REGIS RESOURCES LIMITED — Interim / Quarterly Report 2021

Apr 28, 2021

Quarterly Report to 31 March 2021

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Operations

• The 12 Month Moving Average Lost Time Injury Frequency Rate continued to improve dropping 40% to 1.4 from 2.4 at the end of the prior quarter.

• Quarterly production of 85,748oz and sales of 67,383oz at an average price of A$2,014/oz for total revenue of A$135.7m.

• Cash flow from operations of A$67.2m for the March quarter down from A$100.1m in the prior quarter with lower gold price the key driver.

• Cash and bullion of A$202.3m a reduction of $17.7m after paying out A$16.8m in dividends and $19.5 million in income tax.

• Cash cost before royalties for the quarter of A$1,074/oz .

• Quarterly AISC for the quarter of A$1,388/oz .

• FY21 Guidance maintained with production of 355,000 – 380,000oz for an AISC of A$1,230 - 1,300/oz .

Growth Projects and Discovery

• Post-quarter end, announced the acquisition of a 30% interest in the Tropicana Gold Mine for $903m, a tier-one asset with a production outlook of 380-430Koz in FY21E (100% basis), expected mine life beyond 10 years[1] and multiple near mine and regional growth opportunities for longer term upside. The acquisition only remains conditional on the approval from the Minister for Mines and Petroleum to transfer of tenements.

• Group Ore Reserves increased by 11% from 3.6Moz to 4.0Moz ( 20% increase after accounting for mining depletion), including maiden Ben Hur reserve of 130Koz Au.

• Group Mineral Resources increased by 5% from 7.7Moz to 8.1Moz (increased by 9% after accounting for mining depletion).

• The Garden Well Underground Project (Feasibility Study material mined - 1.8mt @ 3.2 g/t Au for 190Koz ) commenced during the quarter with the portal completed and ~36m of decline development.

• The McPhillamys Project saw continued engagement with the NSW Department of Planning, Industry and Environment (DPIE) as work to finalise outstanding items continued. It is anticipated a recommendation by DPIE to the Independent Planning Commission (IPC) is likely in coming months.

Regis Resources Managing Director, Jim Beyer, said: “The March quarter has progressed broadly to plan. We see continuing improvement in safety across our business and it is very satisfying to see the production lift in Rosemont Underground. This high grade ore source is a key element of ensuring our performance to year end is within our guidance ranges. The current COVID lockdown in WA and associated travel restrictions are not immediately impacting on production, however the situation remains fluid and the Company will continue to monitor for potential impacts.

During the quarter our latest growth project, the Garden Well South underground mine, started with completion of the portal and commencement of decline development. This new mine will be an excellent addition to our production profile.

We continue to work constructively with NSW DPIE in relation to permitting for the McPhillamys Project and remain confident that a recommendation by DPIE to the IPC and a subsequent determination by the IPC will likely be made in the first half of FY22.

Post the end of the March quarter our Duketon Operations announced a substantial increase in Mineral Resources and Ore Reserves reported earlier this month. This update is highlighted by an increased sevenyear reserve life at both DNO and DSO.

Finally, the announcement and subsequent progress of the acquisition of a 30% interest in the Tier One Tropicana Gold Mine, is transformational for Regis. We are pleased to note AngloGold Ashanti’s recent waiver of the pre-empt for the deal leaving only Ministerial approval for the transfer of the tenement interests as the remaining condition to ownership.”

1 IGO Limited’s 2Q21 and 1H21 Results Presentation. This guidance has not been prepared by Regis and after completion of the Transaction, Regis will include its own Tropicana guidance in due course Page 1

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GENERAL COVID-19 STATUS UPDATE

The recent lockdown following the identification of community transmission within the Perth/Peel regions of Western Australia is a reminder that the COVID-19 situation continues to require careful management.

Regis’ Management Team has continued to manage our ongoing response to COVID-19 which has been coordinated in cooperation with our contractors. The April lockdown in WA and associated travel restrictions are not immediately impacting on production, however the situation remains fluid and the Company will continue to monitor for potential impacts.

The Company is maintaining a range of measures across its business consistent with advice from State and Federal health authorities and commensurate with the community risk profile. These measures help ensure the health and welfare of our employees and their respective communities.

To date there have been no confirmed cases of COVID-19 across the business.

OPERATIONS

Health, Safety and Environment

The 12-month moving average lost time injury frequency rate continued to improve in the quarter dropping 40% to 1.4 from 2.4 at the end of the prior quarter. Regis is pleased to see this continuing trend in the reduction of injuries occurring across the Company as initiatives continue to prevent harm to our people.

There have been no environmental non-compliances or significant incidents over the quarter.

Duketon Northern Operations (DNO)

Moolart Well

Production from Moolart Well was 22,088 ounces of gold during the March quarter which was slightly lower than the December quarter production of 23,093 ounces. Ore tonnes milled were 795kt down slightly from 811kt in the December quarter.

Duketon Southern Operations (DSO)

Rosemont

Production from Rosemont was 26,718 ounces up 18% on the prior quarter as the production contribution from the underground continued to increase and which now represents 60% of gold produced at Rosemont. Grades from the underground have continued to lift as grade control and mining practices continue to improve as well as ongoing ore development from the Main Zone area.

Initial stoping has commenced from the Main Zone area in March, and a ramp up of production from this area is expected upon completion of a planned primary ventilation fan upgrade to be completed in April.

Overall horizontal development for the quarter was ~2.0km. Production was 160kt of ore mined from development and stopes, with the grade from underground increasing this quarter to 3.3g/t up from 2.1g/t in the previous quarter.

Garden Well

Production from Garden Well was 36,942 ounces down 19% on the previous quarter. Operations were impacted by a mill pinion failure that resulted in 100 hours lost production. Feed grades and recovery were impacted by rescheduling of pits, an increase in the proportion of some metallurgically difficult ore presenting from Tooheys Well and lower ore haulage productivity due to wet weather. The pit rescheduling was a result of geotechnical issues reported in the previous quarter.

March quarter operating results and costs are summarised in Tables 1 and 2 below.

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		FY20	FY20	FY21	FY21		FY 21 March Quarter	FY 21 March Quarter	FY 21 March Quarter
		Q3	Q4	Q1	Q2
Details	Unit	Total	Total	Total	Total		DNO	DSO	TOTAL
Ore mined	Mbcm	1.07	1.03	1.05	1.09		0.36	0.49	0.85
Waste mined	Mbcm	6.28	6.71	7.69	6.75		2.65	3.72	6.37
Stripping ratio	Waste :Ore	5.9	6.5	7.4	6.2		7.5	7.6	7.5
Ore mined	Mt	2.53	2.51	2.58	2.64		0.65	1.35	2.00
Ore milled	Mt	2.22	2.53	2.41	2.46		0.80	1.57	2.37
Head grade	g/t	1.29	1.16	1.15	1.24		0.94	1.37	1.23
Recovery	%	93.6	92.6	91.4	92.8		92.4	91.7	91.9
Gold production	oz	86,300	87,260	81,567	91,411		22,088	63,660	85,748

Totals may not add due to rounding

Table 1: Historical operating physicals with March quarter results

Details	Unit	Moolart Well	Garden Well	Rosemont	Total FY21 Q3		FY21 Q2
Ore Mined	Mbcm						1.09
		0.36	0.32	0.17	0.85
Waste Mined	Mbcm						6.75
		2.65	2.27	1.45	6.37
Stripping Ratio	Waste:Ore						6.2
		7.5	7.0	8.6	7.5
Ore Mined	Mt						2.64
		0.65	0.85	0.50	2.00
Ore Milled	Mt						2.46
		0.80	1.06	0.51	2.37
Head Grade	g/t						1.24
		0.94	1.20	1.74	1.23
Recovery	%						92.8
		92.4	90.2	93.8	91.9
Gold Production	oz						91,411
		22,088	36,942	26,718	85,748
Mining	A$M						61.2
		13.3	19.2	27.5	60.1
Milling	A$M						29.1
		8.1	14.6	9.2	32.0
Administration	A$M						6.8
		1.8	2.7	1.5	6.0
Ore Inventory Adjustments	A$M						(3.3)
		(4.8)	0.1	(1.4)	(6.0)
Total Cash Costs	A$M						93.7
		18.6	36.6	36.9	92.1
Royalties	A$M						11.4
		1.8	3.3	2.3	7.4
Capital Works	A$M						12.1
		3.1	11.9	3.5	18.4
Finance Lease Repayments	A$M	0.2	0.2	0.2	0.6		0.5
Corporate	A$M						2.7
		-	-	-	0.5
All in Sustaining Costs	A$M						120.4
		23.7	52.0	42.8	119.0
All in Sustaining Costs	A$/oz						1,317
		1,072	1,408	1,602	1,388

1 AISC calculated on a per ounce of production basis

2 Totals may not add due to rounding

Table 2: Physicals and costs data by site for the March quarter

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Operating Costs

Duketon cash costs before royalties increased for the quarter to A$1,074/oz (Dec 20: A$1,025/oz). The increase in cash costs before royalties is due to lower production in the March quarter.

Moolart Well AISC increased to A$1,072/oz in the March quarter from A$1,021/oz in the December quarter due to slightly lower production.

Garden Well AISC increased to A$1,408/oz in the March quarter from A$1,172/oz in the December quarter as a result of lower ore mining volumes and higher stripping ratios at the rescheduled pit areas.

Rosemont AISC decreased to A$1,602/oz in the March quarter from A$1,792/oz in the December quarter, driven by higher production from the Rosemont Underground mine.

Growth Capital

Growth Capital for the March quarter was A$12.3 million, which primarily related to mine development at the Moolart Well, Dogbolter-Coopers and Baneygo open pits, and the Rosemont Underground and Garden Well Underground mines.

CORPORATE

Acquisition of 30% ownership in Tropicana Joint Venture

Early in the June quarter the Company announced that it has signed a conditional binding agreement with IGO Limited (IGO) to acquire its 30% interest in the Tropicana Gold Project (Tropicana) with an effective date of 31 March 2021 (the Acquisition) for cash consideration of A$903 million (subject to completion adjustments). As at this point the only condition outstanding is the minister’s formal approval for the transfer of the tenement interest. Regis expects this approval to be given in the coming weeks. The Acquisition will be funded via a combination of a fully underwritten equity raising of up to $650 million via an institutional placement and an accelerated pro rata non-renounceable entitlement offer and a new A$300 million loan facility

Tropicana is a low cost, Australian open-pit and underground gold mine located in the Albany-Fraser Orogeny geological region of Western Australia. It is one of the five largest gold mines in Australia with gold production of 463koz in FY20 and guidance of 380koz – 430koz FY21E (100% basis)[1] .

The transaction provides a number of key strategic elements including:

• Diversification of Regis’ existing production base;

• Addition of a well-established, long-life asset to the Regis portfolio;

• An expected mine life of 10+ years;

• Attributable Reserves of 0.8Moz and Resources of 2.3Moz (Regis share); and

• Multiple near mine growth opportunities with attractive regional targets for longer term upside.

Tropicana is operated by a world class joint venture partner in AngloGold Ashanti, a proven gold miner with a successful track record of developing and operating Tropicana and other large underground mines.

As noted, the effective date for the acquisition is 31 March 2021 and it is likely that the economic benefits of ownership will be adjusted against the purchase price for the asset up to the date of completion of the transaction. Subsequent to completion of the transaction, Regis would expect to report Tropicana results as part of the results of the consolidated Regis group.

The placement and the institutional component of the entitlement offer (Institutional Entitlement Offer) closed on 14 April 2021, raising a total of approximately A$494 million (subject to reconciliations) at A$2.70 per New Share (Offer Price).

The placement received strong demand and raised a total of approximately A$200 million. The Institutional Entitlement Offer was well supported, with a take-up rate from eligible institutional shareholders of approximately 86%. The Institutional Entitlement Offer raised a total of approximately A$294 million.

Dividend Payment and Dividend Reinvestment Plan Update

On 23 March 2021 the Company paid A$20.5 in interim dividends for FY21.

Of the interim dividend for FY21, A$16.8m was paid in cash and a further A$3.7m was reinvested in the Company by shareholders who elected to participate in the Company’s Dividend Reinvestment Plan.

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Total fully franked dividends declared and paid since 2013 are now A$509 million.

Cash Position and Gold Sales

The Duketon Gold Operations generated operating cash flow of A$67.2 million in the March quarter down from A$100.1 million recorded in the December quarter, with lower gold price the key driver.

During the March quarter Regis sold 67,383 ounces of gold at an average price of A$2,014 per ounce down from A$2,351 per ounce in the prior quarter. A total of 22,331 ounces of gold was on hand at the end of the quarter (up from 7,111 ounces at the end of the previous quarter) which was subsequently sold in April 2021.

At the end of the March quarter Regis had A$202.3 million in cash and bullion (Figure 1).

Significant items of expenditure during the quarter were:

• A$16.8 million in cash dividends;

• A$19.5 million in income tax payments;

• A$33.7 million on capitalised mining costs; and

• A$6.6 million on exploration and feasibility projects (including McPhillamys Project).

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Cash & Gold on Hand - Q3 Movements
$300m
$67.2m
$250m ($33.7m) $238.5m
$220.0m ($6.6m) ($2.8m) ($5.6m)
($19.5m) $202.3m
$200m
($16.8m)
$150m
$100m
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Figure 1: Waterfall graph illustrating key changes in cash and gold on hand in the March quarter

Spot Deferred Gold Hedging

The Company continued the programme to reduce its gold hedge position, delivering into its lowest priced hedges. In the March quarter the Company delivered into another 21,500 ounces of hedging.

At the end of the March quarter the hedge position was 337,992 ounces at an average delivery price of A$1,621 per ounce, representing less than 12 months’ forecast production.

The rate of delivery will continue to be assessed for adjustment. Any changes to this rate will consider several factors including prevailing gold price outlooks, internal cash demands, capital expenditure requirements, dividends and any changes to Company life of mine production plans.

Guidance

As noted in prior market communications Guidance for FY21 is:

• Gold production is planned to fall within the range of 355,000 - 380,000 ounces

• C1 cash costs including royalties of A$1,030 - 1,090 per ounce

• AISC of A$1,230 - 1,300 per ounce

• Growth capital of A$60 – 70 million

• Exploration spend of A$28 million

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The Company maintains guidance and notes with the year to date production of approximately 259,000 ounces, the planned strong final quarter relies particularly on the continuing sustained uplift in production performance from Rosemont underground. Other key areas with the potential to impact on this outcome are; the ongoing management of open pit geotechnical impacts, plant performance and reliability and the contractor productivity improvement project. The ongoing and effective management of COVID impacts is also specifically noted given the current uncertainty in WA with the recently implemented WA Government lockdown and potential for additional and ongoing restrictions.

NEAR TERM - POTENTIAL VALUE GROWTH PROJECTS

Increase in Mineral Resource and Ore Reserve Statement as at 31 December 2020

Subsequent to the end of the March quarter the Company declared an increase in its Group Mineral Resources and Ore Reserves, highlighted by a seven-year reserve life at both DNO and DSO. Total Ore Reserves increased by 11% to 4.0 million ounces compared to 3.6 million ounces as at 31 March 2020. Reserve increases at DSO came via the addition of the Garden Well Underground mine, Ben Hur Open pit mine, processing of low-grade stockpiles and at DNO, three new mining areas at Moolart Well plus low-grade stockpile treatment ensure operations will continue at the Duketon Operations until FY2028.

The total Mineral Resources increased by 5% to 8.1 million ounces compared to 7.7 million ounces as at 31 March 2020. Increases came following further resource definition drilling at existing projects, Gloster open pit (DNO), Garden Well open pits (DSO) and Rosemont Underground (DSO). New resource growth came from Ben Hur (DSO) after the acquisition followed by resource definition drilling and the Garden Well South Underground (DSO) after extensive drilling campaigns defined the high-grade underground shoot.

The Duketon Project continues to deliver on its strong history of resource and reserve replacement built on an ongoing commitment to exploration and resource extension drilling while producing over 3 million ounces (Figure 2). An aggressive exploration programme continues to be focussed on potential areas for the identification of both new mineralisation and expansions of current mineral resources.

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Figure 2: Strong history of resource and reserve replacement while producing over 3 Moz at Duketon

Garden Well Underground Project

Site establishment work is well underway for the Garden Well South underground project. The portal has been completed and initial decline development (36m) has commenced in order to access the Feasibility Study mining material of 1.85Mt at 3.2 g/t Au for 190Koz (Figure 3). Once mining is established work will continue to grow and further define the resource via drilling from underground platforms.

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Figure 3: Garden Well South portal establishment and initial development drive.

McPhillamys Gold Project

The McPhillamys Gold Project in New South Wales (Figure 4) is one of Australia’s largest undeveloped open pit gold projects with an Ore Reserve of 61Mt @ 1.0 g/t Au for 2.02Moz and is the highest priority growth project for the Company.

Regis continues to work with the Department of Planning, Industry and Environment (DPIE), which assesses State Significant Projects and is required to make a recommendation on the Project to the Independent Planning Commission (IPC). Regis notes that the final decision by the government is still to be made. It is anticipated a recommendation by DPIE to the Independent Planning Commission (IPC) is likely in coming months.

The Project execution team continues to progress work into more detailed areas including mining, processing, water and power supply. Major packages of work that would be required for construction (subject to final approvals) have been defined. Regis is continuing to identifying local businesses that have the potential to be incorporated into construction activity and other contract and design related works to ensure, subject to a favourable decision from the IPC, the Project will be ready for Final Investment Decision and as shovel ready as practicable.

The Company continues to work with the local and surrounding communities to ensure opportunities and impacts presented by the project development are communicated and mitigated where practicable.

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Figure 4: McPhillamys green corridor planted in 2014

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ADVANCING DUKETON EXPLORATION

Regis continued intensive regional exploration drilling activities across the Duketon Greenstone Belt during the quarter with 64,311 metres of drilling completed on priority target areas (Figure 5). All drill assay results received during the quarter and considered material are presented in Appendix 1.

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Figure 5: Location of exploration activities across the Duketon Greenstone Belt. Prospects in red drilled during the December quarter.

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After expediting of resource to reserve conversion drilling at Ben Hur in the December quarter, the exploration focus returned to drill testing high priority regional exploration targets for new open-pit oxide resources, and deep drilling beneath existing mines for depth extensions to existing gold resources.

	Drill Type	Mar-20	Jun-20	Sep-20	Dec-20	Mar-21
Resource Definition Drill metres	AC	3,237	1,887	0	1,156	0
	RC	11,545	10,859	17,929	25,510	14,145
	DD/RCD	11,537	7,581	6,981	484	0
	Total	26,319	20,327	24,910	27,150	14,145
Exploration Drill metres	AC	34,527	39,813	13,887	9,383	30,029
	RC	354	2,541	6,258	3,142	7,218
	DD/RCD	564	6,810	8,690	9,663	9,958
	Total	35,445	49,164	28,835	22,188	47,205
Rock chip Samples		10,458	1,395	10,974	13	25

Table 3: Historic exploration activity in both Resource Definition and Exploration activity.

Garden Well Underground: Pursuing Potential Underground Extensions under GDW North

Deep drilling continued 1km to the north of the approved Garden Well (GDW) South underground Project. The new target area extends down plunge of the Garden Well North pit mineralisation (Figure 6). Two separate high grade shoots, hosted in sheared ultramafic, have been identified beneath the pit at GDW North. During the March quarter 5,285m of diamond drilling was completed to test the continuity of significant gold mineralisation at depth in both shoots.

Assay results continue to firm up the high-grade south plunging shoots beneath the northern end of the pit. Significant results include:

• 7.5 metres @ 2.6 g/t gold from 482.5 m

• 7.5 metres @ 2.6 g/t gold from 482.5 m RRLGDDD185

• • 1 metre @ 22.1 g/t gold from 412 m RRLGDDD186 • 2.6 metres @ 6.0 g/t gold from 434.6 m RRLGDDD186 • 2.9 metres @ 5.9 g/t gold from 441.2 m RRLGDDD186

Drill hole and sample details for all holes are included in Appendix 1 to this report. Garden Well intercepts above calculated using a 2.0 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.

Diamond drilling will continue into the June quarter to determine the continuity of these high-grade shoots at depth.

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Figure 6: Garden Well long section looking west showing high grade intercepts only in the north, and the approved underground mine at Garden Well South.

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Rosemont: Testing Depth Extent

Deep drilling continued at Rosemont to explore the high-grade shoots which extend at depth beneath existing underground infrastructure. During the quarter 4,560m of diamond drilling was completed to test down plunge extensions of high-grade gold mineralisation outside the current underground resource domains.

Drilling focused on Rosemont South to test the continuity of grade and thickness on two new ore shoots with multiple intercepts over suitable widths for underground mine development. Drilling will continue in the June quarter to provide sufficient information to delineate the size of the new high-grade shoots at Rosemont South and inform additional UG resources.

The orebody at Rosemont is hosted in a steeply dipping north trending quartz-dolerite unit intruding into a mafic-ultramafic sequence. Figure 7 illustrates recent drill hole intercepts from the March quarter with economic gold grades up to 500m below the southern underground workings which include:

• 7.5 metres @ 2.3 g/t gold from 631.6 m

• 8.8 metres @ 3.6 g/t gold from 527.5 m

• 0.9 metres @ 87.2 g/t gold from 601.9 m

• 1.4 metres @ 10.9 g/t gold from 600.4 m

RRLRMDD063 RRLRMDD064 RRLRMDD064 RRLRMDD065

Drill hole and sample details for all holes are included in Appendix 1 to this report. Rosemont intercepts above calculated using a 2.0 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.

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Figure 7. Rosemont South Long Section showing high grade intercepts indicating the potential for underground resource growth.

Gloster: Extending Reserves and Pursuing New Underground Resources

The Gloster gold deposit is hosted in a package of intermediate volcanics and intrusives. The gold mineralised system is structurally complex, consisting of steeply dipping shears and multiple flat lying mineralised vein sets beneath the existing pit. Mineralised zones are characterised by several metres of quartz-carbonate-sulphide veins with visible gold.

Mineralised shoots persist to 500m beneath the pit and consist of a series of narrow, high grade, strike limited quartz veins. RC drilling will continue at Gloster, testing these mineralised structures beneath the pit to provide additional information on grade continuity to inform the mineralisation model.

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Significant RC drill results received during the March quarter are listed below and shown in Figure 8:

• 3 metres @ 4.7 g/t gold from 19 m

• 4 metres @ 4.4 g/t gold from 43 m

• 1 metre @ 10.2 g/t gold from 97 m

• 2 metres @ 8.4 g/t gold from 68 m

• 4 metres @ 4.5 g/t gold from 38 m

• RRLGLRC523*

• RRLGLDD524 RRLGLDD524 RRLGLRC526*

• RRLGLRC527*

* Drilled from the pit floor

Drill hole and sample details for all holes are included in Appendix 1 to this report. Gloster intercepts above calculated using a 2.0 g/t gold lower cut, no upper cut, maximum 2m internal dilution. All diamond drill assays determined on half core (NQ2), all RC drill assays determined on 1m split samples by fire assay.

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Figure 8: Gloster cross section with anomalous high grade intercepts with potential for UG development.

Lancefield North – expediting additional resources

Lancefield North is located approximately 75km south of Garden Well. The project consists of an inferred mineral resource compliant with JORC Code 2012 of 2Mt @ 1.55g/t for 95Koz. Gold mineralisation is associated with quartz-carbonate veins and sulphides hosted within a sheared package of basalt and shale. The deposit is similar to the historical Lancefield gold mine located 5km further to the south along strike, that produced over 1Moz of gold.

RC drilling commenced in January to reduce drill spacing to 40m x 40m in order to determine the strike extent of gold mineralisation and determine an indicated resource. Assay results received to date have confirmed the continuity of gold mineralisation along strike, with some variability down dip. Drilling to 40m x 20m will commence in the June quarter.

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Figure 9. Lancefield North Cross Section showing multiple shallow east dipping lodes

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COMPETENT PERSON STATEMENT

The information in this report that relates to exploration results is based on and fairly represents information and supporting documentation that has been compiled by Ms Tara French who is a member of the Australian Institute of Geoscientists. Ms French has sufficient experience which is relevant to the style of mineralisation and type of deposit under consideration and to the activity which she is undertaking to qualify as a Competent Person as defined in the 2012 edition of the ‘Australasian Code for the Reporting of Exploration Results, Mineral Resources and Ore Reserves’. Ms French is a full-time employee of Regis Resources Ltd and consents to the inclusion in the report of the matters based on her information in the form and context in which it appears.

JORC 2012 Mineral Resource and Ore Reserves

Regis confirms that it is not aware of any new information or data that materially affects the information included in the original market announcements and that all material assumptions and technical parameters underpinning the definition of the Mineral Resource and Ore Reserves in the relevant market announcements continue to apply and have not materially changed. The Company confirms that the form and context in which the Competent Persons findings are presented have not been materially modified from the original market announcements.

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.

CORPORATE DIRECTORY

Regis Resources Ltd ( ACN 009 174 761) Registered Office

Second Floor, 516 Hay Street Subiaco, WA Australia 6008 Tel +618 9442 2200

Website www.regisresources.com Email enquiries@regisresources.com

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 Russell Barwick (Non-Executive Director)

Company Secretary

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 31 March 2021)

Security	Code	No.Quoted
OrdinaryShares	RRL	513,270,655

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Quarterly Report to 31 March 2021

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APPENDIX 1 JORC Code, 2012 Edition – Section 1 Sampling Techniques and Data (Criteria in this section apply to all succeeding sections.)

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.	Gold Projects Ben Hur The Ben Hur strike extension was sampled using Reverse Circulation (RC) drill holes on a nominal 200m x 50m grid spacing. Holes were angled at -49to -73 towards 251to 260azimuth to drill perpendicular to the strike of mineralisation. The mineralised quartz dolerite strikes 340and dips ≈70to the east. Garden Well The Garden Well gold deposit was sampled using PQ, HQ, and NQ2 Diamond drill (DD) holes on a nominal 40m east by 40m north grid spacing angled -56to -72towards 246to 290azimuth designed to drill perpendicular to the strike of mineralisation. Gloster The Gloster gold deposit was sampled using RC drill holes to reduce drill spacing to 20m. RC holes were drilled on a nominal 20m or 40m spacing along strike by 20m to 40m across strike angled at -52to -90towards 063, 066, 246, 323 or vertical from the base of the pit, designed to drill perpendicular to the strike of mineralisation. Lancefield North The Lancefield North gold deposit contains an inferred mineral resource compliant with the JORC code of 2Mt @ 1.55g/t for 96koz (see Duketon Mining ASX announcement 14 March 2018). The deposit was sampled using RC drill holes to reduce drill spacing to 40m. RC holes were drilled on a nominal 40m or 80m spacing north along strike by 40m or 80m across strike angled at -60 towards 268or 270, designed to drill perpendicular to the strike of mineralisation. Rosemont The Rosemont gold deposit was sampled using PQ, HQ and NQ2 diamond drill (DD) holes. Holes were drilled on a nominal 160m north spacing along strike and 80m down dip angled at -50° to -70° towards 267to 271azimuth designed to drill as close as possible to perpendicular to the strike of mineralisation, where access could be gained around infrastructure such as pits and waste dumps. Tooheys Well The Tooheys Well gold deposit was sampled using PQ and NQ2 Diamond drill (DD) drill holes. DD holes were drilled on a nominal 80m north spacing along strike by 40m across strike angled at -50° or -70towards ~270azimuth designed to drill perpendicular to the strike of mineralisation. Other Regional Prospects: The Regional Prospects were sampled using Air Core (AC) or RC drill holes on various grid spacing angled -60° towards varying azimuths designed to drill as close as possible to perpendicular to the strike of mineralisation.
	All Gold Projects, Terminator, Thompsons Bore Prospects AC, RC, DD Regis drill hole collar locations were picked up by an independent registered consulting surveyor or site-based authorised surveyors using Trimble RTK GPS. Downhole surveying was measured by using either a Reflex EZ-Shot Downhole Survey Instrument or North Seeking Gyro based tool where magnetic host rock would affect azimuth readings. The surveys were completed every 30m down each drill hole.

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Criteria	JORC Code explanation	Commentary
		Diamond drill core is aligned and measured by tape, comparing back to down
		hole core blocks consistent with industry practice.
		Regis drill hole sampling had certified standards and blanks inserted at every
		20thand 25thsample (DD only) or every 25thsample (RC and AC) to assess the
		accuracy and methodology of the external laboratories. Field duplicates (RC and
		AC only) were inserted every 20thsample to assess the repeatability and
		variability of the gold mineralisation. Laboratory duplicates were also completed
		approximately every 15thsample to assess the precision of the laboratory as well
		as the repeatability and variability of the gold mineralisation. Results of the
		QAQC sampling were considered acceptable.
		Regional Prospects AC/RC
		Regis drill hole collar locations were picked up by handheld GPS. Hole azimuths
		were measured at the collar using a Suunto sighting compass.
		Regis drill hole sampling had certified standards and blanks inserted every 50th
		sample (RC and AC) to assess the accuracy and methodology of the external
		laboratories, and field duplicates were inserted every 50thsample to assess the
		repeatability and variability of the gold mineralisation. Laboratory duplicates
		were also completed approximately every 15thsample to assess the precision of
		the laboratory as well as the repeatability and variability of the gold
		mineralisation. Results of the QAQC sampling were considered acceptable.
	Aspects of the determination	All Gold Projects, Terminator, Thompsons Bore Prospects RC Drilling
	of mineralisation that are	For the Regis’ RC drilling 1m samples were obtained by cone splitter (2.5kg –
	Material to the Public	3.0kg) and were utilised for lithology logging and assaying. The drilling samples
	Report. In cases where	were dried, crushed and pulverised to get 85% passing 75µm and were all Fire
	‘industry standard’ work has	Assayed using a 50g charge.
	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	All Gold Projects DD Diamond drilling completed to industry standard using varying sample lengths (0.23 to 1.22m through the gold mineralized zones) based on geological intervals, which are then dried, crushed and pulverised to get 85% passing 75µm and were all Fire Assayed using a 50g charge (Bureau Veritas). Outside mineralized areas 1m samples to 2.6m composite samples were collected.
	other cases, more	Regional Prospects AC
	explanation may be	For AC drilling 1m spear samples were composited to 4m intervals to obtain a
	required, such as where	2.5kg – 3.0kg sample. The drilling samples were dried, crushed and pulverised
	there is coarse gold that has	to get 85% passing 75µm and were all Fire Assayed using a 50g charge (Bureau
	inherent sampling problems.	Veritas).
	Unusual commodities or mineralisation types (e.g. submarine nodules) may warrant disclosure of	Anomalous results from 4m AC drill composites were spear sampled at 1m intervals. These drill samples were dried, crushed and pulverised to get 85% passing 75µm and were all Fire Assayed using a 50g charge.
	detailed information.
Drilling	Drill type (e.g. core, reverse	All Gold Projects/Prospects RC and AC drilling
techniques	circulation, open-hole	RC drilling completed with a 139mm or 143mm diameter face sampling
	hammer, rotary air blast,	hammer.
	auger, Bangka, sonic, etc.) and details (e.g. core	AC drilling was completed with an 89mm diameter AC blade bit.
	diameter, triple or standard	All Gold Projects DD
	tube, depth of diamond tails,	Surface diamond drilling carried out by using PQ or PQ3, HQ3 or HQ2, NQ, or
	face-sampling bit or other	NQ2 (standard tube) techniques.
	type, whether core is oriented and if so, by what	Core is routinely orientated by REFLEX ACT III tool.
	method, etc.).

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Criteria	JORC Code explanation	Commentary
Drill sample	Method of recording and	All Gold Projects/Prospects RC and AC drilling
recovery	assessing core and chip	RC and AC recovery was visually assessed, with recovery being excellent. No wet
	sample recoveries and	samples were recorded within the mineralised zones (>1 g/t).
	results assessed.	All Gold Projects DD
		DD core was measured and compared to the drilled intervals, and recorded as a
		percentage recovery. 100% recovery was recorded through the mineralised
		zones (>1 g/t) at Garden Well and Tooheys Well. 99% recovery was recorded
		through the mineralised zones (>1 g/t) at Rosemont.
	Measures taken to maximise	All Gold Projects/Prospects RC and AC drilling
	sample recovery and ensure	AC and RC samples were visually checked for recovery, moisture and
	representative nature of the	contamination. The drilling contractor utilised a cone splitter to provide uniform
	samples.	sample size, and these were cleaned routinely (cleaned at the end of each rod
		and more frequently in wet conditions). A booster was also used in conjunction
		with the RC drill rig to ensure dry samples are achieved.
		All Gold Projects DD
		The target mineralised zones are located in competent fresh rock, where the DD
		method provided high recovery.
	Whether a relationship exists	All Gold Projects/Prospects RC and AC drilling
	between sample recovery	Sample recoveries for RC and AC drilling are visually estimated to be medium to
	and grade and whether	high. No significant bias is expected in the mineralised zone, although no
	sample bias may have	recovery and grade correlation study was completed.
	occurred due to preferential loss/gain of fine/coarse material.	All Gold Projects DD The DD drill sample recovery in the transitional and fresh rock zones is very high ≈97%, and no significant bias is expected. Recoveries in the oxidised rock were
		lower ≈85%.
Logging	Whether core and chip	All Gold Projects/Prospects RC and AC drilling
	samples have been	Lithology, alteration, veining, mineralisation and, on some holes, magnetic
	geologically and	susceptibility were logged from the RC and AC chips and saved in the database.
	geotechnically logged to a	Chips from every interval are also placed in chip trays and stored in a designated
	level of detail to support	building at site for future reference.
	appropriate Mineral Resource estimation, mining studies and metallurgical studies.	All Gold Projects DD Lithology, alteration, veining, mineralisation and geotechnical information were logged from the DD core and saved in the database. Half cores from every interval are also retained in the core trays and stored at site for future reference.
	Whether logging is	All logging is qualitative except for magnetic susceptibility and geotechnical
	qualitative or quantitative in	measurements. Wet and dry photographs were completed on the core.
	nature. Core (or costean,
	channel, etc.) photography.
	The total length and	All drill holes are logged in full.
	percentage of the relevant
	intersections logged.
Sub-	If core, whether cut or sawn	Gold Projects DD
sampling	and whether quarter, half or	Core was half cut with an almonte diamond core saw with the same half always
techniques	all core taken.	sampled and the surplus retained in the core trays.
and sample
preparation

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Criteria	JORC Code explanation		Commentary
	If non-core, whether riffled,		All Gold Projects/Prospects RC and AC drilling
	tube sampled, rotary split,		RC and AC drilling utilised a cyclone and cone splitter to consistently produce
	etc. and whether sampled		0.5kg to 3.0kg dry samples.
	wet or dry.
	For all sample types,	the	Samples are dried, crushed to 10mm, and then pulverised to 85% passing 75µm.
	nature, quality	and	This is considered acceptable.
	appropriateness of	the
	sample preparation
	technique.
	Quality control procedures		All Gold Projects, Terminator, Thompsons Bore AC and RC
	adopted for all sub-sampling		Field duplicates (AC, RC) were taken at the rig every 20th sample to assess the
	stages to maximise		repeatability and variability of the gold mineralisation. Laboratory duplicates
	representivity of samples.		were also completed roughly every 15th sample to assess the repeatability and
			variability of the gold mineralisation.
	Measures taken to ensure		Regional Prospects AC
	that the sampling	is	Field duplicates were taken at the rig from a second chute on the cone splitter
	representative of the in-situ		allowing for the duplicate and main sample to be the same size and sampling
	material collected, including		technique. Field duplicates are taken every 50th sample. Laboratory duplicates
	for instance results for	field	(sample preparation split) were also completed roughly every 15th sample.
	duplicate/second-half sampling.		All Gold Projects DD Field duplicates (half core sampling) on diamond core through the ore zones
			were collected at Gloster (1244 samples) and Rosemont (136 samples). Results
			were assessed by independent consulting geochemist GCXplore Pty Ltd. Based
			on the duplicate sample data at Rosemont & Gloster GCXplore concluded that
			“the half core precision is about 100% and does not vary significantly with grade,
			deposit or section. The data indicate that the grade of half core is indicative of
			the grade range. i.e. both halves are highly likely to be in the same grade range”
	Whether sample sizes	are	Sample sizes (1.0kg to 3kg) are considered to be a sufficient size to accurately
	appropriate to the grain size		represent the gold mineralisation based on the mineralisation style (hypogene
	of the material being		associated with shearing and or veining, and supergene enrichment), the width
	sampled.		and continuity of the intersections, the sampling methodology, the coarse gold
			variability and the assay ranges for the gold.
			Field duplicates have routinely been collected to ensure monitoring of the sub-
			sampling quality. Acceptable precision and accuracy are noted in the field
			duplicates albeit the precision is marginally acceptable and consistent with
			coarse gold deposits.
Quality of	The nature, quality	and	All Gold Projects, Terminator, Thompsons Bore AC and RC
assay data	appropriateness of	the	All gold assaying was completed by external commercial laboratories (Bureau
and	assaying and laboratory		Veritas) using a 50g charge for fire assay analysis with AAS finish. This technique
laboratory	procedures used	and	is industry standard for gold and considered appropriate.
tests	whether the technique is considered partial or total.		All Gold Projects DD All gold assaying was completed by commercial laboratories (Bureau Veritas)
			using a 50g charge for fire assay analysis with AAS finish. This technique is
			industry standard for gold and considered appropriate.
			Regional Prospects AC
			All gold assaying was completed by commercial laboratories (Bureau Veritas)
			using a 50g charge for fire assay analysis for 4m composite AC samples. 1m AC
			re-samples are assayed by a commercial laboratory (Bureau Veritas) using a 50g
			charge for fire assay analysis with AAS finish.

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Criteria	JORC Code explanation	JORC Code explanation	JORC Code explanation	JORC Code explanation	Commentary
	For geophysical			tools,	Apart from magnetic susceptibility in targeted zones, no other geophysical
	spectrometers,	handheld			measurements were routinely made.
	XRF instruments, etc., the parameters used in determining the analysis including instrument make and model, reading times, calibrations factors applied				XRF data has been collected using Olympus Vanta Portable XRF on Garden Well and Tooheys Well diamond drill core to geochemically characterise the gold deposits. Reading times were 10 secs per beam using the geochem 3 beam method. The unit was calibrated twice per day. Standards were run every 50th sample, duplicates were run on the 25thand 75thsamples.
	and their derivation,		etc..
	Nature of quality			control	All Gold Projects, Terminator, Thompsons Bore AC and RC
	procedures adopted (e.g.				Certified Reference Material (CRM or standards) and blanks were inserted every
	standards,			blanks,	25th sample to assess the assaying accuracy of the external laboratories. Field
	duplicates,		external		duplicates (RC, AC) were inserted every 20th sample to assess the repeatability
	laboratory checks)			and	from the field and variability of the gold mineralisation. Laboratory duplicates
	whether acceptable		levels of		were also completed approximately every 15th sample to assess the precision
	accuracy (i.e. lack		of bias)		of assaying.
	and precision have been established.				All Gold Projects DD Certified Reference Material (CRM or standards) and blanks were inserted every
					20thand 25thsample to assess the assaying accuracy of the external laboratories.
					Field duplicates on diamond core, i.e. other half of cut core, have not been
					routinely assayed. Laboratory duplicates were also completed approximately
					every 15th sample to assess the precision of assaying.
					Regional Prospects AC and RC
					Certified Reference Material (CRM or standards) and blanks were inserted every
					50thsample (samples ending in 25 and 75) to assess the assaying accuracy of the
					external laboratories. Field duplicates were taken every 50thsample (samples
					ending in 00 and 50) to assess the repeatability from the field and variability of
					the gold mineralisation. Laboratory duplicates (sample preparation split) were
					also completed roughly every 15th sample.
					All Sample Results
					Evaluation of both the Regis submitted standards, and the internal laboratory
					quality control data, indicates assaying to be accurate and without significant
					drift for significant time periods. Excluding obvious errors, the vast majority of
					the CRM assaying report shows no consistent positive or negative overall mean
					bias. Duplicate assays show high levels of correlation and no apparent bias
					between the duplicate pairs. Field duplicate samples show marginally
					acceptable levels of correlation and no relative bias.
					Results of the QAQC sampling were considered acceptable for the gold deposits
					and regional prospects. Substantial focus has been given to ensuring sampling
					procedures met industry best practise to ensure acceptable levels of accuracy
					and precision were achieved in a coarse gold environment.
Verification	The verification of significant				No independent personnel have visually inspected the significant intersections
of sampling	intersections by			either	in RC chips or diamond drill core. Numerous highly qualified and experienced
and	independent or alternative				company personnel from exploration and mine production positions have
assaying	company personnel.				visually inspected the significant intersections in AC chips, RC chips and diamond
					drill core.
	The use of twinned	holes.			No twinning of holes was completed in the current quarter.
	Documentation of		primary		All geological and field data is entered into Logchief commercial software only
	data, data entry procedures,				allowing data to be entered using the Regis geological code system and sample
	data verification,			data	protocol. Logchief data is validated and uploaded directly to the Datashed
					database.

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Criteria	JORC Code	explanation		Commentary
	storage	(physical	and
	electronic) protocols.
	Discuss any adjustment to			For the purpose of resource estimation any samples not assayed (i.e. destroyed
	assay data.			in processing, listed not received) have had the assay value converted to a -9 in
				the database. Any samples assayed below detection limit (0.01 ppm Au) have
				been converted to 0.005 ppm (half detection limit) in the database.
Location of	Accuracy and quality of			All Gold Projects, Terminator, Thompsons Bore.
data points	surveys used to locate		drill	Regis drill hole collar locations were picked up by site-based authorized
	holes (collar and down-hole			surveyors, or using Trimble RTK GPS, calibrated to a base station (expected
	surveys),	trenches,	mine	accuracy of 20mm).
	workings and other locations used in Mineral Resource estimation.			Downhole surveying was measured by using either a Reflex EZ-Shot Downhole Survey Instrument or North Seeking Gyro based tool where magnetic host rock would affect azimuth readings.
				The surveys were completed every 30m down each drill hole.
				Regional Prospects
				Regis drill hole collar locations were picked up by handheld GPS. Hole azimuths
				were measured at the collar using a Suunto sighting compass.
	Specification of the		grid	All Gold Projects, Terminator, Thompsons Bore.
	system used.			The grid system is AMG Zone 51 (AGD 84) for surveying pickups. Modelling at
				the Rosemont and Gloster Area is completed using a local grid, with conversion
				of digital data from AMG to local completed using GIS Software macros.
				Modelling at all other projects is completed in AMG Zone 51 (AGD84).
				Regional Prospects
				The grid system set in the handheld GPS unit is MGA Zone 51 (GDA 94). Hole
				azimuths were measured at the collar using a Suunto sighting compass.
				All location data is reported in accordance with DMP reporting guidelines in
				MGA Zone 51 (GDA 94). Grid conversions are performed in RRLs Datashed
				database.
	Quality and adequacy of			The topographic surface for all projects were derived from a combination of the
	topographic control.			primary drill hole pickups and the pre-existing photogrammetric contouring.
Data	Data spacing for reporting of			All Gold Projects
spacing and distribution	Exploration	Results.		Ben Hur The Ben Hur strike extension was sampled on a nominal 200m north by 50m
				east grid spacing
				Garden Well
				The Garden Well gold deposit was sampled on a nominal spacing 40m along
				strike by 40m down dip.
				Gloster
				The Gloster gold deposit was sampled on a nominal spacing 20-40m along strike
				by 20m across strike.
				Lancefield North
				The Lancefield North gold deposit was sampled on a nominal spacing 40-80m
				along strike and 40-80m across strike.
				Rosemont
				The Rosemont gold deposit was sampled on a nominal spacing 160m along strike
				and 80m across strike.
				Tooheys Well
				The Tooheys Well gold deposit was sampled on a nominal spacing 80m along
				strike by 40m down dip.

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Criteria	JORC Code explanation			Commentary
				Regional Prospects
				Regional Prospects are generally drilled on a broad line spacing 800m to 1600m
				with drill holes spacing from 200m to 400m depending on the style of
				mineralisation and width of target. Drill hole spacing is halved where infill drilling
				is required around anomalous gold targets.
				Terminator & Thompsons Bore Prospects
				Terminator and Thompsons Bore Prospects were infilled to a sample spacing of
				50m alongstrike and 25m across strike
	Whether the data spacing			All Gold Projects
	and distribution is sufficient			The planned data spacing and distribution is sufficient to demonstrate spatial
	to establish the degree of			and grade continuity of the mineralised domains to support the definition of
	geological and grade			Inferred and Indicated Mineral Resources under the 2012 JORC code once all
	continuity appropriate for			other modifying factors have been addressed.
	the Mineral Resource and
	Ore Reserve estimation
	procedure(s) and
	classifications applied.
	Whether sample			All Gold Projects, Terminator & Thompsons Bore Prospects
	compositing has been			No sample compositing has been applied in the field within the mineralised
	applied.			zones.
				Regional Prospects
				All first pass AC drill samples were collected at 1m samples and composited to
				4m intervals. Terminator and Thompsons Bore gold prospects were sampled at
				1m RC intervals, no sample compositing has been applied in the field within the
				mineralised zones.
Orientation	Whether the orientation		of	Drilling on all projects is orientated to best suit the mineralisation to be closely
of data in	sampling achieves unbiased			perpendicular to both the strike and dip of the mineralisation. Intercepts are
relation to	sampling of possible			close to true-width in most cases. In the case of Ben Hur and Rosemont drill
geological	structures and the extent		to	programs, the orientation of mineralisation is sub vertical, as such the current
structure	which this is known,			drilling is designed to assist in refining ore geometry and therefore a more
	considering the deposit type.			accurate estimate of true thickness. Drill orientation at Rosemont was adjusted
				as required to facilitate drilling around historical mine site infrastructure, and in
				some instances drill holes are at a high angle to the dip of mineralisation.
	If the relationship between			It is not believed that drilling orientation has introduced a sampling bias.
	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.
Sample	The measures taken		to	Samples are securely sealed and stored onsite, until delivery to Perth
security	ensure sample security.			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 keep track of the
				sample batches.
Audits or	The results of any audits		or	No external audits on sampling techniques and data have been completed.
reviews	reviews of sampling
	techniques and data.

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APPENDIX 1 Section 2 Reporting of Exploration Results

(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 of the March 2021 Quarterly Report, or those included below and considered to be material.

Criteria	JORC Code explanation	JORC Code explanation		Commentary
Mineral	Type, reference name/number, location			Ben Hur
tenement	and ownership including agreements or			The Ben Hur gold deposit is located on M38/339. Current registered
and land	material issues with	third parties such as		holder of the tenement is Brightstar Resources Limited, pending
tenure	joint ventures, partnerships, overriding			transfer to Regis Resources Limited. Normal Western Australian
status	royalties, native title interests, historical			state royalties apply and a further 1% royalty up to $5m to
	sites, wilderness or national park and			Brightstar Resources Limited after 100koz production, and a royalty
	environmental settings.			to Parkerville Enterprises for $1/t of ore processed > 1g/t Au. There
	The security of the tenure held at the time			are no registered Native Title Claims.
	of reporting along with any known			Garden Well
	impediments to obtaining a licence to			The Garden Well gold deposit is located on M38/1249, M38/1250,
	operate in the area.			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. There are no registered
				Native Title Claims.
				Gloster
				The Gloster gold deposit is located on M38/1268. Current
				registered holders are M38/1268 – Regis Resources Ltd; 2% Royalty
				to William Robert Richmond. Normal Western Australian state
				royalties apply. There are no registered native title claims
				Lancefield North
				The Lancefield North gold deposit is located on E38/3002. Current
				registered holder of the tenement is Regis Resources Limited.
				Normal Western Australian state royalties apply. There are no
				registered Native Title Claims.
				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. There are no
				registered Native Title Claims.
				Tooheys Well
				The Tooheys Well prospect is located on M38/1251. Current
				registered holders of the tenement are Regis Resources Ltd and
				Duketon Resources Pty Ltd (100% subsidiary of Regis Resources).
				Normal Western Australian state royalties apply and a further 2%
				NSR royalty exists to Franco-Nevada There are no registered Native
				Title Claims.
Exploration	Acknowledgment	and appraisal	of	Ben Hur
done by	exploration by other	parties.		Exploration drilling was conducted in the 1990s to early 2000s by
other parties				Ashton, Roehampton, Bronzewing, and West Australian Metals.
				Resource drilling was completed by Stone Resources in 2010s who
				estimated a Mineral Resource compliant with JORC Code 2012 of
				5.8Mt @ 1.6g/t Au for 290koz.

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Criteria	JORC Code explanation	Commentary
		Garden Well/Tooheys Well
		Minor amounts of drilling were completed by Ashton and Johnsons
		Well Mining although it was mainly shallow and not extensive
		enough to properly define the mineralisation.
		Gloster
		Gloster was discovered in 1902, with no modern exploration work
		completed until Hillmin Gold Mines Pty Ltd and Aurotech NL
		conducted mapping, RC drilling, DD and RAB in the mid 1980’s,
		culminating in Resource Estimates and feasibility studies. Leader
		Resources NL, Maiden Gold NL and Johnsons Well Mining
		conducted RC, DD and RAB drilling in the 1990s to infill and extend
		the resource.
		Lancefield North
		Shallow drilling was completed by Teck Exploration, North Australex
		and Hill Minerals. Infill drilling by Duketon Mining in 2016-2017
		resulted in a Maiden Inferred Mineral Resource 2Mt @ 1.6g/t for
		96koz compliant with the JORC code 2012.
		Rosemont Area
		Shallow drilling (less than 100m vertical depth) was completed by
		Aurora, Ashton and Johnsons Well Mining in the 1990’s.
Geology	Deposit type, geological setting and style of	Ben Hur/Rosemont Area
	mineralisation.	Gold is hosted in a steeply east dipping 345° trending quartz-
		dolerite unit intruding an ultramafic sequence. Gold mineralisation
		is associated with quartz-albite-sericite-carbonate-sulphide
		alteration and is restricted to the quartz dolerite unit which is
		generally ≈ 80m wide, but does boudinage along strike and widths
		vary from a few metres to 120m. Weathering depths vary from 20m
		to 80m vertical depth.
		Garden Well
		Gold is hosted in a moderate east to steeply dipping shear zone
		trending N-S. Gold mineralisation within ultramafic is associated
		with quartz, fuchsite, sericite, carbonate, sulphides. Gold
		mineralisation within chert, shale and BIF is associated with
		brecciated zones including elevated sulphides and quartz veins.
		Gloster
		Gold is hosted in multiple stacked vein sets dipping shallowly to the
		north east. Host rocks include intermediate volcaniclastic units and
		diorite intrusives. Gold mineralisation is associated with quartz-
		carbonate-sulphide veins with micaceous selvages.
		Lancefield North
		Gold mineralisation is hosted in a moderate east dipping shear zone
		within a package of basalt and shales. Gold mineralisation is
		associated with quartz-carbonate veins and sulphides.
		Tooheys Well
		Gold is hosted in a steeply east dipping shear zone trending N-S.
		Gold mineralisation is hosted within BIF as is associated with
		brecciated zones including elevated sulphides and quartz veins.

Quarterly Report to 31 March 2021

==> picture [124 x 38] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
Drill hole	A summary of all information material to	Drill hole information including collar location and drill direction are
Information	the understanding of the exploration	documented inAppendix 1and the body of the announcement.
	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.
Data	In reporting Exploration Results, weighting	Rosemont, Garden Well, Gloster, Tooheys Well
aggregation	averaging techniques, maximum and/or	Reported intercepts include a minimum of 2.0 g/t Au value over a
methods	minimum grade truncations (e.g. cutting of	minimum distance of 0.1m with a maximum 2m consecutive
	high grades) and cut-off grades are usually	internal waste, unless stated otherwise. No upper cuts have been
	Material and should be stated.	applied.
	Where aggregate intercepts incorporate	Ben Hurand all other Gold Projects and Prospects reported
	short lengths of high-grade results and	intercepts include a minimum of 0.5 g/t Au value over a minimum
	longer lengths of low-grade results, the	distance of 1m with a maximum 2m consecutive internal waste. No
	procedure used for such aggregation	upper cuts have been applied.
	should be stated and some typical examples of such aggregations should be	Appendix 1All assay results above 1 g/t gold are reported.
	shown in detail.
	The assumptions used for any reporting of
	metal equivalent values should be clearly
	stated.
Relationship	These relationships are particularly	Ben Hur
between	important in the reporting of Exploration	The Ben Hur gold deposit was drilled -49to -73towards 251to
mineralisati	Results.	260azimuth to drill perpendicular to the strike of mineralisation.
on widths and intercept lengths	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	The mineralised quartz dolerite strikes 340and dips ≈70to the east. Intercepts reported are close to true width. Garden Well The Garden Well gold deposit was drilled at -56to -72towards
	lengths are reported, there should be a	246to 290azimuth designed to drill perpendicular to the strike of
	clear statement to this effect (e.g. ‘down	mineralisation. The mineralised zone is moderately east dipping,
	hole length, true width not known’).	and the intercepts reported are close to true width.
		Gloster
		The Gloster gold deposit was drilled at -52to -90towards 063,
		066, 246, 323or vertical from the base of the pit designed to drill
		perpendicular to the strike of mineralisation. The mineralised zone

Quarterly Report to 31 March 2021

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Criteria	JORC Code explanation	Commentary
		is shallowly north-east dipping. The intercepts reported are close to
		true width.
		Lancefield North
		The Lancefield North gold deposit was drilled at -60towards 268
		or 270, designed to drill perpendicular to the strike of
		mineralisation. The intercepts reported are close to true width.
		Rosemont
		The Rosemont gold deposit was drilled at -50° to -70° towards 267
		to 271and designed to intersect the mineralised quartz dolerite at
		significant depths. Intercepts reported intersected the quartz
		dolerite at a moderate angle and are not true width.
		Tooheys Well
		The Tooheys Well gold deposit was drilled at -50° or -70towards
		~270azimuth designed to drill perpendicular to the strike of
		mineralisation. The intercepts reported are close to true width.
		Regional Prospects
		The Regional Prospects were drilled at -60° towards varying
		azimuths designed to drill as close as possible to perpendicular to
		the strike of mineralisation.
Diagrams	Appropriate maps and sections (with	Refer to the body of the announcement.
	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.
Balanced	Where comprehensive reporting of all	A list of all holes drilled during the quarter and assay results above
reporting	Exploration Results is not practicable,	1 g/t have been reported. Assay results below 1 g/t are not
	representative reporting of both low and	considered material and are reported as such.
	high grades and/or widths should be
	practiced to avoid misleading reporting of
	Exploration Results.
Other	Other exploration data, if meaningful and	Anomalous intercepts at Terminator will be investigated and
substantive	material, should be reported including (but	tested with further drilling to determine the viability of
exploration	not limited to): geological observations;	this prospect.
data	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.
Further work	The nature and scale of planned further	Gold Projects
	work (e.g. tests for lateral extensions or	Infill drilling will occur where appropriate, and extensional drilling
	depth extensions or large-scale step-out	will be conducted along strike for additional oxide resources, and at
	drilling).	depth beneath existing deposits where gold mineralisation may be
		of sufficient grade and thickness for underground development.
		Regional Prospects
		Drilling of high priority regional prospects will continue in 2021.
		Follow up drilling will be conducted where anomalous results are
		identified in first pass drill testing.

Quarterly Report to 31 March 2021

==> picture [124 x 38] intentionally omitted <==

Criteria	JORC Code explanation	Commentary
	Diagrams clearly highlighting the areas of	See diagrams in main text
	possible extensions, including the main
	geological interpretations and future
	drilling areas, provided this information is
	not commercially sensitive.

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Bella Well Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBELRC001 6948752 409824 544 ‐60 270 160	127 128 1 1.93
RRLBELRC002 6947929 410825 544 ‐60 270 154	148 152 4 3.97
RRLBELRC003 6948559 412924 544 ‐60 100 172	No significant Intercept
Ben Hur Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBENDD001 6884970 437619 477 ‐60 256 225.38 RRLBENDD001 RRLBENDD001	165.8 166.9 1.1 1.12 168 168.34 0.34 1.22 170.66 172.78 2.12 4.27
RRLBENDD002 6885035 437498 476 ‐60 256 118.74 RRLBENDD002 RRLBENDD002	55.54 62.19 6.65 1.84 62.4 67 4.6 1.43 68 71 3 1.24
RRLBENDD003 6883875 437861 477 ‐60 256 139.86	No significant Intercept
RRLBENRC037 6884819 437635 478 ‐60 256 154	No significant Intercept
RRLBENRC041 6883820 438069 478 ‐60 256 304 RRLBENRC041 RRLBENRC041	235 236 1 1.63 248 252 4 3.6 255 263 8 1.57
RRLBENRC045 6885025 437600 476 ‐60 252 222 RRLBENRC045	27 28 1 1.86 170 180 10 1.87
RRLBENRC046 6885030 437616 477 ‐60 252 228 RRLBENRC046	27 28 1 5.07 196 200 4 2.22
RRLBENRC047 6884932 437649 477 ‐60 256 217 RRLBENRC047 RRLBENRC047	37 40 3 2.07 179 181 2 6.35 185 189 4 2.66
RRLBENRC048 6885205 437506 475 ‐60 252 210	147 148 1 8
RRLBENRC049 6885114 437559 476 ‐60 252 216 RRLBENRC049 RRLBENRC049 RRLBENRC049	24 26 2 2.83 146 147 1 1.53 170 174 4 1.05 180 186 6 1.05
RRLBENRC050 6884776 437655 478 ‐60 256 150	115 120 5 2.27
RRLBENRC095 6883958 437992 477 ‐60 256 264	No significant Intercept
RRLBENRC097 6883940 438004 478 ‐60 253 264	No significant Intercept
RRLBENRC098 6883905 438002 478 ‐60 256 264	No significant Intercept
RRLBENRC100 6883714 438055 479 ‐60 256 240	No significant Intercept
RRLBENRC101 6883771 438065 478 ‐60 253 262 RRLBENRC101	28 32 4 1.06 225 230 5 1.25
RRLBENRC102 6884684 437690 479 ‐60 256 162	82 85 3 4.56
RRLBENRC103 6883887 438024 478 ‐60 251 262 RRLBENRC103	203 204 1 1.13 218 230 12 2.23
RRLBENRC104 6884897 437618 477 ‐60 256 174 RRLBENRC104 RRLBENRC104	24 28 4 2.89 114 115 1 1.21 120 125 5 4.37
RRLBENRC105 6884275 437814 476 ‐56 248 178 RRLBENRC105	126 128 2 3.66 139 143 4 2.02
RRLBENRC106 6884901 437631 477 ‐60 256 186	141 142 1 1.31
RRLBENRC107 6883978 437983 477 ‐60 252 238	No significant Intercept
RRLBENRC108 6885155 437536 476 ‐60 256 210 RRLBENRC108 RRLBENRC108 RRLBENRC108	140 141 1 1.49 173 177 4 1.14 183 184 1 1.31 189 191 2 1.3
RRLBENRC109 6883639 438071 479 ‐60 256 232 RRLBENRC109	171 172 1 1.66 174 191 17 2.46
RRLBENRC110 6885181 437529 476 ‐60 256 228 RRLBENRC110 RRLBENRC110 RRLBENRC110 RRLBENRC110 RRLBENRC110 RRLBENRC110	137 138 1 1.45 151 152 1 1.2 157 158 1 1.28 164 165 1 9.36 179 180 1 1.18 182 183 1 1.67 187 188 1 1.61
RRLBENRC111 6883842 438040 478 ‐60 261 250	214 222 8 1.85
RRLBENRC112 6885159 437554 476 ‐62 256 246 RRLBENRC112 RRLBENRC112	124 125 1 1.62 203 204 1 4.2 214 217 3 1.06
RRLBENRC113 6883588 438075 480 ‐60 256 214 RRLBENRC113	149 150 1 5.47 161 162 1 1.01

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Ben Hur Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBENRC113	166 169 3 2.78
RRLBENRC114 6884823 437650 478 ‐60 256 168	No significant Intercept
RRLBENRC115 6883643 438088 479 ‐60 256 250	209 221 12 2.27
RRLBENRC116 6884842 437617 478 ‐60 257 132	No significant Intercept
RRLBENRC117 6883323 438131 480 ‐60.12 255.86 160	17 18 1 1.06
RRLBENRC118 6884847 437635 478 ‐60 256 144	102 105 3 3.13
RRLBENRC119 6883323 438131 480 ‐73.36 256.63 166	106 110 4 1.41
RRLBENRC120 6885035 437571 476 ‐60 256 186	142 155 13 2.81
RRLBENRC121 6883129 438181 480 ‐49.44 257.98 118	No significant Intercept
RRLBENRC122 6885058 437567 476 ‐60 256 216 RRLBENRC122	140 141 1 10.3 154 165 11 1.11
RRLBENRC123 6885716 437309 477 ‐59.58 256.36 148 RRLBENRC123	78 79 1 9.36 103 104 1 11.2
RRLBENRC124 6884993 437607 477 ‐60 256 210	161 168 7 4.54
RRLBENRC125 6885911 437234 480 ‐60 256 124	No significant Intercept
RRLBENRC126 6884832 437680 479 ‐60 256 216 RRLBENRC126	34 36 2 2.83 161 166 5 1.05
RRLBENRC127 6886098 437181 478 ‐60 256 136	No significant Intercept
RRLBENRC128 6883527 438134 481 ‐60 256 264 RRLBENRC128 RRLBENRC128	210 218 8 2.35 221 226 5 4.35 229 232 3 3.7
RRLBENRC129 6886086 437133 478 ‐60 256 118	No significant Intercept
RRLBENRC130 6883519 438102 481 ‐60 256 210	168 178 10 2.29
RRLBENRC131 6885704 437260 478 ‐60 256 70	22 24 2 1.3
RRLBENRC132 6883138 438222 480 ‐60 256 142	No significant Intercept
RRLBENRC133 6882949 438277 480 ‐60 256 106	No significant Intercept
RRLBENRC134 6882789 438332 480 ‐60 256 148	No significant Intercept
RRLBENRC135 6882574 438422 480 ‐60 253.26 100	No significant Intercept
RRLBENRC136 6882582 438452 480 ‐60 256.84 172 RRLBENRC136 RRLBENRC136	64 65 1 1.7 69 70 1 4.64 120 121 1 1.96
RRLBENRC137 6882379 438477 480 ‐60 258 106	No significant Intercept
RRLBENRC138 6882394 438527 480 ‐65 260 124	No significant Intercept
RRLBENRC139 6882959 438327 480 ‐59.92 255 178	No significant Intercept
Beamish Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBMAC078 6904200 436296 540 ‐60 270 48	AwaitingResults
RRLBMAC079 6904200 436691 540 ‐60 271 77	AwaitingResults
RRLBMAC080 6904004 437107 540 ‐60 270 57	AwaitingResults
RRLBMAC081 6904000 437201 540 ‐60 270 74	AwaitingResults
RRLBMAC082 6904000 437300 540 ‐60 268 83	AwaitingResults
RRLBMAC083 6904000 437400 540 ‐60 269 116	AwaitingResults
RRLBMAC084 6904000 437500 540 ‐60 273 128	AwaitingResults
RRLBMAC085 6905300 436301 540 ‐60 270 18	AwaitingResults
RRLBMAC086 6905300 436700 540 ‐60 270 77	AwaitingResults
RRLBMAC087 6905300 437100 540 ‐60 270 92	AwaitingResults
RRLBMAC088 6905290 437201 540 ‐60 270 46	AwaitingResults
RRLBMAC089 6905300 437300 540 ‐60 270 89	AwaitingResults
RRLBMAC090 6905300 437400 540 ‐60 270 116	AwaitingResults
RRLBMAC091 6905300 437500 540 ‐60 270 128	AwaitingResults
RRLBMAC092 6906100 436306 540 ‐60 268 33	AwaitingResults
RRLBMAC093 6906100 436728 540 ‐60 268 79	AwaitingResults
RRLBMAC094 6906100 437093 540 ‐60 272 90	AwaitingResults
RRLBMAC095 6906100 437201 540 ‐60 274 45	AwaitingResults
RRLBMAC096 6906100 437307 540 ‐60 265 90	AwaitingResults
RRLBMAC097 6906100 437413 540 ‐60 265 113	AwaitingResults
RRLBMAC098 6906100 437500 540 ‐60 270 87	AwaitingResults
RRLBMAC099 6906910 436695 540 ‐60 269 80	AwaitingResults
RRLBMAC100 6906894 437100 540 ‐60 271 95	AwaitingResults
RRLBMAC101 6906894 437200 540 ‐60 270 50	AwaitingResults
RRLBMAC102 6906891 437300 540 ‐60 269 104	AwaitingResults

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Beamish Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBMAC103 6906889 437393 540 ‐60 269 110	AwaitingResults
RRLBMAC104 6907306 436677 540 ‐60 270 53	AwaitingResults
RRLBMAC105 6907303 437099 540 ‐60 270 46	AwaitingResults
RRLBMAC106 6907304 437187 540 ‐60 270 40	AwaitingResults
RRLBMAC107 6907302 437298 540 ‐60 268 98	AwaitingResults
RRLBMAC108 6907304 437398 540 ‐60 270 116	AwaitingResults
Betelgeuse Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBRTAC055 6916613 430587 495 ‐60 264 74	No significant Intercept
RRLBRTAC056 6916613 430687 495 ‐60 270 49	No significant Intercept
RRLBRTAC057 6916613 430787 495 ‐60 268 57	No significant Intercept
RRLBRTAC058 6916613 430887 495 ‐60 271 79	No significant Intercept
RRLBRTAC059 6916613 430988 459 ‐60 268 71	No significant Intercept
RRLBTGAC063 6935623 413779 500 ‐60 269 92	No significant Intercept
RRLBTGAC064 6935421 414257 500 ‐60 272 111	No significant Intercept
RRLBTGAC065 6935418 414424 500 ‐60 270 93	No significant Intercept
RRLBTGAC066 6935424 414571 500 ‐60 269 110	No significant Intercept
RRLBTGAC067 6935422 414734 500 ‐60 270 93	No significant Intercept
RRLBTGAC068 6935426 414890 500 ‐60 275 92	No significant Intercept
RRLBTGAC069 6935417 415076 500 ‐60 273 91	No significant Intercept
RRLBTGAC070 6934784 413956 500 ‐60 273 103	No significant Intercept
RRLBTGAC071 6934784 414100 500 ‐60 269 111	No significant Intercept
RRLBTGAC072 6934795 414423 500 ‐60 269 94	No significant Intercept
RRLBTGAC073 6934798 414586 500 ‐60 269 131	No significant Intercept
RRLBTGAC074 6934801 414663 500 ‐60 270 101	No significant Intercept
RRLBTGAC075 6934231 414124 500 ‐60 270 83	No significant Intercept
RRLBTGAC076 6934207 414209 500 ‐60 270 71	No significant Intercept
RRLBTGAC077 6934252 414315 500 ‐60 270 78	No significant Intercept
RRLBTGAC078 6934205 414721 500 ‐60 270 101	No significant Intercept
RRLBTGAC079 6933809 415391 500 ‐60 270 107	AwaitingResults
RRLBTGAC080 6933812 415548 500 ‐60 271 116	AwaitingResults
RRLBTGAC081 6933811 415645 500 ‐60 271 108	AwaitingResults
RRLBTGAC082 6933809 415478 500 ‐60 271 104	AwaitingResults
RRLBTGAC083 6933810 416142 500 ‐60 270 109	AwaitingResults
RRLBTGAC084 6933809 416296 500 ‐60 265 137	AwaitingResults
RRLBTGAC085 6933815 416477 500 ‐60 272 113	AwaitingResults
RRLBTGAC086 6933812 416613 500 ‐60 270 78	AwaitingResults
RRLBTGAC087 6933425 414496 500 ‐60 270 107	AwaitingResults
RRLBTGAC088 6933421 414577 500 ‐60 272 92	AwaitingResults
RRLBTGAC089 6933440 414698 500 ‐60 265 85	AwaitingResults
RRLBTGAC090 6933428 414892 500 ‐60 270 98	AwaitingResults
RRLBTGAC091 6933437 415102 500 ‐60 270 115	AwaitingResults
RRLBTGAC092 6933436 415321 500 ‐60 267 95	AwaitingResults
RRLBTGAC093 6933445 416531 500 ‐60 270 91	AwaitingResults
RRLBTGAC094 6933449 416718 500 ‐60 270 68	AwaitingResults
RRLBTGAC095 6933440 416910 500 ‐60 265 97	AwaitingResults
RRLBTGAC096 6933239 416671 500 ‐60 270 105	AwaitingResults
RRLBTGAC097 6933243 416815 500 ‐60 268 99	AwaitingResults
RRLBTGAC098 6933030 416426 500 ‐60 269 101	AwaitingResults
RRLBTGAC099 6932821 416519 500 ‐60 270 113	AwaitingResults
RRLBTGAC100 6932818 416656 500 ‐60 270 107	AwaitingResults
RRLBTGAC101 6932595 416149 500 ‐60 270 109	AwaitingResults
RRLBTGAC102 6932646 416343 500 ‐60 270 112	AwaitingResults
RRLBTGAC103 6932656 416749 500 ‐60 270 92	AwaitingResults
RRLBTGAC104 6932607 416921 500 ‐60 274 99	AwaitingResults
RRLBTGAC105 6932614 417113 500 ‐60 265 95	AwaitingResults
RRLBTGAC106 6932623 417312 500 ‐60 268 80	AwaitingResults
RRLBTGAC107 6932390 417132 500 ‐60 272 98	AwaitingResults
RRLBTGAC108 6932390 417299 500 ‐60 265 101	AwaitingResults
RRLBTGAC109 6932144 417291 500 ‐60 272 69	AwaitingResults

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Betelgeuse Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLBTGAC110 6931764 416885 500 ‐60 270 99	AwaitingResults
RRLBTGAC111 6931760 417073 500 ‐60 270 93	AwaitingResults
RRLBTGAC112 6931596 417902 500 ‐60 274 66	AwaitingResults
RRLBTGAC113 6931600 418022 500 ‐60 267 80	AwaitingResults
RRLBTGAC114 6931596 418193 500 ‐60 272 68	AwaitingResults
RRLBTGAC115 6931606 418348 500 ‐60 272 69	AwaitingResults
RRLBTGAC116 6931595 418500 500 ‐60 270 114	AwaitingResults
RRLBTGAC117 6930785 417438 500 ‐60 275 120	AwaitingResults
RRLBTGAC118 6930775 417825 500 ‐60 274 89	AwaitingResults
RRLBTGAC119 6930818 418252 500 ‐60 279 93	AwaitingResults
RRLBTGAC120 6930808 418638 500 ‐60 269 86	AwaitingResults
RRLBTGAC121 6930889 419061 500 ‐60 269 58	AwaitingResults
RRLBTGAC122 6931601 418434 500 ‐60 267 80	AwaitingResults
RRLBTGAC123 6931602 418574 500 ‐60 265 122	AwaitingResults
Commonwealth Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLCMRC004 6944844 425548 540 ‐60 270 126	AwaitingResults
RRLCMRC005 6944851 425474 540 ‐60 91 132	AwaitingResults
RRLCMRC006 6944847 425424 540 ‐60 90 168	AwaitingResults
RRLCMRC007 6944749 425596 540 ‐60 87 140	AwaitingResults
RRLCMRC008 6944536 425429 540 ‐60 273 150	AwaitingResults
RRLCMRC009 6944539 425264 540 ‐60 88 162	AwaitingResults
RRLCMRC010 6944956 424993 540 ‐60 269 140	AwaitingResults
RRLCMRC011 6944954 425157 540 ‐60 269 140	AwaitingResults
RRLCMRC012 6944155 424837 540 ‐60 270 168	AwaitingResults
RRLCMRC013 6944155 425144 540 ‐60 90 140	AwaitingResults
RRLCMRC014 6944154 425056 540 ‐60 90 140	AwaitingResults
Collurabbie Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLCRDD011 7013862 423218 520 ‐60 90 479	No significant Intercept
RRLCRDD012 7013032 422242 493 ‐60 90 462.73	376 377 1 1.11
RRLCRDD013 7012565 422520 510 ‐60 90 592.9	AwaitingResults
Duketon Townsite Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLDTAC069 6938750 430770 500 ‐60 271 67	No significant Intercept
RRLDTAC070 6938750 430857 500 ‐60 269 55	No significant Intercept
RRLDTAC071 6938750 430933 500 ‐60 270 65	No significant Intercept
RRLDTAC072 6938750 431018 500 ‐60 270 68	No significant Intercept
RRLDTAC073 6938765 431092 500 ‐60 273 100	No significant Intercept
RRLDTAC074 6938756 431181 500 ‐60 270 95	No significant Intercept
RRLDTAC075 6938348 430899 500 ‐60 272 73	No significant Intercept
RRLDTAC076 6938348 430978 500 ‐60 269 54	No significant Intercept
RRLDTAC077 6938351 431058 500 ‐60 270 67	No significant Intercept
RRLDTAC078 6938348 431134 500 ‐60 270 95	No significant Intercept
RRLDTAC079 6938345 431223 500 ‐60 270 108	No significant Intercept
RRLDTAC080 6936363 429560 500 ‐60 265 101	No significant Intercept
RRLDTAC081 6936367 429613 500 ‐60 270 101	No significant Intercept
Garden Well Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLGDDD184 6912650 437328 494 ‐64 278 143.6	AwaitingResults
RRLGDDD184A 6912650 437328 494 ‐64 278 171.1	AwaitingResults
RRLGDDD184B 6912650 437328 494 ‐64 278 145.9	AwaitingResults
RRLGDDD185 6912980 437316 498 ‐61 265 555.8 RRLGDDD185 RRLGDDD185 RRLGDDD185 RRLGDDD185 RRLGDDD185	218.73 219.93 1.2 1.04 286.58 288.44 1.86 3.65 292 292.79 0.79 1.51 418.37 418.91 0.54 1.49 424.22 425.72 1.5 1.43 429.85 430.23 0.38 3.9

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Garden Well Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLGDDD185 RRLGDDD185 RRLGDDD185 RRLGDDD185 RRLGDDD185	432.85 439.48 6.63 2.31 454 455 1 1.87 472 474 2 1.32 477.61 490.62 13.01 2.48 497 498 1 2.09
RRLGDDD185W1 6912980 437316 498 ‐61 265 522.7 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1 RRLGDDD185W1	394 395 1 3.01 399 401 2 1.3 404 405 1 1.36 413 415 2 1.58 419 420 1 2.38 425 425.5 0.5 1.36 427 427.43 0.43 2.02 442.47 443.31 0.84 3.46 446.62 452 5.38 1.52 455.11 456 0.89 2.12 460 463 3 1.7 465.94 470 4.06 1.6 473 479 6 1.43
RRLGDDD186 6912623 437324 494 ‐64 286 537.83 RRLGDDD186 RRLGDDD186 RRLGDDD186 RRLGDDD186 RRLGDDD186 RRLGDDD186 RRLGDDD186 RRLGDDD186 RRLGDDD186	387 390.11 3.11 1.39 402 407.26 5.26 1.39 412 414 2 11.71 418 419 1 1.89 421.76 437.23 15.47 2.46 441.15 444 2.85 5.9 464.35 470 5.65 1.35 476 478.41 2.41 1.67 502 503.09 1.09 1.14 505 506 1 1.15
RRLGDDD187 6913026 437348 498 ‐57 264 546.74 RRLGDDD187 RRLGDDD187	204.71 205.34 0.63 1.02 210.89 212.13 1.24 1.02 330 330.39 0.39 1.31
RRLGDDD188 6912624 437327 494 ‐72 290 609.7	AwaitingResults
RRLGDDD189 6912840 437313 497 ‐66 246 567.7	AwaitingResults
RRLGDDD189W1 6912840 437313 497 ‐66 246 543.9	AwaitingResults
RRLGDDD190 6912658 437327 494 ‐56 284 534.6	AwaitingResults
RRLGDDD191 6912658 437330 494 ‐60 289 561.7	AwaitingResults
RRLGDDD192 6912658 437335 494 ‐66 288 177	AwaitingResults
RRLGDDD192A 6912658 437335 494 ‐66 288 168.4	AwaitingResults
RRLGDDD192B 6912658 437335 494 ‐66 288 591.8	AwaitingResults
Gloster Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLGLRC521 6950783 408670 450 ‐70 66 88 RRLGLRC521 RRLGLRC521 RRLGLRC521 RRLGLRC521 RRLGLRC521 RRLGLRC521	13 15 2 6.44 23 25 2 1.49 35 36 1 6.06 51 55 4 1.67 59 61 2 4.04 67 68 1 1.33 81 82 1 1.18
RRLGLRC522 6950782 408668 450 ‐75 246 5	No significant Intercept
RRLGLRC523 6950757 408676 450 ‐90 0 98 RRLGLRC523 RRLGLRC523 RRLGLRC523 RRLGLRC523 RRLGLRC523 RRLGLRC523 RRLGLRC523	14 15 1 2.58 19 24 5 3.15 36 37 1 12.1 54 55 1 1.44 60 61 1 2.02 71 72 1 2.1 79 80 1 1.34 84 88 4 3.68
RRLGLRC524 6950743 408693 450 ‐64 63 130 RRLGLRC524 RRLGLRC524 RRLGLRC524 RRLGLRC524	10 11 1 2.77 43 49 6 3.25 52 53 1 1.38 97 99 2 5.77 118 120 2 4.86
RRLGLRC525 6950744 408694 450 ‐52 66 118 RRLGLRC525 RRLGLRC525	91 93 2 3.31 102 103 1 3.3 113 114 1 12.8
RRLGLRC526 6950730 408661 450 ‐80 246 82	8 9 1 5.34

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Gloster Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLGLRC526 RRLGLRC526 RRLGLRC526 RRLGLRC526	17 22 5 2.5 27 29 2 1.68 68 70 2 8.43 75 76 1 2.2
RRLGLRC527 6950736 408738 450 ‐85 66 130 RRLGLRC527 RRLGLRC527 RRLGLRC527 RRLGLRC527 RRLGLRC527 RRLGLRC527 RRLGLRC527	17 19 2 3.75 34 35 1 1.11 38 42 4 4.45 77 79 2 6.81 85 86 1 2.23 104 106 2 6.42 114 115 1 1.54 117 118 1 1.14
RRLGLRC528 6950736 408739 450 ‐64 66 112	67 68 1 1.69
RRLGLRC529 6950736 408738 450 ‐82 246 112 RRLGLRC529 RRLGLRC529 RRLGLRC529 RRLGLRC529 RRLGLRC529 RRLGLRC529 RRLGLRC529 RRLGLRC529	18 19 1 1.98 35 36 1 2.49 47 51 4 1.2 54 55 1 1.07 69 70 1 1.16 76 77 1 4.43 87 89 2 1.98 94 95 1 1.56 100 101 1 2.55
RRLGLRC530 6950715 408758 450 ‐82 66 118 RRLGLRC530 RRLGLRC530 RRLGLRC530 RRLGLRC530 RRLGLRC530 RRLGLRC530 RRLGLRC530 RRLGLRC530	16 17 1 1.3 24 25 1 1.07 37 40 3 1.47 50 51 1 1.28 58 59 1 2.5 67 68 1 1.78 87 88 1 2.54 102 103 1 1.42 113 115 2 8.14
RRLGLRC531 6950715 408759 450 ‐70 66 100	AwaitingResults
RRLGLRC532 6950736 408739 450 ‐52 2 100	AwaitingResults
RRLGLRC533 6950716 408757 450 ‐86 246 124	AwaitingResults
RRLGLRC534 6950707 408798 450 ‐86 66 166	AwaitingResults
RRLGLRC535 6950707 408798 450 ‐78 66 130	AwaitingResults
RRLGLRC536 6950707 408798 450 ‐84 246 160	AwaitingResults
RRLGLRC537 6950671 408831 450 ‐74 66 154	AwaitingResults
RRLGLRC538 6950758 408675 450 ‐56 66 106	AwaitingResults
RRLGLRC539 6950758 408675 450 ‐63 323 82	AwaitingResults
RRLGLRC540 6950691 408819 450 ‐90 0 172	AwaitingResults
RRLGLRC541 6950667 408832 450 ‐85 66 156	AwaitingResults
RRLGLRC542 6950624 408842 450 ‐87 66 150	AwaitingResults
RRLGLRC543 6950624 408843 450 ‐76 66 168	AwaitingResults
RRLGLRC544 6950691 408819 450 ‐82 66 172	AwaitingResults
RRLGLRC545 6950624 408843 450 ‐65 66 180	AwaitingResults
RRLGLRC546 6950692 408821 450 ‐74 66 184	AwaitingResults
RRLGLRC547 6950624 408844 450 ‐56 66 192	AwaitingResults
RRLGLRC548 6950693 408821 450 ‐66 66 196	AwaitingResults
RRLGLRC549 6950669 408832 450 ‐57 66 196	AwaitingResults
RRLGLRC550 6950669 408832 450 ‐65 66 196	AwaitingResults
RRLGLRC551 6950668 408829 450 ‐85 246 161	AwaitingResults
RRLGLRC552 6950642 408835 450 ‐90 0 132	AwaitingResults
RRLGLRC553 6950641 408834 450 ‐75 63 162	AwaitingResults
RRLGLRC554 6950643 408836 450 ‐65 63 174	AwaitingResults
RRLGLRC555 6950642 408836 450 ‐57 63 180	AwaitingResults
Lancefield Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLLNRC001 6846430 442370 468 ‐60 270 114 RRLLNRC001 RRLLNRC001	58 59 1 1.01 67 68 1 2.03 84 85 1 1.01
RRLLNRC002 6846430 442410 468 ‐60 270 132 RRLLNRC002 RRLLNRC002	47 48 1 4.83 71 72 1 2.91 78 80 2 3.45

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Lancefield Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLLNRC002	104 105 1 1.06
RRLLNRC003 6846430 442480 468 ‐60 270 162 RRLLNRC003 RRLLNRC003	86 94 8 2.73 109 110 1 4.2 117 118 1 2.1
RRLLNRC004 6846430 442520 468 ‐60 270 192 RRLLNRC004	113 114 1 1.09 137 138 1 3.13
RRLLNRC005 6846430 442574 468 ‐60 270 210	138 141 3 2.69
RRLLNRC006 6846470 442410 468 ‐60 270 126	65 66 1 2.82
RRLLNRC007 6846470 442495 468 ‐60 270 168 RRLLNRC007 RRLLNRC007	91 92 1 11.2 98 100 2 12.1 124 126 2 1.53
RRLLNRC008 6846510 442375 468 ‐60 270 114	No significant Intercept
RRLLNRC009 6846470 442540 468 ‐60 270 210 RRLLNRC009 RRLLNRC009	110 111 1 2.04 146 147 1 1.92 174 175 1 2.94
RRLLNRC010 6846510 442426 468 ‐60 270 138 RRLLNRC010	93 94 1 2.14 106 107 1 1.5
RRLLNRC011 6846510 442490 468 ‐60 270 156	89 90 1 1.48
RRLLNRC012 6846550 442360 468 ‐60 270 102	74 75 1 1.04
RRLLNRC013 6846550 442400 468 ‐60 270 132	99 100 1 20.2
RRLLNRC014 6846550 442440 468 ‐60 268 150	No significant Intercept
RRLLNRC015 6846590 442360 468 ‐60 268 100	59 60 1 1.67
RRLLNRC016 6846390 442612 468 ‐60 270 240	222 223 1 1.48
RRLLNRC017 6846390 442575 468 ‐60 270 220	177 178 1 1.56
RRLLNRC018 6846670 442631 468 ‐60 270 220	151 152 1 1.23
RRLLNRC019 6846670 442551 468 ‐60 270 180	No significant Intercept
RRLLNRC020 6846670 442591 468 ‐60 270 210 RRLLNRC020 RRLLNRC020	138 139 1 3.55 153 154 1 1 164 165 1 2.57
RRLLNRC021 6846350 442269 468 ‐60 270 72	No significant Intercept
RRLLNRC022 6846350 442512 468 ‐60 270 204 RRLLNRC022	108 109 1 2.04 144 145 1 5.23
RRLLNRC023 6846350 442582 468 ‐60 270 234 RRLLNRC023 RRLLNRC023	153 154 1 2.18 174 175 1 1.56 187 188 1 1.64
RRLLNRC024 6846350 442622 468 ‐60 270 258 RRLLNRC024	191 192 1 1.43 239 240 1 1.01
RRLLNRC025 6846310 442290 468 ‐60 270 90	No significant Intercept
RRLLNRC026 6846310 442400 468 ‐60 270 138 RRLLNRC026 RRLLNRC026 RRLLNRC026 RRLLNRC026 RRLLNRC026	54 56 2 1.35 67 69 2 2 79 80 1 3.17 96 99 3 1.77 122 123 1 2.04 132 133 1 1.7
RRLLNRC027 6846310 442440 468 ‐60 270 162 RRLLNRC027 RRLLNRC027	79 80 1 1.35 112 113 1 1.74 145 146 1 7.5
RRLLNRC028 6846310 442480 468 ‐60 270 186 RRLLNRC028	98 100 2 1.58 132 133 1 4.74
RRLLNRC029 6846310 442560 468 ‐60 270 228 RRLLNRC029	129 130 1 1.25 169 170 1 1.12
RRLLNRC030 6846310 442600 468 ‐60 270 260 RRLLNRC030 RRLLNRC030 RRLLNRC030	165 166 1 1.49 170 171 1 1.1 188 190 2 1.25 227 229 2 1.46
RRLLNRC031 6846270 442331 468 ‐60 270 100 RRLLNRC031 RRLLNRC031	45 47 2 2.33 64 65 1 1.15 66 67 1 1.09
RRLLNRC032 6846270 442371 468 ‐60 270 120 RRLLNRC032	71 72 1 1.13 87 90 3 1.43
RRLLNRC033 6846270 442460 468 ‐60 270 171 RRLLNRC033 RRLLNRC033 RRLLNRC033	93 96 3 1.52 111 112 1 1.98 119 123 4 1.47 129 130 1 6.01
RRLLNRC034 6846270 442520 468 ‐60 270 201	157 158 1 3.54

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Lancefield Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLLNRC035 6846230 442340 468 ‐60 270 102	No significant Intercept
RRLLNRC036 6846230 442380 468 ‐60 270 120	No significant Intercept
RRLLNRC037 6846230 442420 468 ‐60 270 145	No significant Intercept
RRLLNRC038 6846190 442310 468 ‐60 270 114	84 88 4 1.19
RRLLNRC039 6846190 442350 468 ‐60 270 120	118 119 1 1.14
RRLLNRC040 6846190 442390 468 ‐60 270 150 RRLLNRC040 RRLLNRC040	71 72 1 2.05 96 97 1 3.89 117 121 4 1.12
RRLLNRC041 6846150 442270 468 ‐60 270 102	No significant Intercept
RRLLNRC042 6846150 442310 468 ‐60 270 114	69 71 2 3.78
RRLLNRC043 6846150 442350 468 ‐60 270 132	101 102 1 2
RRLLNRC044 6846150 442430 468 ‐60 270 186	130 133 3 2.92
Matts Bore Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLMBAC244 6946142 403844 540 ‐60 269 89	No significant Intercept
RRLMBAC245 6946141 403945 540 ‐60 269 84	No significant Intercept
RRLMBAC246 6946144 404158 540 ‐60 270 88	No significant Intercept
RRLMBAC247 6946148 404263 540 ‐60 271 107	No significant Intercept
RRLMBAC248 6946147 404361 540 ‐60 272 88	No significant Intercept
RRLMBAC249 6946146 404540 540 ‐60 269 84	No significant Intercept
RRLMBAC250 6946147 404640 540 ‐60 270 83	No significant Intercept
RRLMBAC251 6946151 404741 540 ‐60 270 83	No significant Intercept
RRLMBAC252 6945363 403858 540 ‐60 271 112	No significant Intercept
RRLMBAC253 6945360 404144 540 ‐60 272 113	No significant Intercept
RRLMBAC254 6945365 404245 540 ‐60 268 125	No significant Intercept
RRLMBAC255 6945370 404352 540 ‐60 270 120	No significant Intercept
RRLMBAC256 6945362 404547 540 ‐60 275 102	No significant Intercept
RRLMBAC257 6945365 404648 540 ‐60 276 89	No significant Intercept
RRLMBAC258 6945361 404745 540 ‐60 269 85	No significant Intercept
RRLMBAC259 6944564 403842 540 ‐60 270 53	No significant Intercept
RRLMBAC260 6944564 404260 540 ‐60 272 77	No significant Intercept
RRLMBAC261 6944558 404620 540 ‐60 270 86	No significant Intercept
RRLMBAC262 6944561 405009 540 ‐60 276 90	No significant Intercept
RRLMBAC263 6946963 401467 540 ‐60 270 81	No significant Intercept
RRLMBAC264 6946966 401807 540 ‐60 270 71	No significant Intercept
RRLMBAC265 6946963 402218 540 ‐60 270 71	No significant Intercept
RRLMBAC266 6946964 402640 540 ‐60 270 62	No significant Intercept
RRLMBAC267 6946967 403449 540 ‐60 269 77	No significant Intercept
RRLMBAC268 6946979 403834 540 ‐60 270 84	No significant Intercept
RRLMBAC269 6946980 404038 540 ‐60 270 99	No significant Intercept
RRLMBAC270 6946983 404235 540 ‐60 270 69	No significant Intercept
RRLMBAC271 6947762 399747 540 ‐60 271 52	No significant Intercept
RRLMBAC272 6947764 399844 540 ‐60 269 56	No significant Intercept
RRLMBAC273 6947761 399956 540 ‐60 270 64	No significant Intercept
RRLMBAC274 6947772 400146 540 ‐60 270 40	No significant Intercept
RRLMBAC275 6947762 400251 540 ‐60 270 51	No significant Intercept
RRLMBAC276 6947765 400347 540 ‐60 270 63	No significant Intercept
RRLMBAC277 6947754 400663 540 ‐60 270 51	No significant Intercept
RRLMBAC278 6947761 401048 540 ‐60 270 65	No significant Intercept
RRLMBAC279 6947763 401857 540 ‐60 270 137	No significant Intercept
RRLMBAC280 6947774 402233 540 ‐60 270 92	No significant Intercept
RRLMBAC281 6946159 401816 540 ‐60 270 71	No significant Intercept
RRLMBAC282 6946147 402205 540 ‐60 273 76	No significant Intercept
RRLMBAC283 6946146 402642 540 ‐60 270 91	No significant Intercept
RRLMBAC284 6946139 403018 540 ‐60 270 94	No significant Intercept
RRLMBAC285 6945363 403012 540 ‐60 271 76	No significant Intercept
RRLMBAC286 6945371 403118 540 ‐60 271 86	No significant Intercept
RRLMBAC287 6945365 403451 540 ‐60 271 87	No significant Intercept
RRLMBAC288 6945357 399849 540 ‐60 257 54	No significant Intercept
RRLMBAC289 6945357 399849 540 ‐60 256 71	No significant Intercept

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Matts Bore Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLMBAC290 6944565 400935 540 ‐60 274 80	No significant Intercept
RRLMBAC291 6944568 401031 540 ‐60 271 83	No significant Intercept
RRLMBAC292 6944560 401140 540 ‐60 262 81	No significant Intercept
RRLMBAC293 6944565 401341 540 ‐60 258 68	No significant Intercept
RRLMBAC294 6943756 401355 540 ‐60 254 86	No significant Intercept
RRLMBAC295 6943763 401443 540 ‐60 273 88	No significant Intercept
RRLMBAC296 6943765 401551 540 ‐60 273 93	No significant Intercept
RRLMBAC297 6943783 401750 540 ‐60 256 90	No significant Intercept
RRLMBAC298 6943763 401838 540 ‐60 270 87	No significant Intercept
RRLMBAC299 6943158 401068 540 ‐60 265 57	No significant Intercept
RRLMBAC300 6943159 401421 540 ‐60 270 95	No significant Intercept
RRLMBAC301 6943161 401712 540 ‐60 270 74	No significant Intercept
RRLMBAC302 6943160 401791 540 ‐60 270 80	No significant Intercept
RRLMBAC303 6943160 401880 540 ‐60 271 65	No significant Intercept
RRLMBAC304 6941360 404674 540 ‐60 271 103	No significant Intercept
RRLMBAC305 6941360 404744 540 ‐60 269 122	No significant Intercept
RRLMBAC306 6941359 404965 540 ‐60 269 135	No significant Intercept
RRLMBAC307 6941363 405046 540 ‐60 270 129	No significant Intercept
RRLMBAC308 6940568 403035 540 ‐60 271 98	No significant Intercept
RRLMBAC309 6940565 403136 540 ‐60 270 124	No significant Intercept
RRLMBAC310 6940557 403334 540 ‐60 274 89	No significant Intercept
RRLMBAC311 6940556 403425 540 ‐60 270 83	No significant Intercept
RRLMBAC312 6940641 405133 540 ‐60 269 100	No significant Intercept
RRLMBAC313 6940645 405317 540 ‐60 270 137	No significant Intercept
RRLMBAC314 6940636 405416 540 ‐60 270 137	No significant Intercept
RRLMBAC315 6940646 405519 540 ‐60 270 137	No significant Intercept
RRLMBAC316 6940635 405860 540 ‐60 271 65	No significant Intercept
RRLMBAC317 6940658 404972 540 ‐60 270 85	No significant Intercept
RRLMBAC318 6941358 403054 540 ‐60 270 115	No significant Intercept
RRLMBAC319 6946159 407043 540 ‐60 270 95	No significant Intercept
RRLMBAC320 6946154 407140 540 ‐60 271 75	No significant Intercept
RRLMBAC321 6946159 407343 540 ‐60 271 48	No significant Intercept
RRLMBAC322 6946152 407438 540 ‐60 270 50	No significant Intercept
RRLMBAC323 6946158 407539 540 ‐60 270 46	No significant Intercept
RRLMBAC324 6946165 407733 540 ‐60 270 35	No significant Intercept
RRLMBAC325 6946160 407845 540 ‐60 268 80	No significant Intercept
RRLMBAC326 6946161 407938 540 ‐60 270 119	No significant Intercept
Mt Maiden Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLMDPAC242 6944740 419443 540 ‐60 273 71	AwaitingResults
RRLMDPAC243 6944742 419863 540 ‐60 272 130	AwaitingResults
RRLMDPAC244 6944740 420648 540 ‐60 270 101	AwaitingResults
RRLMDPAC245 6944740 421078 540 ‐60 270 127	AwaitingResults
RRLMDPAC246 6944737 421461 540 ‐60 265 96	AwaitingResults
RRLMDPAC247 6944740 421660 540 ‐60 274 92	AwaitingResults
RRLMDPAC248 6944740 421760 540 ‐60 270 84	AwaitingResults
RRLMDPAC249 6944740 421860 540 ‐60 270 94	AwaitingResults
RRLMDPAC250 6944740 422271 540 ‐60 268 102	AwaitingResults
RRLMDPAC251 6944740 422560 540 ‐60 268 98	AwaitingResults
RRLMDPAC252 6945140 420260 540 ‐60 0 96	AwaitingResults
RRLMDPAC253 6944940 420260 540 ‐60 5 83	AwaitingResults
RRLMDPAC254 6944746 420253 540 ‐60 2 92	AwaitingResults
RRLMDPAC255 6944540 420261 540 ‐60 2 110	AwaitingResults
Mitchell Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLMIAC003 6934320 429524 500 ‐60 89 49	No significant Intercept
RRLMIAC004 6934720 429240 540 ‐60 91 93	No significant Intercept
RRLMIAC005 6934720 429160 540 ‐60 93 84	No significant Intercept
RRLMIAC006 6934720 429080 540 ‐60 95 53	No significant Intercept

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Mitchell Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLMIAC007 6934720 429006 540 ‐60 90 89	No significant Intercept
RRLMIAC008 6933120 429236 540 ‐60 91 74	No significant Intercept
RRLMIAC009 6933120 429154 540 ‐60 89 65	No significant Intercept
RRLMIAC010 6933114 429080 540 ‐60 93 89	No significant Intercept
RRLMIAC011 6933120 429000 540 ‐60 89 85	No significant Intercept
RRLMIAC012 6933120 428921 540 ‐60 90 98	No significant Intercept
RRLMIAC013 6933120 428840 540 ‐60 93 60	No significant Intercept
RRLMIAC014 6933120 428760 540 ‐60 90 77	No significant Intercept
Moolart North Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLMNRC006 6957555 433040 515 ‐60 270 196	AwaitingResults
RRLMNRC007 6957560 433139 515 ‐60 270 182	AwaitingResults
RRLMNRC008 6955957 433407 515 ‐60 270 202	AwaitingResults
RRLMNRC009 6955960 433531 515 ‐60 270 202	AwaitingResults
RRLMNRC010 6954124 433993 515 ‐60 270 202	AwaitingResults
RRLMNRC011 6954145 434285 515 ‐60 270 202	AwaitingResults
RRLMNRC012 6951168 434597 540 ‐60 269 196	AwaitingResults
O'Connor Reward Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLOCRC021 6966910 395245 540 ‐60 270 82	No significant Intercept
RRLOCRC022 6966910 395446 540 ‐60 271 82	No significant Intercept
RRLOCRC023 6966912 395650 540 ‐60 271 82	No significant Intercept
RRLOCRC024 6966912 395850 540 ‐60 272 88	No significant Intercept
RRLOCRC025 6966915 396011 540 ‐60 271 82	No significant Intercept
Risden Well Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLRDNAC379 6936655 408538 500 ‐60 274 131	AwaitingResults
RRLRDNAC380 6936660 408678 500 ‐60 268 122	AwaitingResults
RRLRDNAC381 6936620 408852 500 ‐60 270 130	AwaitingResults
RRLRDNAC382 6936659 409004 500 ‐60 268 137	AwaitingResults
RRLRDNAC383 6936655 409176 500 ‐60 269 107	AwaitingResults
RRLRDNAC384 6936656 409328 500 ‐60 269 106	AwaitingResults
RRLRDNAC385 6936659 409497 500 ‐60 269 60	AwaitingResults
RRLRDNAC386 6935824 406519 500 ‐60 272 91	AwaitingResults
RRLRDNAC387 6935805 406637 500 ‐60 268 109	AwaitingResults
RRLRDNAC388 6935817 406722 500 ‐60 270 140	AwaitingResults
RRLRDNAC389 6935840 406936 500 ‐60 270 118	AwaitingResults
RRLRDNAC390 6935887 407013 500 ‐60 270 125	AwaitingResults
RRLRDNAC391 6935874 407131 500 ‐60 270 122	AwaitingResults
RRLRDNAC392 6935827 409496 500 ‐60 270 143	AwaitingResults
RRLRDNAC393 6935841 410629 500 ‐60 267 132	AwaitingResults
RRLRDNAC394 6935848 410741 500 ‐60 265 141	AwaitingResults
RRLRDNAC395 6935817 410953 500 ‐60 271 44	AwaitingResults
RRLRDNAC396 6935810 411039 500 ‐60 272 41	AwaitingResults
RRLRDNAC397 6935041 410308 500 ‐60 272 125	AwaitingResults
RRLRDNAC398 6935003 410509 500 ‐60 274 116	AwaitingResults
RRLRDNAC399 6934210 410772 500 ‐60 270 119	AwaitingResults
RRLRDNAC400 6934252 410944 500 ‐60 270 130	AwaitingResults
Russell's Find Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLRFAC054 6906223 437954 540 ‐60 270 25	AwaitingResults
Rosemont Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLRMDD061 6918980 429448 502 ‐54 245 528.7	No significant Intercept
RRLRMDD062 6918551 429487 499 ‐68 233 480.7	No significant Intercept
RRLRMDD063 6918697 429568 500 ‐69 247 869.67 RRLRMDD063	604.17 604.7 0.53 15.45 620.18 621.16 0.98 1.71

Quarterly Report to 31 March 2021

APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Rosemont Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063 RRLRMDD063	631.6 639.1 7.5 2.27 648.71 649.41 0.7 3.53 652.3 653.37 1.07 4.92 659 660 1 1.25 671 672.07 1.07 1.01 690.82 691.34 0.52 1.11 700.08 701.1 1.02 1.59 727.9 728.41 0.51 1.23 740.84 741.46 0.62 1.23 774 775 1 2.82 782.73 783.03 0.3 1.21
RRLRMDD063W1 6918697 429568 500 ‐69 247 647.45 RRLRMDD063W1 RRLRMDD063W1 RRLRMDD063W1 RRLRMDD063W1 RRLRMDD063W1 RRLRMDD063W1 RRLRMDD063W1	538 539 1 1.92 546.7 547.66 0.96 1.06 550.88 551.6 0.72 1.1 556.1 557 0.9 1.39 560 560.5 0.5 2.3 584.2 585.34 1.14 1.36 598.89 600 1.11 2.37 606.46 606.76 0.3 1.06
RRLRMDD064 6918555 429492 499 ‐77 231 941.54 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064 RRLRMDD064	507.81 510 2.19 5.01 514 518.63 4.63 1.57 523 525 2 1.33 527.52 538.5 10.98 3.08 542.72 543.26 0.54 1.38 548.88 554.32 5.44 1.35 572 574.87 2.87 1.34 601.91 603.74 1.83 41.97 611.18 612.2 1.02 1.9 625.51 626.61 1.1 2.32 637.94 639 1.06 1.14 652.38 653.11 0.73 1.14 659.89 660.5 0.61 1.06 666.25 666.58 0.33 2.6 677 678 1 1.1 683.52 690.46 6.94 1.76 698.04 699.58 1.54 2.79 701.84 702.22 0.38 1.16 708.46 709 0.54 1.58 729 730 1 1.57 739 740 1 1.38 775.37 776 0.63 1.15 791.75 795.9 4.15 2.29 805 805.3 0.3 1.18 817.6 818 0.4 1.33 841.91 843.05 1.14 1.75 856.6 858 1.4 3.1 862 863 1 1.15 877.2 878.3 1.1 1.04 895 896 1 3.28 912.65 913 0.35 1.12 917.3 922 4.7 1.73
RRLRMDD065 6918983 429457 502 ‐67 247 792.9 RRLRMDD065 RRLRMDD065 RRLRMDD065 RRLRMDD065 RRLRMDD065	600.41 601.77 1.36 10.92 617 618 1 1.77 621.53 629.13 7.6 1.62 634 635.5 1.5 1.29 638 639 1 1.72 648 649 1 1.26
RRLRMDD065W1 6918983 429457 502 ‐67 247 612.9 RRLRMDD065W1 RRLRMDD065W1 RRLRMDD065W1 RRLRMDD065W1	533.5 535.5 2 1.27 536.5 536.82 0.32 2.01 538.87 539.37 0.5 1.95 547.5 551 3.5 1.03 554.5 555 0.5 1.1
RRLRMDD066 6918556 429487 499 ‐66 261 505.8	AwaitingResults
RRLRMDD067 6918557 429491 499 ‐72 261 692.8	AwaitingResults
RRLRMDD068 6918978 429444 502 ‐54 234 555.7	AwaitingResults
RRLRMDD069 6918928 429505 502 ‐62 244 723.7	AwaitingResults
RRLRMDD069W1 6918928 429505 502 ‐62 244 633.7	AwaitingResults
RRLRMDD069W2 6918928 429505 502 ‐62 244 603.7	AwaitingResults

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Rosemont Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLRMDD070 6918927 429503 502 ‐55 248 552.8	AwaitingResults
Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLRWAC001 6919359 426184 500 ‐60 270 37	No significant Intercept
RRLRWAC002 6919365 426270 500 ‐60 270 50	No significant Intercept
RRLRWAC003 6919362 426349 500 ‐60 270 44	No significant Intercept
RRLRWAC004 6919361 426427 500 ‐60 270 74	No significant Intercept
RRLRWAC005 6919361 426427 500 ‐60 270 59	No significant Intercept
RRLRWAC006 6919800 426664 500 ‐60 270 116	No significant Intercept
RRLRWAC007 6919797 426738 500 ‐60 270 62	No significant Intercept
RRLRWAC008 6919804 426816 500 ‐60 269 50	No significant Intercept
RRLRWAC009 6919800 426894 500 ‐60 270 51	No significant Intercept
RRLRWAC010 6919801 426978 500 ‐60 270 57	No significant Intercept
Swincer Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLSIAC001 6868456 447073 510 ‐60 270 63	No significant Intercept
RRLSIAC002 6868459 447467 510 ‐60 270 47	No significant Intercept
RRLSIAC003 6868848 444678 510 ‐60 270 81	No significant Intercept
RRLSIAC004 6868853 445055 510 ‐60 270 67	No significant Intercept
RRLSIAC005 6868873 445474 510 ‐60 270 50	No significant Intercept
RRLSIAC006 6868873 445878 510 ‐60 266 47	No significant Intercept
RRLSIAC007 6868871 446308 510 ‐60 265 14	No significant Intercept
RRLSIAC008 6868872 446788 510 ‐60 267 56	No significant Intercept
RRLSIAC009 6869694 443052 482 ‐60 278 43	No significant Intercept
RRLSIAC010 6869766 443483 480 ‐60 261 52	No significant Intercept
RRLSIAC011 6870088 443879 510 ‐60 236 35	No significant Intercept
RRLSIAC012 6870082 444304 510 ‐60 264 16	No significant Intercept
RRLSIAC013 6870085 444705 510 ‐60 268 69	No significant Intercept
RRLSIAC014 6870082 445115 510 ‐60 267 10	No significant Intercept
RRLSIAC015 6870085 445510 510 ‐60 270 10	No significant Intercept
RRLSIAC016 6870092 445847 496 ‐60 268 11	No significant Intercept
RRLSIAC017 6870093 446279 475 ‐60 268 28	No significant Intercept
RRLSIAC018 6870096 446680 475 ‐60 267 21	No significant Intercept
RRLSIAC019 6870086 447044 507 ‐60 255 59	No significant Intercept
RRLSIAC020 6870099 447474 475 ‐60 268 58	No significant Intercept
RRLSIAC021 6871818 443019 510 ‐60 271 25	No significant Intercept
RRLSIAC022 6871822 443420 510 ‐60 262 13	No significant Intercept
RRLSIAC023 6871836 443810 510 ‐60 270 7	No significant Intercept
RRLSIAC024 6871841 444157 510 ‐60 264 19	No significant Intercept
RRLSIAC025 6871860 444617 510 ‐60 266 28	No significant Intercept
RRLSIAC026 6871836 445033 510 ‐60 270 22	No significant Intercept
RRLSIAC027 6871857 445407 510 ‐60 270 10	No significant Intercept
RRLSIAC028 6872420 443017 510 ‐60 270 38	No significant Intercept
RRLSIAC029 6872418 443427 510 ‐60 270 17	No significant Intercept
RRLSIAC030 6872711 443781 510 ‐60 294 52	No significant Intercept
RRLSIAC031 6872626 444160 510 ‐60 278 12	No significant Intercept
RRLSIAC032 6872629 444604 510 ‐60 273 27	No significant Intercept
RRLSIAC033 6872639 445018 510 ‐60 264 16	No significant Intercept
RRLSIAC034 6873376 444630 502 ‐60 270 16	No significant Intercept
RRLSIAC035 6873371 445014 502 ‐60 273 26	No significant Intercept
RRLSIAC036 6873370 445423 502 ‐60 270 16	AwaitingResults
RRLSIAC037 6873376 445825 502 ‐60 270 10	AwaitingResults
RRLSIAC038 6873361 446226 502 ‐60 270 10	AwaitingResults
RRLSIAC039 6873376 446623 502 ‐60 270 14	AwaitingResults
RRLSIAC040 6873373 447025 502 ‐60 270 33	AwaitingResults
RRLSIAC041 6873376 447407 502 ‐60 270 41	AwaitingResults
RRLSIAC042 6873376 443090 502 ‐60 270 10	AwaitingResults
RRLSIAC043 6873387 444145 502 ‐60 270 10	AwaitingResults
RRLSIAC044 6874183 444935 510 ‐60 270 20	AwaitingResults

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Swincer Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLSIAC045 6874989 445482 510 ‐60 249 55	AwaitingResults
RRLSIAC046 6875252 445736 510 ‐60 271 47	AwaitingResults
RRLSIAC047 6874174 446223 540 ‐60 270 50	AwaitingResults
RRLSIAC048 6874174 446617 540 ‐60 270 47	AwaitingResults
RRLSIAC049 6874174 447018 540 ‐60 270 45	AwaitingResults
RRLSIAC050 6874174 447417 540 ‐60 270 38	AwaitingResults
RRLSIAC051 6874175 445411 510 ‐60 274 46	AwaitingResults
RRLSIAC052 6874178 445810 510 ‐60 271 47	AwaitingResults
RRLSIAC053 6874909 446229 510 ‐60 266 34	AwaitingResults
RRLSIAC054 6874929 446615 510 ‐60 270 26	AwaitingResults
RRLSIAC055 6874904 447019 510 ‐60 270 9	AwaitingResults
RRLSIAC056 6874909 447189 510 ‐60 270 10	AwaitingResults
RRLSIAC057 6876514 445812 492 ‐60 270 10	AwaitingResults
RRLSIAC058 6876514 445986 540 ‐60 268 15	AwaitingResults
RRLSIAC059 6875765 445439 510 ‐60 270 10	AwaitingResults
RRLSIAC060 6875895 445782 510 ‐60 269 30	AwaitingResults
RRLSIAC061 6874150 443011 540 ‐60 264 7	AwaitingResults
RRLSIAC062 6874204 443381 540 ‐60 265 10	AwaitingResults
RRLSIAC063 6874264 443811 540 ‐60 261 6	AwaitingResults
RRLSIAC064 6874325 444215 540 ‐60 265 10	AwaitingResults
RRLSIAC065 6874399 444624 540 ‐60 270 10	AwaitingResults
RRLSIAC066 6874930 444945 499 ‐60 254 40	AwaitingResults
RRLSIAC067 6875578 445000 492 ‐60 269 10	AwaitingResults
RRLSIAC068 6875770 442608 510 ‐60 265 8	AwaitingResults
RRLSIAC069 6875749 443022 498 ‐60 261 50	AwaitingResults
RRLSIAC070 6876583 443032 510 ‐60 270 14	AwaitingResults
RRLSIAC071 6876574 443415 510 ‐60 270 7	AwaitingResults
RRLSIAC072 6875685 443417 510 ‐60 270 7	AwaitingResults
RRLSIAC073 6875736 443812 510 ‐60 270 7	AwaitingResults
RRLSIAC074 6876612 443816 511 ‐60 266 7	AwaitingResults
RRLSIAC075 6876393 444228 492 ‐60 272 10	AwaitingResults
RRLSIAC076 6875798 444210 510 ‐60 258 31	AwaitingResults
RRLSIAC077 6875849 444603 510 ‐60 259 10	AwaitingResults
RRLSIAC078 6876497 444823 512 ‐60 261 26	AwaitingResults
RRLSIAC079 6876580 444632 510 ‐60 262 7	AwaitingResults
RRLSIAC080 6877286 444342 540 ‐60 257 7	AwaitingResults
RRLSIAC081 6878209 444287 540 ‐60 275 7	AwaitingResults
RRLSIAC082 6875272 442211 540 ‐60 270 61	AwaitingResults
RRLSIAC083 6875041 442604 540 ‐60 270 19	AwaitingResults
RRLSIAC084 6874858 443008 540 ‐60 270 7	AwaitingResults
RRLSIAC085 6874822 443416 540 ‐60 270 11	AwaitingResults
RRLSIAC086 6874876 443811 540 ‐60 270 7	AwaitingResults
RRLSIAC087 6874931 444214 540 ‐60 270 10	AwaitingResults
RRLSIAC088 6874931 444573 510 ‐60 270 50	AwaitingResults
RRLSIAC089 6875157 441420 540 ‐60 270 25	AwaitingResults
RRLSIAC090 6875209 441806 540 ‐60 270 46	AwaitingResults
RRLSIAC091 6876021 441370 540 ‐60 270 42	AwaitingResults
RRLSIAC092 6876322 441860 540 ‐60 270 58	AwaitingResults
RRLSIAC093 6876379 442241 540 ‐60 270 17	AwaitingResults
RRLSIAC094 6876430 442577 540 ‐60 270 7	AwaitingResults
RRLSIAC095 6876510 441421 540 ‐60 270 61	AwaitingResults
RRLSIAC096 6877464 441403 540 ‐60 270 32	AwaitingResults
RRLSIAC097 6877473 441790 540 ‐60 270 7	AwaitingResults
RRLSIAC098 6877487 442198 540 ‐60 270 20	AwaitingResults
RRLSIAC099 6877230 443023 540 ‐60 270 11	AwaitingResults
RRLSIAC100 6877278 443322 540 ‐60 270 10	AwaitingResults
RRLSIAC101 6877787 442647 540 ‐60 270 7	AwaitingResults
RRLSIAC102 6878724 441326 540 ‐60 270 54	AwaitingResults
RRLSIAC103 6878484 441629 540 ‐60 270 11	AwaitingResults
RRLSIAC104 6878490 441940 540 ‐60 270 58	AwaitingResults
RRLSIAC105 6878508 442421 540 ‐60 270 35	AwaitingResults

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Swincer Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLSIAC106 6878089 443506 540 ‐60 270 35	AwaitingResults
RRLSIAC107 6878181 443700 540 ‐60 270 10	AwaitingResults
RRLSIAC108 6878982 443416 540 ‐60 270 16	AwaitingResults
RRLSIAC109 6878957 443018 540 ‐60 270 17	AwaitingResults
RRLSIAC110 6878990 441881 540 ‐60 270 43	AwaitingResults
RRLSIAC111 6879716 441204 540 ‐60 270 16	AwaitingResults
RRLSIAC112 6879765 441473 540 ‐60 270 76	AwaitingResults
RRLSIAC113 6879742 441821 540 ‐60 270 40	AwaitingResults
RRLSIAC114 6879759 442216 540 ‐60 270 11	AwaitingResults
RRLSIAC115 6879782 442617 540 ‐60 270 25	AwaitingResults
RRLSIAC116 6879839 442881 540 ‐60 270 47	AwaitingResults
RRLSIAC117 6879910 443145 540 ‐60 270 32	AwaitingResults
RRLSIAC118 6880586 439772 540 ‐60 270 38	AwaitingResults
RRLSIAC119 6880642 440220 540 ‐60 270 47	AwaitingResults
RRLSIAC120 6880689 440545 540 ‐60 270 42	AwaitingResults
RRLSIAC121 6880650 440818 540 ‐60 270 47	AwaitingResults
RRLSIAC122 6880725 441140 540 ‐60 270 29	AwaitingResults
RRLSIAC123 6880730 441516 540 ‐60 270 17	AwaitingResults
RRLSIAC124 6880741 441914 540 ‐60 270 26	AwaitingResults
RRLSIAC125 6880756 442215 540 ‐60 270 35	AwaitingResults
RRLSIAC126 6881130 441606 540 ‐60 270 48	AwaitingResults
RRLSIAC127 6881236 441773 540 ‐60 270 37	AwaitingResults
RRLSIAC128 6881240 441945 540 ‐60 270 23	AwaitingResults
RRLSIAC129 6881250 442159 540 ‐60 270 40	AwaitingResults
RRLSIAC130 6881472 439636 540 ‐60 270 74	AwaitingResults
RRLSIAC131 6881570 439970 540 ‐60 270 80	AwaitingResults
RRLSIAC132 6881627 440169 540 ‐60 270 57	AwaitingResults
RRLSIAC133 6881680 440365 540 ‐60 270 19	AwaitingResults
RRLSIAC134 6881753 440622 540 ‐60 270 11	AwaitingResults
RRLSIAC135 6881304 441081 540 ‐60 270 10	AwaitingResults
RRLSIAC136 6882183 441011 540 ‐60 270 18	AwaitingResults
RRLSIAC137 6882079 441237 540 ‐60 270 24	AwaitingResults
RRLSIAC138 6882242 441703 506 ‐60 270 10	AwaitingResults
RRLSIAC139 6882244 441939 506 ‐60 270 13	AwaitingResults
RRLSIAC140 6882253 442175 506 ‐60 270 10	AwaitingResults
RRLSIAC141 6882982 441077 540 ‐60 270 10	AwaitingResults
RRLSIAC142 6882942 441305 506 ‐60 270 10	AwaitingResults
RRLSIAC143 6882959 441510 540 ‐60 270 32	AwaitingResults
RRLSIAC144 6882986 441770 540 ‐60 270 33	AwaitingResults
RRLSIAC145 6881927 441475 506 ‐60 270 15	AwaitingResults
RRLSIAC146 6883338 439053 506 ‐60 270 71	AwaitingResults
RRLSIAC147 6883497 439515 540 ‐60 270 34	AwaitingResults
RRLSIAC148 6883587 439950 506 ‐60 270 10	AwaitingResults
RRLSIAC149 6883719 440342 506 ‐60 270 38	AwaitingResults
RRLSIAC150 6882828 440724 506 ‐60 270 13	AwaitingResults
RRLSIAC151 6883992 438859 540 ‐60 270 47	AwaitingResults
RRLSIAC152 6884050 439183 521 ‐60 270 44	AwaitingResults
RRLSIAC153 6884093 439568 521 ‐60 270 43	AwaitingResults
RRLSIAC154 6883823 440688 540 ‐60 270 30	AwaitingResults
RRLSIAC155 6883742 441022 520 ‐60 270 14	AwaitingResults
RRLSIAC156 6883752 441330 520 ‐60 270 33	AwaitingResults
RRLSIAC157 6883740 441859 520 ‐60 270 18	AwaitingResults
RRLSIAC158 6883402 441484 506 ‐60 270 20	AwaitingResults
RRLSIAC159 6882538 439646 521 ‐60 270 35	AwaitingResults
RRLSIAC160 6882629 439974 521 ‐60 270 10	AwaitingResults
RRLSIAC161 6882747 440406 521 ‐60 270 23	AwaitingResults
RRLSIAC162 6882261 443419 527 ‐60 270 54	AwaitingResults
RRLSIAC163 6882161 443697 540 ‐60 270 66	AwaitingResults
RRLSIAC164 6882186 443946 540 ‐60 270 44	AwaitingResults
RRLSIAC165 6882164 444178 510 ‐60 270 92	AwaitingResults
RRLSIAC166 6879447 444050 540 ‐60 281 18	AwaitingResults

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Swincer Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLSIAC167 6879447 444336 540 ‐60 270 26	AwaitingResults
RRLSIAC168 6880491 444114 540 ‐60 270 41	AwaitingResults
RRLSIAC169 6880575 444341 540 ‐60 270 45	AwaitingResults
RRLSIAC170 6880961 443295 521 ‐60 270 41	AwaitingResults
RRLSIAC171 6881052 443606 521 ‐60 270 47	No significant Intercept
RRLSIAC172 6881132 443906 521 ‐60 270 51	AwaitingResults
RRLSIAC173 6881198 444317 506 ‐60 270 59	AwaitingResults
RRLSIAC174 6881650 444112 523 ‐60 270 49	No significant Intercept
RRLSIAC175 6882105 443170 540 ‐60 270 7	No significant Intercept
RRLSIAC176 6882985 443853 540 ‐60 270 43	AwaitingResults
RRLSIAC177 6882991 444205 540 ‐60 270 75	AwaitingResults
RRLSIAC178 6883067 442682 540 ‐60 270 18	AwaitingResults
Somerset Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLSMAC001 6860580 446276 500 ‐60 268 44	No significant Intercept
RRLSMAC002 6860573 446675 500 ‐60 269 54	No significant Intercept
RRLSMAC003 6860576 447075 500 ‐60 267 31	No significant Intercept
RRLSMAC004 6860574 447480 500 ‐60 269 89	No significant Intercept
RRLSMAC005 6861376 444875 500 ‐60 267 53	No significant Intercept
RRLSMAC006 6861380 445075 500 ‐60 270 68	No significant Intercept
RRLSMAC007 6861376 445275 500 ‐60 270 53	No significant Intercept
RRLSMAC008 6861373 445476 500 ‐60 266 65	No significant Intercept
RRLSMAC009 6861373 445675 500 ‐60 268 62	No significant Intercept
RRLSMAC010 6861372 445875 500 ‐60 268 32	No significant Intercept
RRLSMAC011 6861376 446075 500 ‐60 267 32	No significant Intercept
RRLSMAC012 6861376 446275 500 ‐60 268 50	No significant Intercept
RRLSMAC013 6861648 446474 500 ‐60 270 31	No significant Intercept
RRLSMAC014 6861645 446678 500 ‐60 265 47	No significant Intercept
RRLSMAC015 6861648 446883 500 ‐60 268 72	No significant Intercept
RRLSMAC016 6861645 447071 500 ‐60 269 71	No significant Intercept
RRLSMAC017 6862175 444674 500 ‐60 270 62	No significant Intercept
RRLSMAC018 6862175 445074 500 ‐60 265 55	No significant Intercept
RRLSMAC019 6862179 445477 500 ‐60 265 51	No significant Intercept
RRLSMAC020 6862180 445673 500 ‐60 272 59	No significant Intercept
RRLSMAC021 6862176 445876 500 ‐60 270 59	No significant Intercept
RRLSMAC022 6862175 446073 500 ‐60 270 48	No significant Intercept
RRLSMAC023 6862176 446272 500 ‐60 272 51	No significant Intercept
RRLSMAC024 6862176 446475 500 ‐60 269 47	No significant Intercept
RRLSMAC025 6862176 446677 500 ‐60 274 67	No significant Intercept
RRLSMAC026 6862178 446875 500 ‐60 268 63	No significant Intercept
RRLSMAC027 6862178 447076 500 ‐60 270 77	No significant Intercept
RRLSMAC028 6862175 447473 500 ‐60 272 52	No significant Intercept
RRLSMAC029 6863068 444671 500 ‐60 282 53	No significant Intercept
RRLSMAC030 6862976 445076 500 ‐60 270 89	No significant Intercept
RRLSMAC031 6862976 445475 500 ‐60 274 86	No significant Intercept
RRLSMAC032 6862974 445678 500 ‐60 270 58	No significant Intercept
RRLSMAC033 6862975 445870 500 ‐60 270 80	No significant Intercept
RRLSMAC034 6862975 446071 500 ‐60 270 17	No significant Intercept
RRLSMAC035 6862975 446277 500 ‐60 268 38	No significant Intercept
RRLSMAC036 6862987 446478 500 ‐60 273 90	No significant Intercept
RRLSMAC037 6862977 446669 500 ‐60 270 77	No significant Intercept
RRLSMAC038 6862977 446875 500 ‐60 271 46	No significant Intercept
RRLSMAC039 6862977 447073 500 ‐60 274 65	No significant Intercept
RRLSMAC040 6863853 445883 500 ‐60 270 39	No significant Intercept
RRLSMAC041 6863783 446261 500 ‐60 280 24	No significant Intercept
RRLSMAC042 6863786 446685 500 ‐60 273 29	No significant Intercept
RRLSMAC043 6863781 447078 500 ‐60 258 58	No significant Intercept
RRLSMAC044 6863769 447471 500 ‐60 270 53	No significant Intercept
RRLSMAC045 6864570 444267 500 ‐60 270 54	No significant Intercept
RRLSMAC046 6864578 444676 500 ‐60 273 41	No significant Intercept

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

==> picture [125 x 38] intentionally omitted <==

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Somerset Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLSMAC047 6864585 445077 500 ‐60 280 90	No significant Intercept
RRLSMAC048 6864585 445476 500 ‐60 280 60	No significant Intercept
RRLSMAC049 6864573 445880 500 ‐60 270 55	No significant Intercept
RRLSMAC050 6864573 446274 500 ‐60 280 55	No significant Intercept
RRLSMAC051 6864576 446683 500 ‐60 270 58	No significant Intercept
RRLSMAC052 6865342 444300 500 ‐60 265 32	No significant Intercept
RRLSMAC053 6865350 444673 500 ‐60 272 41	No significant Intercept
RRLSMAC054 6865348 445073 500 ‐60 258 73	No significant Intercept
RRLSMAC055 6865371 445471 500 ‐60 270 47	No significant Intercept
RRLSMAC056 6865372 445867 500 ‐60 270 33	No significant Intercept
RRLSMAC057 6865381 446269 500 ‐60 270 48	No significant Intercept
RRLSMAC058 6865367 446668 500 ‐60 275 41	No significant Intercept
RRLSMAC059 6865363 447080 500 ‐60 270 34	No significant Intercept
RRLSMAC060 6865371 447486 500 ‐60 255 43	No significant Intercept
RRLSMAC061 6866126 444670 500 ‐60 269 61	No significant Intercept
RRLSMAC062 6866123 445085 500 ‐60 270 60	No significant Intercept
RRLSMAC063 6866133 445478 500 ‐60 270 53	No significant Intercept
RRLSMAC064 6866128 445881 500 ‐60 275 35	No significant Intercept
RRLSMAC065 6866130 446289 500 ‐60 263 38	No significant Intercept
RRLSMAC066 6866125 446664 500 ‐60 270 27	No significant Intercept
RRLSMAC067 6866875 444671 500 ‐60 308 71	No significant Intercept
RRLSMAC068 6866846 445078 500 ‐60 259 79	No significant Intercept
RRLSMAC069 6866851 445468 500 ‐60 259 28	No significant Intercept
RRLSMAC070 6866828 445871 500 ‐60 268 56	No significant Intercept
RRLSMAC071 6866852 446271 500 ‐60 269 28	No significant Intercept
RRLSMAC072 6866853 446677 500 ‐60 265 56	No significant Intercept
RRLSMAC073 6866867 447075 500 ‐60 268 49	No significant Intercept
RRLSMAC074 6866838 447482 500 ‐60 270 65	No significant Intercept
RRLSMAC075 6867657 444681 500 ‐60 272 59	No significant Intercept
RRLSMAC076 6867638 445076 500 ‐60 270 49	No significant Intercept
RRLSMAC077 6867643 445483 500 ‐60 270 40	No significant Intercept
RRLSMAC078 6867664 445878 500 ‐60 270 46	No significant Intercept
RRLSMAC079 6867641 446281 500 ‐60 270 12	No significant Intercept
RRLSMAC080 6867657 446679 500 ‐60 270 38	No significant Intercept
Thompson Bore Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLTBAC006 6939615 403033 561 ‐60 225 89	No significant Intercept
RRLTBAC007 6939188 403092 556 ‐60 225 101	No significant Intercept
RRLTBAC008 6939221 403063 556 ‐60 226 50	5 6 1 1.02
RRLTBAC009 6939264 403042 558 ‐60 225 87	No significant Intercept
RRLTBAC010 6939254 403096 557 ‐60 225 82	No significant Intercept
RRLTBAC011 6939363 402924 559 ‐60 225 60	No significant Intercept
RRLTBAC012 6939399 402959 560 ‐60 225 77	No significant Intercept
RRLTBAC013 6939122 403176 558 ‐60 225 95	13 14 1 1.42
RRLTBAC014 6939254 403030 558 ‐60 225 44	No significant Intercept
RRLTBAC015 6939289 402990 558 ‐60 225 50	No significant Intercept
Ten Mile Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLTMRC001 6941503 414241 480 ‐60 270 204	AwaitingResults
RRLTMRC002 6941503 414280 480 ‐60 270 198	AwaitingResults
RRLTMRC003 6941503 414320 480 ‐60 270 210	AwaitingResults
RRLTMRC004 6941503 414361 480 ‐60 270 198	AwaitingResults
RRLTMRC005 6942159 413414 480 ‐60 220 198	AwaitingResults
RRLTMRC006 6941139 414664 480 ‐60 220 204	AwaitingResults
Terminator Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLTRMRC001 6944100 401981 540 ‐60 270 84	No significant Intercept
RRLTRMRC002 6944100 402020 540 ‐60 270 144	No significant Intercept

Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
Terminator Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLTRMRC003 6944100 402060 540 ‐60 270 166	No significant Intercept
RRLTRMRC004 6944220 401954 540 ‐60 270 84	51 52 1 2.88
RRLTRMRC004	58 59 1 1.3
RRLTRMRC005 6944220 401980 540 ‐60 270 120	65 66 1 1.02
RRLTRMRC006 6944220 402005 540 ‐60 270 160 RRLTRMRC006	77 78 1 1.09 85 86 1 2.34
RRLTRMRC007 6944260 401969 540 ‐60 270 120	No significant Intercept
RRLTRMRC008 6944300 401960 540 ‐62 270 150	121 122 1 1
RRLTRMRC009 6944341 401998 540 ‐62 270 156 RRLTRMRC009 RRLTRMRC009 RRLTRMRC009	71 72 1 1.14 96 97 1 1.54 107 108 1 3.13 111 112 1 1.14
RRLTRMRC010 6944460 401904 540 ‐60 270 144 RRLTRMRC010 RRLTRMRC010 RRLTRMRC010	4 7 3 1.13 88 89 1 2.88 104 105 1 2.51 110 122 12 121.63
RRLTRMRC011 6944460 401924 540 ‐60 270 190	118 119 1 1.26
RRLTRMRC012 6944500 401880 540 ‐60 270 170	59 60 1 1.3
RRLTRMRC013 6944500 401901 540 ‐60 270 190	AwaitingResults
RRLTRMRC014 6944525 401860 540 ‐60 270 170	AwaitingResults
RRLTRMRC015 6944600 401803 540 ‐60 270 42	AwaitingResults
RRLTRMRC016 6944600 401801 540 ‐66.5 270 10	AwaitingResults
RRLTRMRC017 6944602 401801 540 ‐66 270 29	AwaitingResults
RRLTRMRC018 6944605 401803 540 ‐66 270 150	AwaitingResults
Tooheys Well Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLTWDD003 6909307 438298 509 ‐50 271 546.56 RRLTWDD003 RRLTWDD003 RRLTWDD003 RRLTWDD003 RRLTWDD003 RRLTWDD003 RRLTWDD003	88.5 89 0.5 1.4 114 114.5 0.5 1.35 270.19 271.09 0.9 2.05 340.47 349.92 9.45 1.25 366 367.16 1.16 1.39 371.58 373.3 1.72 1.98 421.7 424 2.3 2 437 443.06 6.06 1.63
RRLTWDD004 6909237 438297 509 ‐50 270 514.68 RRLTWDD004 RRLTWDD004 RRLTWDD004 RRLTWDD004	251.58 252.2 0.62 1.13 323 324 1 2.21 329 331 2 1.27 424 425 1 1.72 433.46 433.84 0.38 4.18
RRLTWDD005 6909476 438301 510 ‐50 270 551.73 RRLTWDD005 RRLTWDD005 RRLTWDD005	355 356 1 2.08 431.22 433.81 2.59 1.46 437 439 2 1.96 448 455.15 7.15 1.36
RRLTWDD006 6909401 438302 508 ‐50 270 543.12 RRLTWDD006 RRLTWDD006	295.01 296 0.99 1.51 442.91 449 6.09 1.47 453 456 3 1.01
RRLTWDD007 6909401 438307 508 ‐70 267 1234	AwaitingResults
White Nile Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLWHNAC001 6905899 428154 500 ‐60 270 143	No significant Intercept
RRLWHNAC002 6905901 428552 500 ‐60 270 107	No significant Intercept
RRLWHNAC003 6905899 428951 500 ‐60 270 67	No significant Intercept
RRLWHNAC004 6905900 429362 500 ‐60 270 75	No significant Intercept
RRLWHNAC005 6910702 428124 500 ‐60 268 93	No significant Intercept
RRLWHNAC006 6910700 428354 500 ‐60 271 82	No significant Intercept
RRLWHNAC007 6910703 428553 500 ‐60 270 62	No significant Intercept
RRLWHNAC008 6910701 428967 500 ‐60 270 77	No significant Intercept
RRLWHNAC009 6910700 429354 500 ‐60 270 77	No significant Intercept
RRLWHNAC010 6910700 429750 500 ‐60 270 44	No significant Intercept
RRLWHNAC011 6905900 430150 500 ‐60 270 34	No significant Intercept
RRLWHNAC012 6905900 430547 500 ‐60 270 31	No significant Intercept
RRLWHNAC013 6905900 430949 500 ‐60 270 59	No significant Intercept

Quarterly Report to 31 March 2021

APPENDIX 1 – Exploration Results

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Quarterly Report to 31 March 2021 APPENDIX 1 – Exploration Results
White Nile Collar Location	Intersection >1.0ppm Au
Hole ID Y X Z Dip Azimuth Total Depth (m)	From (m) To (m) Interval (m) Au **ppm **
RRLWHNAC014 6905900 431350 500 ‐60 270 13	No significant Intercept
RRLWHNAC015 6906000 431746 500 ‐60 270 13	No significant Intercept
RRLWHNAC016 6905997 432144 500 ‐60 270 36	No significant Intercept
RRLWHNAC017 6913900 428149 500 ‐60 270 61	No significant Intercept
RRLWHNAC018 6913900 428550 500 ‐60 270 140	No significant Intercept
RRLWHNAC019 6913900 428950 500 ‐60 270 72	No significant Intercept
RRLWHNAC020 6904300 429338 500 ‐60 272 140	No significant Intercept