60 90 60 2003 Golden State Res. A68333
03BWR767 RAB 350337 6821558 436 -60 90 65 2003 Golden State Res. A68333
03BWR780 RAB 351837 6820758 426 -60 90 26 2003 Golden State Res. A68333
03BWR781 RAB 351487 6820758 426 -60 90 30 2003 Golden State Res. A68333
03BWR791 RAB 351837 6820158 425 -60 90 9 2003 Golden State Res. A68333
03BWR792 RAB 347841 6821556 423 -60 90 36 2003 Golden State Res. A68333
03BWR793 RAB 347813 6821528 423 -60 90 45 2003 Golden State Res. A68333
03BWR794 RAB 347784 6821499 422 -60 90 37 2003 Golden State Res. A68333
03BWR795 RAB 347728 6821442 422 -60 90 33 2003 Golden State Res. A68333
03BWR796 RAB 347672 6821385 421 -60 90 40 2003 Golden State Res. A68333
03BWR797 RAB 347615 6821327 421 -60 90 40 2003 Golden State Res. A68333
03BWR798 RAB 347559 6821270 420 -60 90 37 2003 Golden State Res. A68333
03BWR799 RAB 347503 6821213 420 -60 90 17 2003 Golden State Res. A68333
03BWR800 RAB 347446 6821156 419 -60 90 23 2003 Golden State Res. A68333
03BWR801 RAB 347390 6821099 419 -60 90 37 2003 Golden State Res. A68333
03BWR802 RAB 344657 6825108 433 -60 90 56 2003 Golden State Res. A68333
03BWR803 RAB 344617 6825108 433 -60 90 36 2003 Golden State Res. A68333
03BWR804 RAB 344577 6825108 433 -60 90 39 2003 Golden State Res. A68333
03BWR805 RAB 344497 6825108 432 -60 90 63 2003 Golden State Res. A68333
03BWR806 RAB 344457 6825108 432 -60 90 54 2003 Golden State Res. A68333
03BWR807 RAB 344417 6825108 432 -60 90 37 2003 Golden State Res. A68333
03BWR808 RAB 344377 6825108 432 -60 90 46 2003 Golden State Res. A68333
03BWR809 RAB 344297 6825108 432 -60 90 49 2003 Golden State Res. A68333
03BWR810 RAB 344257 6825108 432 -60 90 45 2003 Golden State Res. A68333
03BWR811 RAB 344217 6825108 432 -60 90 50 2003 Golden State Res. A68333
03BWR812 RAB 344177 6825108 432 -60 90 56 2003 Golden State Res. A68333
03BWR813 RAB 344097 6825108 432 -60 90 46 2003 Golden State Res. A68333
03BWR814 RAB 344057 6825108 432 -60 90 55 2003 Golden State Res. A68333
03BWR815 RAB 345337 6825308 431 -60 90 51 2003 Golden State Res. A68333
03BWR816 RAB 345237 6825308 432 -60 90 48 2003 Golden State Res. A68333
03BWR817 RAB 345137 6825308 432 -60 90 71 2003 Golden State Res. A68333
03BWR818 RAB 345037 6825308 433 -60 90 60 2003 Golden State Res. A68333
03BWR819 RAB 344937 6825308 433 -60 90 44 2003 Golden State Res. A68333
03BWR820 RAB 344837 6825308 433 -60 90 35 2003 Golden State Res. A68333
03BWR821 RAB 344737 6825308 434 -60 90 65 2003 Golden State Res. A68333
03BWR822 RAB 344637 6825308 434 -60 90 52 2003 Golden State Res. A68333
03BWR823 RAB 344537 6825308 433 -60 90 62 2003 Golden State Res. A68333
03BWR824 RAB 344437 6825308 433 -60 90 43 2003 Golden State Res. A68333
03BWR825 RAB 344337 6825308 433 -60 90 85 2003 Golden State Res. A68333
03BWR826 RAB 344237 6825308 433 -60 90 87 2003 Golden State Res. A68333
03BWR827 RAB 344137 6825308 433 -60 90 45 2003 Golden State Res. A68333
03BWR828 RAB 344037 6825308 432 -60 90 90 2003 Golden State Res. A68333

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Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
03BWR829 RAB 343937 6825308 432 -60 90 100 2003 Golden State Res. A68333
03BWR830 RAB 343837 6825308 432 -60 90 67 2003 Golden State Res. A68333
03BWR831 RAB 344737 6824908 432 -60 90 62 2003 Golden State Res. A68333
03BWR832 RAB 344637 6824908 432 -60 90 67 2003 Golden State Res. A68333
03BWR834 RAB 344487 6824908 431 -60 90 77 2003 Golden State Res. A68333
03BWR835 RAB 344387 6824908 431 -60 90 45 2003 Golden State Res. A68333
03BWR836 RAB 344287 6824908 431 -60 90 20 2003 Golden State Res. A68333
03BWR836A RAB 344282 6824908 431 -60 90 30 2003 Golden State Res. A68333
03BWR837 RAB 344187 6824908 430 -60 90 58 2003 Golden State Res. A68333
03BWR838 RAB 344087 6824908 430 -60 90 66 2003 Golden State Res. A68333
03BWR839 RAB 344002 6824908 430 -60 90 50 2003 Golden State Res. A68333
03BWR840 RAB 343887 6824908 430 -60 90 44 2003 Golden State Res. A68333
03BWR841 RAB 344137 6825858 433 -60 90 36 2003 Golden State Res. A68333
03BWR842 RAB 343937 6825858 432 -60 90 45 2003 Golden State Res. A68333
03BWR843 RAB 343737 6825858 432 -60 90 30 2003 Golden State Res. A68333
03BWR844 RAB 343537 6825858 433 -60 90 88 2003 Golden State Res. A68333
03BWR845 RAB 343337 6825858 433 -60 90 42 2003 Golden State Res. A68333
03BWR846 RAB 343137 6825858 433 -60 90 37 2003 Golden State Res. A68333
03BWR847 RAB 342937 6825858 433 -60 90 57 2003 Golden State Res. A68333
03BWR848 RAB 342737 6825858 434 -60 90 69 2003 Golden State Res. A68333
03BWR849 RAB 342537 6825858 434 -60 90 71 2003 Golden State Res. A68333
03BWR850 RAB 342337 6825858 435 -60 90 56 2003 Golden State Res. A68333
03BWR851 RAB 342137 6825858 437 -60 90 44 2003 Golden State Res. A68333
03BWR852 RAB 347048 6821885 418 -60 90 57 2003 Golden State Res. A68333
03BWR853 RAB 346992 6821828 417 -60 90 47 2003 Golden State Res. A68333
03BWR858 RAB 346596 6822567 417 -60 90 71 2003 Golden State Res. A68333
03BWR859 RAB 346568 6822538 416 -60 90 78 2003 Golden State Res. A68333
03BWR860 RAB 346540 6822509 416 -60 90 66 2003 Golden State Res. A68333
03BWR861 RAB 346428 6822392 415 -60 90 20 2003 Golden State Res. A68333
03BWR862 RAB 346484 6822451 415 -60 90 67 2003 Golden State Res. A68333
03BWR866 RAB 348159 6820736 424 -60 90 42 2003 Golden State Res. A68333
03BWR867 RAB 348055 6820631 424 -60 90 42 2003 Golden State Res. A68333
03BWR868 RAB 348038 6820613 424 -60 90 31 2003 Golden State Res. A68333
03BWR872 RAB 342337 6825108 432 -60 90 61 2003 Golden State Res. A68333
03BWR873 RAB 342137 6825108 432 -60 90 50 2003 Golden State Res. A68333
03BWR874 RAB 341937 6825108 432 -60 90 48 2003 Golden State Res. A68333
03BWR875 RAB 341737 6825108 432 -60 90 25 2003 Golden State Res. A68333
03BWR876 RAB 341537 6825108 432 -60 90 7 2003 Golden State Res. A68333
03BWR877 RAB 341337 6825108 433 -60 90 21 2003 Golden State Res. A68333
03BWR878 RAB 341137 6825108 433 -60 90 10 2003 Golden State Res. A68333
03BWR879 RAB 340937 6825108 433 -60 90 44 2003 Golden State Res. A68333
03BWR880 RAB 340737 6825108 433 -60 90 53 2003 Golden State Res. A68333
03BWR881 RAB 343787 6824908 430 -60 90 69 2003 Golden State Res. A68333
03BWR882 RAB 343687 6824908 430 -60 90 39 2003 Golden State Res. A68333

13

ASX Announcement

ASX:LEG

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
03BWR883 RAB 343587 6824908 430 -60 90 30 2003 Golden State Res. A68333
03BWR884 RAB 344957 6825308 433 -60 90 55 2003 Golden State Res. A68333
03BWR885 RAB 344932 6825308 433 -60 90 46 2003 Golden State Res. A68333
03BWR886 RAB 345337 6825508 433 -60 90 54 2003 Golden State Res. A68333
03BWR887 RAB 345237 6825508 434 -60 90 63 2003 Golden State Res. A68333
03BWR888 RAB 345137 6825508 434 -60 90 34 2003 Golden State Res. A68333
03BWR889 RAB 345037 6825508 434 -60 90 54 2003 Golden State Res. A68333
03BWR890 RAB 344937 6825508 435 -60 90 54 2003 Golden State Res. A68333
03BWR891 RAB 344837 6825508 435 -60 90 51 2003 Golden State Res. A68333
03BWR892 RAB 343342 6825858 433 -60 90 42 2003 Golden State Res. A68333
03BWR893 RAB 343370 6825858 433 -60 90 42 2003 Golden State Res. A68333
03BWR894 RAB 343437 6825858 433 -60 90 39 2003 Golden State Res. A68333
03BWR895 RAB 343387 6825858 433 -60 90 46 2003 Golden State Res. A68333
03BWR896 RAB 343287 6825858 433 -60 90 34 2003 Golden State Res. A68333
03BWR897 RAB 343237 6825858 433 -60 90 41 2003 Golden State Res. A68333
03BWR898 RAB 340537 6825108 435 -60 90 54 2003 Golden State Res. A68333
03BWR899 RAB 340337 6825108 437 -60 90 10 2003 Golden State Res. A68333
03BWR899A RAB 340337 6825108 437 -60 90 39 2003 Golden State Res. A68333
03BWR900 RAB 340137 6825108 438 -60 90 57 2003 Golden State Res. A68333
03BWR901 RAB 339937 6825108 440 -60 90 54 2003 Golden State Res. A68333
03BWR902 RAB 339737 6825108 441 -60 90 32 2003 Golden State Res. A68333
03BWR903 RAB 339537 6825108 442 -60 90 62 2003 Golden State Res. A68333
03BWR904 RAB 339337 6825108 443 -60 90 55 2003 Golden State Res. A68333
03BWR905 RAB 339137 6825108 444 -60 90 36 2003 Golden State Res. A68333
03BWR907 RAB 344170 6825108 432 -60 90 45 2003 Golden State Res. A68333
03BWR908 RAB 344576 6825108 433 -60 90 63 2003 Golden State Res. A68333
03BWR909 RAB 344117 6825108 432 -60 90 51 2003 Golden State Res. A68333
03BWR910 RAB 344527 6825108 432 -60 90 53 2003 Golden State Res. A68333
03BWR911 RAB 344737 6825508 435 -60 90 51 2003 Golden State Res. A68333
03BWR912 RAB 344637 6825508 434 -60 90 43 2003 Golden State Res. A68333
DOR1 RAB 346845 6827497 454 -90 0 30 1992 Geopeko A37450
DOR2 RAB 346046 6827495 457 -90 0 50 1992 Geopeko A37450
DOR3 RAB 345647 6827494 456 -90 0 46 1992 Geopeko A37450
DOR4 RAB 345247 6827493 453 -90 0 26 1992 Geopeko A37450
DOR5 RAB 345447 6827493 455 -90 0 56 1992 Geopeko A37450
DOR6 RAB 344848 6827492 449 -90 0 58 1992 Geopeko A37450
DOR7 RAB 344448 6827491 444 -90 0 34 1992 Geopeko A37450
DOR8 RAB 344048 6827490 440 -90 0 39 1992 Geopeko A37450
DOR9 RAB 343649 6827489 438 -90 0 33 1992 Geopeko A37450
DOR10 RAB 344347 6827890 447 -90 0 58 1992 Geopeko A37450
DOR11 RAB 344349 6827091 440 -90 0 9 1992 Geopeko A37450
DOR12 RAB 344350 6826692 438 -90 0 14 1992 Geopeko A37450
DOR13 RAB 345546 6827793 458 -90 0 62 1992 Geopeko A37450
DOR14 RAB 345548 6827094 451 -90 0 60 1992 Geopeko A37450

14

ASX Announcement

ASX:LEG

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
DOR15 RAB 345549 6826695 446 -90 0 26 1992 Geopeko A37450
DOR19 RAB 346441 6829653 460 -90 0 62 1992 Geopeko A37450
DOR20 RAB 345642 6829652 456 -90 0 60 1992 Geopeko A37450
DOR21 RAB 344763 6829650 447 -90 0 50 1992 Geopeko A37450
DOR22 RAB 346847 6826697 448 -90 0 54 1992 Geopeko A37450
DOR23 RAB 346849 6826098 443 -90 0 50 1992 Geopeko A37450
DOR24 RAB 346851 6825099 434 -90 0 50 1992 Geopeko A37450
DOR25 RAB 346853 6824300 425 -90 0 41 1992 Geopeko A37450
DOR32 RAB 346052 6825097 429 -90 0 48 1992 Geopeko A37450
DOR33 RAB 347650 6825101 433 -90 0 60 1992 Geopeko A37450
DOR34 RAB 348449 6825103 428 -90 0 32 1992 Geopeko A37450
DOR37 RAB 350847 6825108 430 -90 0 29 1992 Geopeko A37450
DOR38 RAB 351570 6825110 434 -90 0 34 1992 Geopeko A37450
DOR39 RAB 351544 6825909 438 -90 0 35 1992 Geopeko A37450
DOR40 RAB 345846 6827494 457 -90 0 42 1992 Geopeko A37450
DOR41 RAB 345747 6827494 456 -90 0 60 1992 Geopeko A37450
DOR42 RAB 345547 6827494 456 -90 0 60 1992 Geopeko A37450
DOR43 RAB 345547 6827394 455 -90 0 60 1992 Geopeko A37450
DOR44 RAB 345547 6827594 456 -90 0 60 1992 Geopeko A37450
DOR45 RAB 343647 6828288 442 -90 0 60 1992 Geopeko A37450
DOR46 RAB 344346 6828290 445 -90 0 60 1992 Geopeko A37450
DOR47 RAB 343645 6829088 446 -90 0 60 1992 Geopeko A37450
DOR48 RAB 344344 6829089 443 -90 0 35 1992 Geopeko A37450
DOR49 RAB 343643 6829887 452 -90 0 37 1992 Geopeko A37450
DOR50 RAB 344343 6829888 448 -90 0 45 1992 Geopeko A37450
DOR51 RAB 344742 6829889 447 -90 0 58 1992 Geopeko A37450
DOR52 RAB 345142 6829890 452 -90 0 55 1992 Geopeko A37450
DOR53 RAB 345541 6829891 456 -90 0 56 1992 Geopeko A37450
DOR54 RAB 344962 6829650 449 -90 0 50 1992 Geopeko A37450
DOR55 RAB 344862 6829650 449 -90 0 50 1992 Geopeko A37450
DOR56 RAB 344663 6829650 446 -90 0 41 1992 Geopeko A37450
DOR57 RAB 344563 6829650 446 -90 0 42 1992 Geopeko A37450
DOR58 RAB 344744 6829090 448 -90 0 60 1992 Geopeko A37450
DOR59 RAB 345144 6829091 453 -90 0 32 1992 Geopeko A37450
DOR60 RAB 345543 6829092 457 -90 0 16 1992 Geopeko A37450
DOR61 RAB 344746 6828291 451 -90 0 39 1992 Geopeko A37450
DOR62 RAB 345145 6828292 455 -90 0 60 1992 Geopeko A37450
DOR63 RAB 345545 6828293 458 -90 0 48 1992 Geopeko A37450
DOR71 RAB 348256 6820643 425 -90 0 50 1992 Geopeko A37450
DOR72 RAB 348325 6820715 425 -90 0 46 1992 Geopeko A37450
DOR83 RAB 344444 6829289 444 -90 0 46 1992 Geopeko A37450
DOR84 RAB 344644 6829290 446 -90 0 64 1992 Geopeko A37450
DOR85 RAB 344843 6829290 449 -90 0 44 1992 Geopeko A37450
DOR86 RAB 345043 6829291 451 -90 0 42 1992 Geopeko A37450

15

ASX Announcement

ASX:LEG

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
DOR87 RAB 344543 6829489 445 -90 0 46 1992 Geopeko A37450
DOR88 RAB 344643 6829489 446 -90 0 44 1992 Geopeko A37450
DOR89 RAB 344743 6829490 447 -90 0 50 1992 Geopeko A37450
DOR90 RAB 344843 6829490 449 -90 0 48 1992 Geopeko A37450
DOR91 RAB 344943 6829490 450 -90 0 50 1992 Geopeko A37450
DOR92 RAB 344843 6829590 449 -90 0 62 1992 Geopeko A37450
DOR93 RAB 344743 6829590 447 -90 0 56 1992 Geopeko A37450
DOR94 RAB 344643 6829589 446 -90 0 48 1992 Geopeko A37450
DOR95 RAB 344616 6829649 446 -90 0 50 1992 Geopeko A37450
DOR96 RAB 344709 6829649 446 -90 0 56 1992 Geopeko A37450
DOR97 RAB 344808 6829650 448 -90 0 72 1992 Geopeko A37450
DOR98 RAB 344878 6829650 449 -90 0 66 1992 Geopeko A37450
DOR99 RAB 344642 6829789 446 -90 0 60 1992 Geopeko A37450
DOR100 RAB 344742 6829789 447 -90 0 40 1992 Geopeko A37450
DOR101 RAB 344842 6829790 448 -90 0 60 1992 Geopeko A37450
DOR102 RAB 344942 6829890 449 -90 0 40 1992 Geopeko A37450
DOR103 RAB 344842 6829889 448 -90 0 62 1992 Geopeko A37450
DOR104 RAB 344667 6829889 447 -90 0 68 1992 Geopeko A37450
DOR105 RAB 344542 6829889 447 -90 0 70 1992 Geopeko A37450
DOR106 RAB 344442 6830188 451 -90 0 60 1992 Geopeko A37450
DOR107 RAB 344642 6830189 451 -90 0 48 1992 Geopeko A37450
DOR108 RAB 344841 6830189 452 -90 0 58 1992 Geopeko A37450
DOR109 RAB 345041 6830190 453 -90 0 50 1992 Geopeko A37450
DOR110 RAB 345646 6827694 458 -90 0 56 1992 Geopeko A37450
DOR111 RAB 345746 6827694 459 -90 0 56 1992 Geopeko A37450
DOR112 RAB 345846 6827694 459 -90 0 52 1992 Geopeko A37450
DOR113 RAB 345946 6827694 459 -90 0 50 1992 Geopeko A37450
DOR114 RAB 345647 6827294 454 -90 0 60 1992 Geopeko A37450
DOR115 RAB 345747 6827294 454 -90 0 68 1992 Geopeko A37450
DOR116 RAB 345847 6827295 454 -90 0 58 1992 Geopeko A37450
DOR117 RAB 345947 6827295 454 -90 0 50 1992 Geopeko A37450
DOR118 RAB 351638 6821557 430 -90 0 50 1992 Geopeko A37450
DOR119 RAB 351638 6821557 430 -90 0 44 1992 Geopeko A37450
DOR125 RAB 351638 6824457 435 -90 0 38 1992 Geopeko A37450
DOR128 RAB 345243 6829291 453 -90 0 50 1992 Geopeko A37450
DOR129 RAB 345443 6829291 455 -90 0 36 1992 Geopeko A37450
DOR130 RAB 345643 6829292 457 -90 0 40 1992 Geopeko A37450
DOR131 RAB 345743 6829092 459 -90 0 32 1992 Geopeko A37450
DOR132 RAB 345943 6829093 461 -90 0 40 1992 Geopeko A37450
DOR133 RAB 346142 6829093 464 -90 0 40 1992 Geopeko A37450
DOR134 RAB 345744 6828693 461 -90 0 38 1992 Geopeko A37450
DOR135 RAB 345944 6828693 463 -90 0 40 1992 Geopeko A37450
DOR136 RAB 346143 6828694 465 -90 0 46 1992 Geopeko A37450
DOR137 RAB 346343 6828694 467 -90 0 44 1992 Geopeko A37450

16

ASX Announcement

ASX:LEG

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
DOR138 RAB 346543 6828695 468 -90 0 56 1992 Geopeko A37450
DOR139 RAB 346244 6828294 465 -90 0 46 1992 Geopeko A37450
DOR140 RAB 346444 6828295 464 -90 0 52 1992 Geopeko A37450
DOR141 RAB 346644 6828295 463 -90 0 38 1992 Geopeko A37450
DOR142 RAB 346844 6828296 462 -90 0 35 1992 Geopeko A37450
DOR143 RAB 346545 6827896 459 -90 0 59 1992 Geopeko A37450
DOR144 RAB 346745 6827896 459 -90 0 32 1992 Geopeko A37450
DOR145 RAB 346944 6827896 458 -90 0 49 1992 Geopeko A37450
DOR146 RAB 347144 6827897 457 -90 0 44 1992 Geopeko A37450
DOR147 RAB 347344 6827897 455 -90 0 35 1992 Geopeko A37450
DOR148 RAB 347544 6827898 453 -90 0 49 1992 Geopeko A37450
DOR149 RAB 347744 6827898 451 -90 0 65 1992 Geopeko A37450
DOR154 RAB 348219 6820749 424 -90 0 44 1992 Geopeko A37450
DOR155 RAB 348362 6820609 426 -90 0 42 1992 Geopeko A37450
DOR156 RAB 348430 6820822 426 -90 0 48 1992 Geopeko A37450
DOR157 RAB 348360 6820751 425 -90 0 38 1992 Geopeko A37450
DOR194 RAB 350538 6820157 427 -90 0 36 1993 Geopeko A39889
DOR195 RAB 351338 6820157 424 -90 0 30 1993 Geopeko A39889
DOR197 RAB 351588 6820157 424 -90 0 26 1993 Geopeko A39889
DOR198 RAB 351338 6819657 423 -90 0 19 1993 Geopeko A39889
DOR199 RAB 350538 6819657 424 -90 0 30 1993 Geopeko A39889
DOR200 RAB 350588 6820317 429 -60 270 40 1993 Geopeko A39889
DOR201 RAB 350538 6819907 424 -90 0 46 1993 Geopeko A39889
DOR202 RAB 350338 6819657 425 -90 0 24 1993 Geopeko A39889
DOR204 RAB 350338 6819407 425 -90 0 20 1993 Geopeko A39889
DOR205 RAB 350538 6819407 424 -90 0 18 1993 Geopeko A39889
DOR206 RAB 350538 6819157 425 -90 0 2 1993 Geopeko A39889
DOR207 RAB 350938 6820157 425 -90 0 44 1993 Geopeko A39889
DOR208 RAB 350938 6819907 422 -90 0 10 1993 Geopeko A39889
DOR209 RAB 350938 6820057 424 -90 0 18 1993 Geopeko A39889
DOR210 RAB 351638 6820757 426 -90 0 44 1993 Geopeko A39889
DOR211 RAB 351838 6820757 426 -90 0 28 1993 Geopeko A39889
DOR214 RAB 339838 6825557 443 -60 270 44 1993 Geopeko A39889
DOR215 RAB 339938 6825557 443 -60 90 36 1993 Geopeko A39889
DOR216 RAB 340038 6825557 442 -60 90 54 1993 Geopeko A39889
DOR217 RAB 340138 6825557 441 -60 90 58 1993 Geopeko A39889
DOR218 RAB 340238 6825557 441 -60 90 65 1993 Geopeko A39889
DOR223 RAB 351638 6821807 431 -90 0 28 1994 North Exploration A42758
DOR226 RAB 351838 6821157 427 -90 0 12 1994 North Exploration A42758
DOR227 RAB 351638 6821157 428 -90 0 30 1994 North Exploration A42758
DOR228 RAB 351438 6821157 428 -90 0 37 1994 North Exploration A42758
DOR229 RAB 350738 6819657 423 -90 0 30 1994 North Exploration A42758
DOR230 RAB 350538 6819757 424 -90 0 22 1994 North Exploration A42758
DOR231 RAB 350538 6820057 426 -90 0 2 1994 North Exploration A42758

17

ASX Announcement

ASX:LEG

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
DOR232 RAB 350338 6820157 428 -90 0 35 1994 North Exploration A42758
DOR234 RAB 350538 6820757 433 -90 0 52 1994 North Exploration A42758
DOR237 RAB 351338 6821557 432 -90 0 44 1994 North Exploration A42758
DOR238 RAB 350938 6821557 434 -90 0 66 1994 North Exploration A42758
DOR239 RAB 350538 6821557 435 -90 0 53 1994 North Exploration A42758
DOR243 RAB 350938 6820757 430 -90 0 48 1994 North Exploration A42758
DOR244 RAB 342938 6829157 449 -90 0 58 1994 North Exploration A42758
DOR245 RAB 342138 6829157 443 -90 0 68 1994 North Exploration A42758
DOR246 RAB 341338 6829157 437 -90 0 52 1994 North Exploration A42758
DOR247 RAB 340538 6829157 432 -90 0 66 1994 North Exploration A42758
DOR248 RAB 339738 6829157 437 -90 0 50 1994 North Exploration A42758
DOR249 RAB 338938 6829157 439 -90 0 38 1994 North Exploration A42758
DOR250 RAB 338938 6828657 441 -90 0 45 1994 North Exploration A42758
DOR251 RAB 339738 6828657 439 -90 0 37 1994 North Exploration A42758
DOR252 RAB 340538 6828657 433 -90 0 37 1994 North Exploration A42758
DOR253 RAB 341338 6828657 435 -90 0 58 1994 North Exploration A42758
DOR254 RAB 342138 6828657 439 -90 0 65 1994 North Exploration A42758
DOR255 RAB 342938 6828657 445 -90 0 31 1994 North Exploration A42758
DOR256 RAB 342938 6828157 440 -90 0 56 1994 North Exploration A42758
DOR257 RAB 342138 6828157 439 -90 0 40 1994 North Exploration A42758
DOR258 RAB 341638 6827807 441 -60 106 36 1994 North Exploration A42758
DOR259 RAB 341338 6828157 438 -90 0 19 1994 North Exploration A42758
DOR260 RAB 340538 6828157 439 -90 0 33 1994 North Exploration A42758
DOR261 RAB 339738 6828157 442 -90 0 19 1994 North Exploration A42758
DOR262 RAB 338938 6828157 443 -90 0 59 1994 North Exploration A42758
DOR263 RAB 338938 6827657 445 -90 0 57 1994 North Exploration A42758
DOR264 RAB 339738 6827657 445 -90 0 50 1994 North Exploration A42758
DOR265 RAB 339863 6827807 444 -60 80 40 1994 North Exploration A42758
DOR266 RAB 340538 6827657 443 -90 0 32 1994 North Exploration A42758
DOR267 RAB 341338 6827657 442 -90 0 28 1994 North Exploration A42758
DOR268 RAB 342138 6827657 439 -90 0 12 1994 North Exploration A42758
DOR269 RAB 342938 6827657 436 -90 0 28 1994 North Exploration A42758
DOR270 RAB 342538 6827657 437 -90 0 16 1994 North Exploration A42758
DOR271 RAB 341738 6827657 441 -90 0 28 1994 North Exploration A42758
DOR272 RAB 341938 6827657 440 -90 0 25 1994 North Exploration A42758
DOR273 RAB 340838 6825732 441 -60 72 70 1994 North Exploration A42758
DOR274 RAB 350538 6820067 426 -60 90 38 1994 North Exploration A42758
DOR421 RAB 349285 6827880 434 -60 0 55 1995 Golden State Res. A49771
DOR422 RAB 349458 6827780 435 -60 0 54 1995 Golden State Res. A49771
DOR423 RAB 349631 6827680 435 -60 0 64 1995 Golden State Res. A49771
DOR424 RAB 349804 6827580 436 -60 0 51 1995 Golden State Res. A49771
DOR425 RAB 349977 6827480 437 -60 0 47 1995 Golden State Res. A49771
DOR426 RAB 350151 6827380 438 -60 0 57 1995 Golden State Res. A49771
DOR430 RAB 348544 6827388 438 -60 0 10 1995 Golden State Res. A49771

18

ASX Announcement

ASX:LEG

Hole Type MGA_E MGA_N RL Dip Azimuth Depth Date Company WAMEX No.
DOR431 RAB 348282 6827536 444 -60 0 10 1995 Golden State Res. A49771
DOR432 RAB 348108 6827638 446 -60 0 10 1995 Golden State Res. A49771
DOR433 RAB 347935 6827738 448 -60 0 10 1995 Golden State Res. A49771
DOR434 RAB 348712 6827287 435 -60 0 96 1995 Golden State Res. A49771
DOR435 RAB 348885 6827187 434 -60 0 51 1995 Golden State Res. A49771
DOR436 RAB 349058 6827087 434 -60 0 96 1995 Golden State Res. A49771
DOR437 RAB 349231 6826987 433 -60 0 75 1995 Golden State Res. A49771
DOR438 RAB 349404 6826887 432 -60 0 52 1995 Golden State Res. A49771
DOR439 RAB 349577 6826787 430 -60 0 56 1995 Golden State Res. A49771
DOR440 RAB 349751 6826687 430 -60 0 67 1995 Golden State Res. A49771
DOR441 RAB 349924 6826587 430 -60 0 45 1995 Golden State Res. A49771
DOR442 RAB 350097 6826487 430 -60 0 44 1995 Golden State Res. A49771
NNW3 RAB 340446 6829597 435 -60 250 62 1982 Seltrust Mining Corp A10623
NNW4 RAB 340449 6829588 435 -60 250 62 1982 Seltrust Mining Corp A10623
NNW5 RAB 340456 6829570 435 -60 250 34 1982 Seltrust Mining Corp A10623
NNW6 RAB 340459 6829561 435 -60 250 62 1982 Seltrust Mining Corp A10623
NNW7 RAB 340427 6829590 435 -60 70 38 1982 Seltrust Mining Corp A10623
NNW8 RAB 340430 6829580 435 -60 70 47 1982 Seltrust Mining Corp A10623
NNW9 RAB 340437 6829562 435 -60 70 37 1982 Seltrust Mining Corp A10623
NNW10 RAB 340441 6829553 434 -60 70 46 1982 Seltrust Mining Corp A10623
PPR050 RAB 339937 6824158 429 -90 0 40 1994 North Ltd A44752
PPR051 RAB 339137 6824158 434 -90 0 50 1994 North Ltd A44752
PPR055 RAB 339037 6824158 435 -60 270 54 1994 North Ltd A44752
PPR056 RAB 339237 6824158 434 -60 270 65 1994 North Ltd A44752
STR1 RAB 340415 6829563 434 -90 0 24 1982 Seltrust Mining Corp A10623
STR2 RAB 340434 6829571 435 -90 0 22 1982 Seltrust Mining Corp A10623
STR3 RAB 340453 6829578 435 -90 0 20 1982 Seltrust Mining Corp A10623
STR4 RAB 340472 6829585 435 -90 0 34 1982 Seltrust Mining Corp A10623

19

ASX:LEG

ASX Announcement

Appendix 3 – Significant Historic Drillhole Assays: >0.1g/t Au

Hole Type MGA_E MGA_N From To Int Aug/t WAMEX No.
03BWR695 RAB 344537 6825108 41 42 1 0.54 A68333
03BWR696 RAB 344337 6825108 30 31 1 0.31 A68333
03BWR697 RAB 344137 6825108 18 22 4 0.14 A68333
03BWR708 RAB 350937 6825858 54 58 BOH 4 1.18 A68333
03BWR722 RAB 348137 6825858 68 70 BOH 2 1.08 A68333
03BWR763 RAB 348046 6820621 33 35 2 0.27 A68333
03BWR819 RAB 344937 6825308 30 37 7 0.29 A68333
03BWR867 RAB 348055 6820631 26 29 3 0.18 A68333
03BWRC001 RC 348081 6820657 36 37 1 2.20 A68333
03BWRC001 RC 348081 6820657 37 38 1 0.15 A68333
03BWRC001 RC 348081 6820657 43 44 1 0.14 A68333
DOR55 RAB 344862 6829650 44 48 4 0.10 A37450
DOR93 RAB 344743 6829590 44 48 4 0.17 A37450
DOR199 RAB 350538 6819657 24 28 4 0.11 A39889
NNW3 RAB 340446 6829597 16 20 4 0.15 A24019
NNW3 RAB 340446 6829597 28 32 4 2.50 A24019
NNW4 RAB 340449 6829588 18 28 10 0.15 A24019
PPR051 RAB 339137 6824158 36 40 4 0.11 A44752

20

ASX:LEG

ASX Announcement

Appendix 4 – Significant Rockchip Samples: >1.0g/t Au, >0.1% Cu, >0.1% Pb, >0.1% Zn

Sample MGA_East MGA_North **Type ** Aug/t Cu % Pb % Zn % Date Company WAMEX No.
ECH024 341443 6829995 Rockchip 11.95 <0.01 <0.01 <0.01 2016 Pellegrini,A.A A114429
LCH004 350744 6819016 Mullock 10.00 <0.01 <0.01 <0.01 2019 Pellegrini,A.A A120769
PWR0010 341399 6830019 Mullock 6.61 <0.01 <0.01 <0.01 2025 Pellegrini,A.A -
SCP010 351711 6818775 Mullock 6.01 - - - 2021 Pellegrini,A.A -
ECH010 340513 6829494 Rockchip 5.40 0.01 0.14 0.01 2016 Pellegrini,A.A A114429
C16055 341401 6830017 Mullock 5.27 - - - 1986 Chevron A18154
GE002 339609 6829737 Float 3.81 0.01 0.04 0.01 2018 Pellegrini,A.A A117346
GB013 341401 6830017 Mullock 3.36 0.01 <0.01 <0.01 2016 Pellegrini,A.A A114429
DW9 336721 6828334 Mullock 3.30 0.01 <0.01 <0.01 1987 Billiton Aust A19747
DW8 336729 6828344 Mullock 2.80 0.01 <0.01 <0.01 1987 Billiton Aust A19747
GAV11 339678 6829759 Float 2.70 0.01 0.02 0.01 2016 Pellegrini,A.A A114429
A005 339618 6829892 Float 2.65 0.13 0.09 0.03 2017 Pellegrini,A.A A117346
GAV10 340067 6829799 Rockchip 2.45 <0.01 <0.01 <0.01 2016 Pellegrini,A.A A114429
LXY008 350600 6818909 Mullock 2.22 - - - 2020 Pellegrini,A.A -
E38804 340479 6829547 Rockchip 2.00 0.02 0.14 0.02 1983 BP Minerals A14393
LXY005 350753 6818922 Rockchip 1.47 - - - 2020 Pellegrini,A.A -
SHW012 340446 6829584 Rockchip 1.42 0.02 0.45 0.17 2016 Pellegrini,A.A A114429
E38806 340459 6829593 Rockchip 1.30 0.04 0.46 0.05 1983 BP Minerals A14393
ECH011 340443 6829578 Rockchip 1.01 <0.01 0.10 0.02 2016 Pellegrini,A.A A114429
ECH007 340471 6829549 Rockchip 0.76 <0.01 0.13 0.01 2016 Pellegrini,A.A A114429
PWR0013 340480 6829543 Rockchip 0.68 0.01 0.16 0.01 2025 Pellegrini,A.A -
ECH005 340445 6829586 Rockchip 0.49 0.01 0.32 0.21 2016 Pellegrini,A.A A114429
ECH008 340483 6829533 Rockchip 0.38 0.01 0.29 0.01 2016 Pellegrini,A.A A114429
E38812 340271 6829775 Rockchip 0.20 0.11 <0.01 0.01 1983 BP Minerals A14393
E38807 340437 6829591 Rockchip 0.20 0.02 0.12 0.02 1983 BP Minerals A14393
E38803 340503 6829531 Rockchip 0.10 0.02 0.10 0.01 1983 BP Minerals A14393
ECH013 343341 6825863 Rockchip 0.06 0.36 <0.01 0.03 2016 Pellegrini,A.A A114429
PIW04 341220 6826250 Rockchip 0.01 0.02 <0.01 0.22 1986 Chevron Expl. A18154
PIW016 340952 6826880 Rockchip 0.00 0.05 <0.01 1.35 1986 Chevron Expl. A18154
359566 341525 6827227 Rockchip 0.00 0.68 <0.01 0.01 1993 Geopeko A39889
SGRK04 341506 6827206 Rockchip 0.00 0.14 <0.01 0.01 2011 Pacrim Energy A90844
GB011 341495 6827211 Rockchip -0.01 0.26 <0.01 0.01 2016 Pellegrini,A.A A114429
E38810 340337 6829711 Rockchip -0.01 0.19 0.01 0.03 1983 BP Minerals A39889

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ASX Announcement

ASX:LEG

Appendix 5

Legend Mining Ltd – Pinnacle Well Project JORC Code Edition 2012: Table 1

Section 1: Sampling Techniques and Data

Criteria JORC Code Explanation Commentary
Sampling techniques • Nature and quality of sampling
(e.g., cut channels, random
chips, or specific specialised
industry standard measurement
tools appropriate to the
minerals under investigation,
such as down hole gamma
sondes, or handheld XRF
instruments, etc.). These
examples should not be taken
as limiting the broad meaning
of sampling.
• Include reference to measures
taken to ensure sample
representivity and the
appropriate calibration of any
measurement tools or systems
used.
• Aspects of the determination of
mineralisation that are Material
to the Public Report. In cases
where ‘industry standard’ work
has been done this would be
relatively simple (e.g., ‘reverse
circulation drilling was used to
obtain 1 m samples from which
3 kg was pulverised to produce
a 30 g charge for fire assay’).
In other cases, more
explanation may be required,
such as where there is coarse
gold that has inherent sampling
problems. Unusual
commodities or mineralisation
types (e.g., submarine nodules)
may warrant disclosure of
detailed information.		 •Historical exploration for base metals, gold
and molybdenum has been completed over
the Project tenements by a number of
companies between 1969 and 2024.
Exploration activities include soil and
rockchip sampling, geological mapping,
ground EM surveys, Rotary Air Blast (RAB),
Reverse Circulation (RC) and diamond
drilling.
Soil Sampling
•Ozz Resources Ltd completed ultrafine soil
sampling in 2022, and this data has been
used in this announcement (OZZ:ASX
release 22/04/2022). Geochemical analysis
completed assessed 2,813 ultrafine fraction
(<2µm) soil samples with 500m x 100m and
400m x 50m spacings. Samples were
analysed for Ag, Al, As, Au, Ba, Be, Bi, Br,
Ca, Cd, Ce, Co, Cr, Cs, Cu, Fe, Ga, Ge, Hf,
Hg, I, In, K, La, Li, Mg, Mn, Mo, Nb, Ni, Pb,
Pd, pH, Pt, Rb, Re, S, Sb, Sc, Se, Sn, Sr,
Ta, Te, Th, Ti, Tl, U, V, W, Y, Zn, Zr
determined by aqua regia digest
ICPMS/OES finish. Samples comprise
~200g -2mm material from 10-20cm below
surface.
•Soil sampling in areas with residual soils
are considered effective, while sampling
over areas with transported cover (southern
Project) are considered less reliable to
ineffective.
Rockchip Sampling- several programmes by
various companies.
•Historic rockchip sampling (150 samples)
was completed by nine companies up to
2010. This sampling focussed initially on
base metals and later gold with limited/
variable assay suites including Ag, As, Au,
Cu, Mn, Pb, Sb, Sn, Zn with aqua regia
digests and AAS finish commonly used -
analytical methods often not reported.
•Recent rockchip sampling 2016-2024
comprised 181 samples analysed for Ag, Al,
As, Au, Ba, Be, Bi, Ca, Cd, Ce, Co, Cr, Cs,
Cu, Fe, Ga, Ge, Hf, In, K, La, Li, Mg, Mn,
Mo, Na, Nb, Ni, P, Pb, Rb, Re, S, Sb, Sc,
Se, Sn, Sr, Ta, Te, Th, Ti, Tl, U, V, W, Y,
Zn, Zr by four acid digest and ICP-MS
finish.

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ASX:LEG

ASX Announcement

Criteria JORC Code Explanation Commentary
Geophysics
•Compilation and reprocessing of available
government and company aeromagnetic,
radiometric and gravity data over tenements
completed.
•Three historic EM surveys targeting VMS
mineralisation were completed between
1980-1987 by Esso 1980 ((WAMEX
A9690), BP Minerals 1983 (WAMEX 13216)
and Chevron 1987 (WAMEX A20559). Data
quality is reported as good, with no
conductors identified.
Drilling – (historic)
•No drilling has been undertaken on the
Project during the current licence term,
(granted 05/07/2016).
•The most recent drilling undertaken over
the Project area was in 2003, summarised
below.
•Four diamond holes for 748.76m with a
maximum hole depth of 194m. Two holes
completed by WMC in 1969 targeting
molybdenum anomaly. Selected samples
analysed for Ag, As, Bi, Ca, Cd, Co, Cr, Fe,
Mg, Mn, Mo, Ti, V by AAS and Au by fire
assay – no significant results reported,
(WAMEX A0137). Two diamond holes by
Esso in 1980 targeting base metals did not
intersect mineralisation and no assaying
completed (WAMEX A9690).
•10 RC holes for 946m completed by several
companies testing a combination of gold
and base metal targets with hole depths
ranging between 64-120m. Holes analysed
for a limited suite including; Au, Ag, As, Bi,
Co, Cu, Ni, Pb, Sb, Zn with aqua regia
digest and AAS or ICP finish. Composite
2m or 5m samples taken with 1m
resampling of anomalous values. (WAMEX
A6816, A10623, A61673, A68333).
•RAB drilling completed comprises 405
holes for 19,315m, with the majority of
completed by Geopeko/North 1992-1994
(WAMEX A37450, A39889, A 42758) and
Golden State Resources 1995-2003
(WAMEX A49771, A68333). The average
depth of holes was 48m, with holes
predominantly drilled to top of fresh/
recognisable rock. Geopeko/North holes
were sampled as 2-4m composites and only
analysed for Au, Cu, Pb, Zn by AAS.
Golden State Resources holes were
sampled as 5m composites with 1m
resamples of anomalous values and
analysed for Au, Ni, Cu, Zn, As, Sb, Bi with
aqua regia digest and AAS/ICP finish.

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ASX Announcement

ASX:LEG

Criteria JORC Code Explanation Commentary
Drilling techniques • Drill type (e.g., core, reverse
circulation, open-hole hammer,
rotary air blast, auger, Bangka,
sonic, etc.) and details (e.g.,
core diameter, triple or
standard tube, depth of
diamond tails, face-sampling bit
or other type, whether core is
oriented and if so, by what
method, etc.).		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drilling included 4 diamond holes,
10 RC/percussion and 405 RAB holes with
limited specific technique details reported.
Drill sample recovery • Method of recording and
assessing core and chip
sample recoveries and results
assessed.
• Measures taken to maximise
sample recovery and ensure
representative nature of the
samples.
• Whether a relationship exists
between sample recovery and
grade and whether sample bias
may have occurred due to
preferential loss/gain of
fine/coarse material.		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drilling recovery details were not
recorded.
Logging • Whether core and chip samples
have been geologically and
geotechnically logged to a level
of detail to support appropriate
Mineral Resource estimation,
mining studies and
metallurgical studies.
• Whether logging is qualitative
or quantitative in nature. Core
(or costean, channel, etc.)
photography.
• The total length and percentage
of the relevant intersections
logged.		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drillhole logging is qualitative and
varies depending on the company. In
general, lithology, colour, alteration and
presence of sulphides are recorded.
Sub-sampling
techniques and sample
preparation		 • If core, whether cut or sawn
and whether quarter, half or all
core taken.
• If non-core, whether riffled, tube
sampled, rotary split, etc. and
whether sampled wet or dry.
• For all sample types, the
nature, quality and
appropriateness of the sample
preparation technique.
• Quality control procedures
adopted for all sub-sampling
stages to maximise
representivity of samples.
• Measures taken to ensure that
the sampling is representative
of the in-situ material collected,		 •No drilling has been undertaken on the
Project area since 2003.
•Historic RAB/RC drillholes were initially
sampled as 2m, 4m or 5m composites with
1m resampling of anomalous results
undertaken.

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ASX Announcement

Criteria JORC Code Explanation Commentary
including for instance results for
field duplicate/second-half
sampling.
• Whether sample sizes are
appropriate to the grain size of
the material being sampled.
Quality of assay data
and laboratory tests		 • The nature, quality and
appropriateness of the
assaying and laboratory
procedures used and whether
the technique is considered
partial or total.
• For geophysical tools,
spectrometers, handheld XRF
instruments, etc., the
parameters used in determining
the analysis including
instrument make and model,
reading times, calibrations
factors applied and their
derivation, etc.
• Nature of quality control
procedures adopted (e.g.,
standards, blanks, duplicates,
external laboratory checks) and
whether acceptable levels of
accuracy (i.e., lack of bias) and
precision have been
established.		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drillhole assaying has been
undertaken by established/reputable
laboratories, however no discussion
concerning data quality is reported.
Verification of sampling
and assaying
• The verification of significant
intersections by either
independent or alternative
company personnel.
• The use of twinned holes.
• Documentation of primary data,
data entry procedures, data
verification, data storage
(physical and electronic)
protocols.
• Discuss any adjustment to
_assay data. _		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drillhole assaying has been
undertaken by established/reputable
laboratories, however no verification of
significant results by previous company
personnel is reported.
Location of data points • Accuracy and quality of surveys
used to locate drill holes (collar
and down-hole surveys),
trenches, mine workings and
other locations used in Mineral
Resource estimation.
• Specification of the grid system
used.
• Quality and adequacy of
topographic control.		 •Historic surface sample and drillhole collar
locations have been captured in GDA2020
MGA Zone 51. There is no discussion on
the accuracy of these data points.
•Soil and rockchip sampling conducted over
the Project since current grant date
(05/07/2016) to present involve handheld
GPS to an accuracy of ±5m.
Data spacing and
distribution		 • Data spacing for reporting of
Exploration Results.
• Whether the data spacing and
distribution is sufficient to		 •Ultrafine soil sample spacings comprised a
combination of 500m x 100m and 400m x
50m.
•Rockchip sampling is non-systematic and

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ASX Announcement

Criteria JORC Code Explanation Commentary
establish the degree of
geological and grade continuity
appropriate for the Mineral
Resource and Ore Reserve
estimation procedure(s) and
classifications applied.
• Whether sample compositing
has been applied.		 restricted to areas of outcrop and float.
•Historic drill spacings are variable targeting
specific features or on a broad spaced grid
of ~800m x ~500m and closer spaced holes
at 200m x 200m with infill to 50m.
Orientation of data in
relation to geological
structure		 • Whether the orientation of
sampling achieves unbiased
sampling of possible structures
and the extent to which this is
known, considering the deposit
type.
• If the relationship between the
drilling orientation and the
orientation of key mineralised
structures is considered to have
introduced a sampling bias, this
should be assessed and
reported if material.		 •It is unknown if there is any biasing of
results from recent/historic exploration.
Sample security • The measures taken to ensure
_sample security. _		 •The sample security of previous exploration
companies is unknown.
Audits or reviews • The results of any audits or
reviews of sampling techniques
and data.		 •Internal audits/reviews of all historic
exploration data is completed prior to entry
into Legend’s database.
Section2:Reporting ofExplorationResults
Criteria JORC Code Explanation Commentary
Mineral tenement and
land tenure status		 • Type, reference name/number,
location and ownership
including agreements or
material issues with third
parties such as joint ventures,
partnerships, overriding
royalties, native title interests,
historical sites, wilderness or
national park and
environmental settings.
• The security of the tenure held
at the time of reporting along
with any known impediments to
obtaining a licence to operate in
the area.		 •The Pinnacle Well Project comprises two
granted exploration licences, E37/1246 and
E37/1548 covering 110km2.
•The Project is located 25km NNE of
Leonora on Mertondale and Clover Downs
Pastoral Stations.
•Tenements E37/1246 and E37/1548 are
covered 100% by the Darlot Group Native
Title Claim.
•The tenements are in good standing and
there are no known impediments.
Exploration done by
other parties		 • Acknowledgment and appraisal
of exploration by other parties.		 •Historical exploration has been completed
over the Project by a number of companies
between 1969 and 2024 and is summarised
elsewhere in this JORC Table 1 and in the
accompanying announcement.
Geology • Deposit type, geological setting
and style of mineralisation.		 •The primary target is intrusion related and
structurally controlled vein hosted gold
mineralisation typical of Archaean
greenstone belts within the Yilgarn Craton.
•A secondary target type is VMS style
copper-lead-zinc-silver mineralisation
similar to that at the Teutonic Bore/Bentley/

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ASX:LEG

Criteria JORC Code Explanation Commentary
Jaguar deposits.
Drill hole
Information		 • A summary of all information
material to the understanding of
the exploration results including
a tabulation of the following
information for all Material drill
holes:
• easting and northing of the drill
hole collar
• elevation or RL (Reduced Level
– elevation above
sea level in metres) of the drill
hole collar
• dip and azimuth of the hole
• down hole length and
interception depth
• hole length.
• If the exclusion of this
information is justified on the
basis that the information is not
Material and this exclusion
does not detract from the
understanding of the report, the
Competent Person should
clearly explain why this is the
case.		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drillhole details are presented in
Appendices 1-3 and Figure 5 and discussed
elsewhere in this JORC Table 1 and in the
body of the accompanying announcement.
Data aggregation
methods		 • In reporting Exploration
Results, weighting averaging
techniques, maximum and/or
minimum grade truncations
(e.g., cutting of high grades)
and cut-off grades are usually
Material and should be stated.
• Where aggregate intercepts
incorporate short lengths of
high-grade results and longer
lengths of low-grade results,
the procedure used for such
aggregation should be stated
and some typical examples of
such aggregations should be
shown in detail.
• The assumptions used for any
reporting of metal equivalent
_values should be clearly stated. _		 •No drilling has been undertaken on the
Project area since 2003.
•Historic drillhole intersections in Appendix 3
are weighted averages with no cut-off
grades.
Relationship between
mineralisation widths
and intercept lengths		 • These relationships are
particularly important in the
reporting of Exploration
Results.
• If the geometry of the
mineralisation with respect to
the drill hole angle is known, its
nature should be reported.
• If it is not known and only the
down hole lengths are reported,		 •No drilling has been undertaken on the
Project area since 2003.
•The geometry of historic drillhole
intersections in Appendix 3 are unknown
with downhole depths used.

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ASX Announcement

Criteria JORC Code Explanation Commentary
there should be a clear
statement to this effect (e.g.,
‘down hole length, true width
not known’).
Diagrams • Appropriate maps and sections
(with scales) and tabulations of
intercepts should be included
for any significant discovery
being reported. These should
include, but not be limited to a
plan view of drill hole collar
locations and appropriate
sectional views.		 •Project location, geology and soil anomaly
maps have been included in the body of the
report.
Balanced reporting • Where comprehensive
reporting of all Exploration
Results is not practicable,
representative reporting of both
low and high grades and/or
widths should be practiced to
avoid misleading reporting of
Exploration Results.		 •All relevant historic and recent exploration
results have been summarised in the
accompanying announcement and
associated appendices and figures.
Other substantive
exploration data		 • Other exploration data, if
meaningful and material,
should be reported including
(but not limited to): geological
observations; geophysical
survey results; geochemical
survey results; bulk samples –
size and method of treatment;
metallurgical test results; bulk
density, groundwater,
geotechnical and rock
characteristics; potential
deleterious or contaminating
substances.		 •Descriptions of substantive exploration data
are summarised/included in the
accompanying announcement and
associated appendices and figures.
Further work • The nature and scale of
planned further work (e.g., tests
for lateral extensions or depth
extensions or large-scale step-
out drilling).
• Diagrams clearly highlighting
the areas of possible
extensions, including the main
geological interpretations and
future drilling areas, provided
this information is not
commercially sensitive.		 •Undertake UFF soil sampling over
E37/1548 to obtain full sample coverage.
•Infill UFF soil sampling on E37/1246 to
better define previously identified soil
anomalies.
•Update and refine all UFF soil anomalies
integrating new sample/assay data.
•Complete geological reconnaissance over
soil anomalies to assist interpretation and
ranking.
•Based on results from above, design IP
surveys to define drill targets.

28

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