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RESOLUTION MINERALS LTD Capital/Financing Update 2025

Dec 1, 2025

65717_rns_2025-12-01_95d9dca7-cb64-4857-8bf2-3c61f1054673.pdf

Capital/Financing Update

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2 December 2025

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GOLDEN GATE DISCOVERY GROWS WITH MULTIPLE GOLD INTERCEPTS AT HORSE HEAVEN DRILL PROGRAM

CONTINUOUS GOLD MINERALISATION IDENTIFIED FROM SURFACE IN MULTIPLE HOLES CONFIRMING A LARGE INTRUSION-RELATED GOLD SYSTEM OPEN ALONG STRIKE AND AT DEPTH – 5.91 G/T & 3.98 G/T HIGHEST ASSAY RESULTS. TO DATE, SIX REPORTED DIAMOND HOLES FORM PART OF A PLANNED 57-HOLE DRILLING PROGRAM TESTING A 3,000M STRIKE LENGTH.

Highlights

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  • Broad gold intervals returned from latest diamond core holes HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C.

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  • Near-continuous gold mineralisation defined over a strike length of 600m in six diamond drill holes, mineralisation open along strike, to the east, and at depth.

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  • To date, the Company has reported results from six diamond core holes at Golden Gate North, these holes form part the initial phase of the planned 57-hole drilling program designed to test a 3,000m strike length across the Golden Gate Prospect.

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  • Results confirm a large intrusion-related gold system (“IRGS”) at Golden Gate in the Stibnite Mining District.

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  • Final assays extend HH-GG25-001C to 197.5m @ 1.26 g/t from 34.0m , confirming mineralisation is open at depth.

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New long intercepts from the latest diamond drilling include:

  • HH-GG25-004C: 240.8m @ 0.64 g/t gold from surface to end-of-hole (“EOH”) 240.8m (open ended), including:

  • 61.6m @ 0.98 g/t gold from 40.5m; and

  • 35.8m @ 0.83 g/t gold from 119.5m.

  • HH-GG25-005C: 283.5m @ 0.36 g/t gold from surface to EOH 283.5m (open ended), including:

  • 4.7m @ 1.18 g/t gold from 10.1m;

  • 42.5m @ 0.72 g/t gold from 65.7m;

  • 4.2m @ 1.14 g/t gold from 131.1m; and

  • 4.9m @ 0.76 g/t gold from 176.8m.

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2 December 2025

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o HH-GG25-007C: 207.2m @ 0.42 g/t gold from surface , including:

  • 4.45m @ 1.18 g/t gold from 50.7m; and

  • 3.7m @ 2.65 g/t gold from 176.5m.

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  • Previously reported Golden Gate North holes delivered additional long mineralised intervals including gold from surface to 253.0m ending in mineralisation, in HH-GG25-003C, including:

  • HH-GG25-003C: 253.0m @ 1.50 g/t from surface , ending in mineralisation, including 111.9m @ 2.31 g/t gold from 130.5m and 18.3m @ 3.98 g/t gold from 149.4m (with the highest assay result of 5.91 g/t gold over a down hole width of 1.5m).

  • HH-GG25-002C: 265.2m @ 0.60 g/t gold from surface, ending in mineralisation in including 89.9m @ 1.15g/t gold from 121.9m .

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  • Reverse Circulation (“RC”) drilling at Golden Gate North (four holes) completed with assays pending.

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  • Phase 1 diamond drilling program at Gold Gate (ten holes) completed, with assays for HJHGG25-006C and southern Gold Gate holes HH-GG25-008C to HH-GG25-010C pending.

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  • Acquisition of a 25-arcre processing and infrastructure site adjoining Horse Heaven, positions Resolution with a potential future hub for gold, antimony and tungsten processing in the Stibnite Mining District.

RML’s CEO of US Operations, Craig Lindsay, commented on the discovery:

“These latest results materially advance our understanding of Golden Gate. We now have six diamond core holes, all returning broad, continuous gold mineralisation at or near surface and several of them end in mineralisation. Together they define a large intrusion-related gold system of at least 600m of strike that is open along strike, the east and at depth. It should be noted that the initial six holes reported cover only 600m of the total 3.0km strike length of Golden Gate. Further, these first six holes reported comprise only a small portion of the 57 holes that are planned to be drilled at Golden Gate.

Golden Gate sits only 6km from the fully-permitted Stibnite Gold Project and alongside the processing site we are in the process of acquiring. That combination of scale potential, district infrastructure and a clear path to downstream processing, gives us confidence that Horse Heaven can grow into a significant multi-commodity project for Resolution and its shareholders.”

Resolution Minerals Ltd (ASX: RML; OTCQB: RLMLF) (“Resolution” or “Company”) is pleased to report further very positive drill results from its maiden drill program at its 100% owned Horse Heaven Gold-Antimony-Tungsten-Silver Project (“Horse Heaven” or the “Project”), Idaho, USA (Figure 1). The latest assays from the Golden Gate Prospect continue to demonstrate broad, nearsurface gold mineralisation and confirm Golden Gate North as a significant new gold discovery within the Stibnite Mining District.

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2 December 2025

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Assay results have now been received for diamond drill holes HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C which, together with previously announced HH-GG25-001C, HH-GG25002C, and HH-GG25-003C have delineated gold mineralisation over a strike length of 600m at Golden Gate North. Multiple holes report long, continuous intercepts from surface and several ending in mineralisation, with the system remaining open along strike, to the east and at depth.

Final assay results of the lower-most section of HH-GG25-001C, which were not available at the time of the 28 October 2025 announcement, show that previously reported mineralisation in HH-GG25001C now extends for the entire hole, from surface and the end of the hole. The revised down hole interval for HH-GG25-001C is 197.5m @ 1.26 g/t from 34.0m.

As seen in HH-GG25-001C, HH-GG25-002C and HH-GG25-003C, gold mineralisation in the new holes is associated with pyrite and arsenopyrite, supporting an IRGS model at Golden Gate.

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Perpetua Resources Inc
(PPTA.NAS; A$4bn
market cap)
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Figure 1 : Horse Heaven Project location map, highlighting the location of the two current major antimony-gold-silvertungsten targets, the Golden Gate Target (where the Phase 1 Core Drilling Program was conducted) and the Antimony Ridge Target. Also highlighted is the fully-permitted Stibnite Gold Project, which is only 6km east of Horse Heaven. Note: Coordinates are UTM metres north and east metric system, not latitude/longitude.

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2 December 2025

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Significant down hole intersections of gold mineralisation in the new holes reported in this announcement include:

HH-GG25-004C:

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  • 240.8m @ 0.64 g/t gold from surface to EOH 240.8m (open ended), including:

  • 61.6m @ 0.98 g/t gold from 40.5m; and

  • 35.8m @ 0.83 g/t gold from 119.5m.

HH-GG25-005C:

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  • 283.5m @ 0.36 g/t gold from surface to EOH 283.5m (open ended), including:

  • 4.7m @ 1.18 g/t gold from 10.1m;

  • 42.5m @ 0.72 g/t gold from 65.7m;

  • 4.2m @ 1.14 g/t gold from 131.1m; and

  • 4.9m @ 0.76 g/t gold from 176.8m.

HH-GG25-007C:

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207.2m @ 0.42 g/t gold from surface , including:

  • 4.45m @ 1.18 g/t gold from 50.7m; and

  • 3.7m @ 2.65 g/t gold from 176.5m.

Hole ID ASX Announcement Date Drill Type Diameter Drill Hole Location Drill Hole Location Drill Hole Location Drill Hole Location Drill Hole Location Drill Hole Location Dip Az EOH (ft) EOH (m)
Grid Datum Zone Easting Northing Elevation_m
HH-GG25-001C 28/10/2025 & 1/12/2025 Core HQ3 UTM NAD83 11T 619741 4978962 1963 -55 120 760 232
HH-GG25-002C 3/11/2025 Core HQ3 UTM NAD83 11T 619740 4978961 1963 -55 145 870 265
HH-GG25-003C 3/11/2025 Core HQ3 UTM NAD83 11T 619792 4979034 1992 -55 158 830 253
HH-GG25-004C 1/12/2025 Core HQ3 UTM NAD83 11T 619792 4979034 1992 -45 90 790 241
HH-GG25-005C 1/12/2025 Core HQ3 UTM NAD83 11T 619816 4978590 1980 -55 290 930 283
HH-GG25-007C 1/12/2025 Core HQ3 UTM NAD83 11T 619914 4979070 1967 -50 290 1185 361

Table 1 : Drill parameters of the HH-GG25-001C, HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C.

The Company has now reported assay results for six diamond core holes, HH-GG25-001C, HHGG25-002C, HH-GG25-003C, HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C. These holes, together with HH-GG25-006C, were all drilled in a “cluster” at the northern end of the Golden Gate Project. This area is now known to host an Intrusion-Related gold discovery. Although the mineralisation remains open in all directions, it is convenient to refer to this portion of the prospect as the Golden Gate North Prospect.

HH-GG25-004C

HH-GG25-004C was drilled as a fan hole with HH-GG25-003C (Table 1, Figures 2 and 3). The hole was designed to test for gold mineralisation northeastern of HH-GG25-003C, whilst utilising the same drill platform. At EOH HH-GG25-004 was testing ground approximately 100m northeast of HH-GG25-003C.

Results of HH-GG25-004C confirm that the broad gold mineralisation identified in HH-GG25003C, continues in an easterly direction (Appendix B). The hole terminated in mineralisation, demonstrating that gold mineralisation remains open to the east.

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2 December 2025

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Golden Gate
North
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Figure 2: Drill hole location and simplified geology map of the Golden Gate 2025 drill program of the Golden Gate Prospect. Drill holes HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C are located at the northern part of the Golden Gate Prospect, now referred to as the Golden Gate North Prospect. HH-GG25-005C is the southern most of the 2025 program at Golden Gate North, and HH-GG25-007C is the northern most of the 2025 program at Golden Gate North. They are approximately 500m apart. Refer also to Figure 3.

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2 December 2025

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Figure 3: Drill hole location and simplified geology map of the Golden Gate North Prospect. The gold mineralised intervals are projected to surface and highlighted (solid yellow lines) along the drill stems of the reported holes, HHGG25-001C, HH-GG25-002C, HH-GG25-003C, HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C. Solid yellow arrows indicate the direction is which the mineralisation is considered open. There is a close spatial relationship with silicification, local faults and lithologies.

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The style of gold mineralisation in HH-GG25-004C is consistent with that observed in HH-GG25003C. Gold is hosted within altered quartz-sericite to silicified porphyritic monzonite to quartz monzonite and granodiorite. Above the oxide-sulphide boundary, mineralisation is associated with limonite and iron oxides. Below this contact, gold is associated with disseminated pyrite and arsenopyrite as well as quartz-pyrite-arsenopyrite veining (Figure 4). Multiple fault zones, characterised by gouge and breccias, occur within the mineralised interval.

HH-GG25-005C

HH-GG25-005C was drilled 350m south of HH-GG25-001C (Table 1, Figures 2 and 3). The hole was an azimuth parallel to HH-GG25-001C but dips in the opposite direction. The purpose of the hole was to test for gold mineralisation associated with a geophysical resistivity feature at the southern end of the Golden Gate North Prospect (Figures 2 and 3).

The style of gold mineralisation in HH-GG25-005C is consistent with that observed throughout Golden Gate North Prospect. Gold is hosted in altered quartz-sericite to silicified monzonite, quartz-monzonite and granodiorite and is closely associated with pyrite and arsenopyrite (Figure 5, Appendix B).

At depth, HH-GG25-005C intersects strongly calcite altered and brecciated mafic rocks (Figure 5). Notably, these non-intrusive rocks host gold values indicating that mineralisation is not confined to monzonite and granodiorite intrusions. This supports the interpretation that gold is hosted within a shear-zone system affecting both intrusive and sedimentary units.

HH-GG25-007C

HH-GG25-007C was drilled 200m north of HH-GG25-001C (Table 1, Figures 2 and 3) and approximately 100m north of HH-GG25-004C. Like HH-GG25-0005C and HH-GG25-001C, the hole was drilled parallel to the regional structural trend but with opposite dip direction. The purpose was to test for extensions of gold mineralisation toward the northern end of Golden Gate North Prospect.

The style of mineralisation in HH-GG25-005C is consistent with that observed elsewhere across Golden Gate North (Figure 6, Appendix B). Below approximately 135m down-hole, the drillhole intersects a sequence of relatively unaltered andesite dikes and fault breccias marking a contact between the mineralised sequence (quartz-sericite to silicified monzonite, quartz-monzonite and granodiorite) and a late-stage granodiorite-diorite intrusion that is un-mineralised at surface. The presence of this intrusion and/or associated post-mineralisation structural complexity explains the absence of gold mineralisation in the lower portion of HH-GG25-007C (Figure 6).

HH-GG25-001C

Final assays have been received for the lower-most 27.1ft (or 8.3m) of HH-GG25-001C (Figure 7, Appendix B). Gold mineralisation in part of HH-GG25-001C remains open at depth. The revised down-hole interval is 197.5m @ 1.26 g/t from 34.0m .

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2 December 2025

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Preliminary Interpretation of Golden Gate North Drill Results

The pervasive and consistent gold mineralisation intersected in holes HH-GG25-001C, HHGG25-002C, HH-GG25-003C, HH-GG25-004C, HH-GG25-005C, and HH-GG25-007C confirms the discovery of a large IRGS at the Golden Gate North Prospect.

The broad intersections of gold mineralisation of HH-GG25-001C, HH-GG25-002C, HH-GG25003C -GG25-004C, HH-GG25-005C, and HH-GG25-007C are collectively consistent, compatible and confirmatory of the Intrusion Related Gold Systems (“IRGS”) Exploration Model of Horse Heaven (ASX announcement dated 11 June 2025, titled “Agreement to Acquire Major Drill-Ready Antimony-Gold-Tungsten Project in Stibnite Mining District, Idaho, USA” and ASX announcement dated 28 October 2025, titled “Near Surface Discovery of 189.2m @ 1.3 g/t gold from 34m, ending in mineralisation.”

Intrusion Related Gold Systems are a broad church of mineralisation with many variations in mineralising mechanisms, geological and structural setting, alteration and metal/mineral composition. IRGSs can form large, giant, and supergiant deposits with multimillion ounce resources, including as an example only, in the U.S.: Fort Knox, Pogo, and Donlin Creek; and in Australia: The Granites, Telfer, Hemi, and Kidston.

All holes for which assay data is currently available, HH-GG25-001C, HH-GG25-002C, HHGG25-003C -GG25-004C, HH-GG25-005C, and HH-GG25-007C (six of the seven diamond drill core holes) drilled at Golden Gate North Prospect contain significant down hole intervals of gold mineralisation.

The broad mineralised intersections of these holes include:

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  • HH-GG25-001C: 197.5m @ 1.26 g/t gold from 34.0m (open ended);

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  • HH-GG25-002C: 265.2m @ 0.60 g/t gold from surface (open ended);

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  • HH-GG25-003C: 253.0m @ 1.50 g/t gold from surface (open ended);

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  • HH-GG25-004C: 240.8m @ 0.64 g/t gold from surface (open ended);

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  • HH-GG25-005C: 283.5m @ 0.36 g/t gold from surface (open ended); and

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  • HH-GG25-007C: 207.2m @ 0.42 g/t gold from surface.

Broad, continuous gold mineralisation has now been identified in diamond drill holes located approximately 600m apart (HH-GG25-007C to the north, and HH-GG25-005C to the south). Mineralisation is interpreted to be hosted within the Golden Gate shear zone, a regional NNE striking, steeply dipping strike-slip fault zone. Higher grade intervals observed in most drillholes may represent mineralised shoots developed within wider broad zones of lower-grade gold, an established characteristic of shear-zone hosted gold systems.

Gold mineralisation remains open along strike to the north, south and east and is open at depth. Historical data indicate potential for mineralisation to extend a further ~750m to the north along strike, as far as the East Fork, South Fork Salmon River. Cross-sections interpretations support this view, with five of the six reported holes ending in mineralisation, reinforcing the open-ended nature of the system at depth.

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2 December 2025

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Figure 4: Schematic cross section of HH-GG25-004C showing the local geology, highlighting the significant gold intersections, and pre-RML RC drill holes intersections draw into the plane of the cross section. The cross section shows how the pervasive gold mineralisation of HH-GG25-004C traverses a repeating sequence of near-vertical fault breccias, within a structurally-bound monzonites and granodiorites.

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2 December 2025

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Figure 5: Schematic cross section of HH-GG25-005C showing the local geology, highlighting the significant gold intersections, and pre-RML RC drill holes intersections draw into the plane of the cross section. The cross section shows how the pervasive gold mineralisation of HH-GG25-004C traverses a repeating sequence of near-vertical fault breccias, within a structurally-bound monzonites (with the granodiorite as the “host” as described in the legend).

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2 December 2025

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Figure 6: Schematic cross section of HH-GG25-007C showing the local geology, highlighting the significant gold intersections, and pre-RML RC drill holes intersections draw into the plane of the cross section. The cross section shows how the pervasive gold mineralisation of HH-GG25-007C traverses a repeating sequence of near-vertical fault and fault-calcite breccias, within a structurally-bound monzonites and granodiorites. The lower half of HH-GG25-007C enters into a late-stage un-mineralised granodiorite intrusion.

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2 December 2025

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D D '
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Figure 7: Schematic cross section of HH-GG25-001C showing the local geology, highlighting the significant gold intersections, and pre-RML RC drill holes intersections draw into the plane of the cross section. The cross section shows how the pervasive gold mineralisation of HH-GG25-001C is primarily associated with an expansive monzonite and granodiorite intrusion.

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2 December 2025

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Next Assays Update

Resolution has completed its 10-hole Phase-1 diamond core drill program at Golden Gate, with all holes logged and sampled. This announcement reports results from the third batch of core samples, for HH-GG25-004C, HH-GG25-005C, HH-GG25-007C and the bottom of HH-GG25001C).

Assay results for HH-GG25-006C (the final diamond core hole of Golden Gate North) are imminent.

Assay results for HH-GG25-008C to HH-GG25-010C (holes all drilled in the southern part of Golden Gate) will be available sequentially over the next few months.

RML’s Lead Geologist, Austin Zinsser stated:

“The additional drill results from Golden Gate North, especially the step out hole to the south, demonstrate extension of the system well beyond historical drilling, and support the definition of a significant intrusion related gold system with multiple similarities to those at Perpetua’s Stibnite Gold Project.”

Next Steps

Resolution will be releasing results from the final four holes of its ten-hole core drilling program and results from three shallow follow-on reverse circulation drill holes as they become available. The Company will also be submitting samples from its maiden drill program for initial metallurgical testing.

In 2026, Resolution plans to follow up on its successful 2025 program by completing approximately 45 additional holes at Golden Gate, taking the total planned 57 holes for ~45,000 feet (13,700 meters) of drilling. This planned program will cover approximately 2.5km of the known 3.0km strike length of the Golden Gate target.

Authorised for release by the board of Resolution Minerals Ltd.

For further information, please contact Aharon Zaetz Executive Director.

For further information, please contact Aharon Zaetz Executive Director.
Aharon Zaetz Jane Morgan
Executive Director Investor Relations
Resolution Minerals Ltd Jane Morgan Management
M: +61 424 743 098 M: +61 405 555 618
[email protected] [email protected]

Follow us:

Website: www.resolutionminerals.com LinkedIn: @Resolution Minerals

X: @Resolution_LTD

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Competent Person’s Statement

The information in this report that relates to exploration results, is based on and fairly represents information reviewed and compiled by Mr Ross Brown BSc (Hons), M AusIMM, Principal Geologist/director of exploration consulting firm, Riviere Minerals Pty. Ltd, who is a Member of the Australasian Institute of Mining and Metallurgy. Mr Brown has sufficient experience, which is relevant to the exploration activities, style of mineralisation and types of deposits under consideration, and to the activity which has been undertaken, to qualify as a Competent Person as defined in the 2012 Edition of the “Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves”. Riviere Minerals is consulting to Resolution Minerals Ltd and consents to the inclusion in this announcement of the matters based on their information in the form and context in which it appears.

The Company confirms it is not aware of any new information or data that materially affects the information cross referenced in this announcement and “Significant Gold Discoveries Continue at Golden Gate” on 3 November 2025. The Company confirms that the form and context in which the Competent Person’s findings are presented have not been materially modified from the original announcements.

About Rivere Minerals

Riviere Minerals Pty Ltd (“ Riviere ”) is a resource consultancy specialising in project evaluation and portfolio management. Its principal geologist and sole director, Mr Ross Brown, has nearly 40 years of experience in mineral exploration worldwide. Through Riviere, Mr Brown also provides assistance in exploration planning, execution and ASX reporting.

Forward Looking Statements

This announcement may contain forward-looking statements. These statements relate to the Company’s expectations, beliefs, intentions or strategies regarding the future. These statements can be identified by the use of words like “anticipate”, “believe”, “intend”, “estimate”, “expect”, “may”, “plan”, “project”, “will”, “should”, “seek” and similar words or expressions containing same. These forward-looking statements reflect the Company’s views and assumptions with respect to future events as of the date of this release and are subject to a variety of unpredictable risks, uncertainties, and other unknowns. Actual and future results and trends could differ materially from those set forth in such statements due to various factors, many of which are beyond our ability to control or predict. These include, but are not limited to, risks or uncertainties associated with the acquisition and divestment of projects, joint venture and other contractual risks, metal prices, exploration, development and operating risks, competition, production risks, sovereign risks, regulatory risks including environmental regulation and liability and potential title disputes, availability and terms of capital and general economic and business conditions.

Given these uncertainties, no one should place undue reliance on any forward-looking statements attributable to the Company, or any of its affiliates or persons acting on its behalf. Subject to any continuing obligations under applicable law, the Company disclaims any obligation or undertaking to disseminate any updates or revisions to any forward-looking statements in this announcement to reflect any change in expectations in relation to any forward-looking statements or any change in events, conditions or circumstances on which any such statement is based.

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Appendix A: Intrusion Related Gold Systems, A Horse Heaven / Stibnite Deposit Exploration Model-based Comparison.

The broad intersections of gold mineralisation of HH-GG25-001C, HH-GG25-002C, HH-GG25-003C -GG25004C, HH-GG25-005C, and HH-GG25-007C are collectively consistent, compatible and confirmatory of the Intrusion Related Gold Systems (“IRGS”) Exploration Model of Horse Heaven (ASX announcement dated 11 June 2025, titled “Agreement to Acquire Major Drill-Ready Antimony-Gold-Tungsten Project in Stibnite Mining District, Idaho, USA” and ASX announcement dated 28 October 2025, titled “Near Surface Discovery of 189.2m @ 1.3 g/t gold from 34m, ending in mineralisation”.

Intrusion Related Gold Systems are a broad church of mineralisation with many variations in mineralising mechanisms, geological and structural setting, alteration and metal/mineral composition. IRGSs can form large, giant, and supergiant deposits with multimillion ounce resources, including as an example only, in the U.S.: Fort Knox, Pogo, and Donlin Creek; and in Australia: The Granites, Telfer, Hemi, and Kidston.

Of particular relevance to Horse Heaven is the Stibnite Mine deposit, located only 6km east of Horse Heaven. It is another example of an IRGS (intrusive hosted and structurally controlled gold deposit). The gold mineralisation at Stibnite has not been discretely categorised but is noted to share similarities with both reduced intrusion systems and Carlin-type gold deposits. Golden Gate is believed broadly analogous at the Stibnite deposits. Gold mineralisation at both Golden Gate and Stibnite is localised by northerly fault systems; hosted by felsic intrusive rocks of the Idaho batholith, associated with fine-grained sulphides, sericite alteration, biotite replacement and quartz-pyrite-arsenopyrite veining.

The pervasive nature of the gold mineralisation with low levels of disseminated pyrite and arsenopyrite in an altered monzonite and granodiorite in HH-GG25-001C/2C/3C is reminiscent of IRGS’s. Using the Lang (2000)

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HH-GG25-001C/2C/3C/4C/5C/7C
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schematic section of an IRGS. The interpreted projected position of HH-GG25-001C is possibly into a structurally prepared zone associated with the Johnson Creek shear zone, where IRGS disseminated gold mineralisation distal or lateral to the causative intrusion has been localised. By extension of the Lang IRGS – Horse Heaven/Stibnite Mine comparison model (App A- Figure 1), it follows that the Golden Gate Prospect exhibits similarities in terms of: i) host rock, ii) gold mineralisation, iii) associated disseminated sulphides, and iv) localisation along north striking shear zones to the Stibnite Mine Hanger FlatsYellow Pine gold deposits.

Appendix A Figure 1 : Schematic IRGS cross section showing the relative positions of the Stibnite Mining District Hanger Flats and Yellow Pipe deposits (Right half) and the Antimony Ridge and Golden Gate prospects (Left half). This cross section is modified from Lang et al 2000. A possible drill hole projection of HH-GG25-001C/2C/3C is highlighted and a hypothetical current land surface level relative to the IRGS.

Source: Lang, J.R., Baker, T., Hart, C.J.R. and Mortensen, J.K. (2000) An Exploration Model for Intrusion-Related Gold Systems. SEG Newsletter, No. 40, 15 p. https://doi.org/10.5382/SEGnews.2000-40.fea.; and

E. Conrad E. et al 2014 Stibnite Gold Project Prefeasibility Technical Report Midas Gold Corp. Report.

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Appendix B: HH-GG25-004C ASSAY RESULTS – Gold, Silver and Tungsten.

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth
(ft)		 Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-004C Core 191057 0.0 10.0 10.0 0.153 10.8 810
Golden Gate HH-GG25-004C Core 191058 10.0 14.6 4.6 0.243 <0.5 410
Golden Gate HH-GG25-004C Core 191059 14.6 20.0 5.4 0.28 0.5 590
Golden Gate HH-GG25-004C Core 191060 20.0 30.0 10.0 0.611 1.2 790
Golden Gate HH-GG25-004C Core 191061 30.0 35.0 5.0 0.693 <0.5 790
Golden Gate HH-GG25-004C Core 191062 35.0 40.0 5.0 1.65 0.5 680
Golden Gate HH-GG25-004C Core 191063 40.0 45.0 5.0 0.214 0.7 50
Golden Gate HH-GG25-004C Core 191064 45.0 50.0 5.0 0.613 0.6 190
Golden Gate HH-GG25-004C Core 191065 50.0 54.2 4.2 0.179 <0.5 190
Golden Gate HH-GG25-004C Core 191066 54.2 58.1 3.9 0.276 <0.5 170
Golden Gate HH-GG25-004C Core 191067 58.1 62.8 4.7 0.449 0.5 30
Golden Gate HH-GG25-004C Core 191068 62.8 67.5 4.7 0.99 0.7 140
Golden Gate HH-GG25-004C Core 191069 67.5 72.0 4.5 0.792 0.8 20
Golden Gate HH-GG25-004C Core 191071 72.0 76.0 4.0 0.761 0.9 20
Golden Gate HH-GG25-004C Core 191072 76.0 80.0 4.0 0.789 0.8 20
Golden Gate HH-GG25-004C Core 191073 80.0 83.3 3.3 0.927 0.8 10
Golden Gate HH-GG25-004C Core 191074 83.3 88.3 5.0 0.949 0.8 20
Golden Gate HH-GG25-004C Core 191075 88.3 93.3 5.0 0.672 0.6 30
Golden Gate HH-GG25-004C Core 191076 93.3 98.3 5.0 0.353 0.6 10
Golden Gate HH-GG25-004C Core 191077 98.3 102.9 4.6 0.291 <0.5 90
Golden Gate HH-GG25-004C Core 191078 102.9 107.0 4.1 0.221 <0.5 20
Golden Gate HH-GG25-004C Core 191079 107.0 111.2 4.2 0.271 0.5 20
Golden Gate HH-GG25-004C Core 191080 111.2 115.4 4.2 0.585 0.7 10
Golden Gate HH-GG25-004C Core 191081 115.4 120.0 4.6 0.646 0.8 10
Golden Gate HH-GG25-004C Core 191082 120.0 123.8 3.8 0.572 1.2 20
Golden Gate HH-GG25-004C Core 191084 123.8 128.6 4.8 0.488 1.6 10
Golden Gate HH-GG25-004C Core 191085 128.6 133.0 4.4 0.496 0.7 10
Golden Gate HH-GG25-004C Core 191086 133.0 142.3 9.3 1.085 1.2 10
Golden Gate HH-GG25-004C Core 191087 142.3 150.0 7.7 0.978 1.8 10
Golden Gate HH-GG25-004C Core 191088 150.0 154.7 4.7 1 1.1 <10
Golden Gate HH-GG25-004C Core 191089 154.7 159.0 4.3 1.315 2.9 <10
Golden Gate HH-GG25-004C Core 191090 159.0 163.0 4.0 0.964 1.1 <10
Golden Gate HH-GG25-004C Core 191091 163.0 170.0 7.0 0.667 1 10
Golden Gate HH-GG25-004C Core 191092 170.0 175.0 5.0 0.681 1.5 10
Golden Gate HH-GG25-004C Core 191093 175.0 180.0 5.0 1.485 2.6 10
Golden Gate HH-GG25-004C Core 191094 180.0 185.0 5.0 0.984 2.6 10
Golden Gate HH-GG25-004C Core 191096 185.0 190.0 5.0 1.135 2.2 <10
Golden Gate HH-GG25-004C Core 191097 190.0 194.8 4.8 0.799 1.1 10
Golden Gate HH-GG25-004C Core 191098 194.8 200.0 5.2 0.592 1.2 <10
Golden Gate HH-GG25-004C Core 191099 200.0 205.0 5.0 0.678 6.1 10
Golden Gate HH-GG25-004C Core 191100 205.0 210.0 5.0 0.716 3.4 30
Golden Gate HH-GG25-004C Core 191301 210.0 214.5 4.5 0.648 6.7 50
Golden Gate HH-GG25-004C Core 191302 214.5 219.3 4.8 0.754 8 10
Golden Gate HH-GG25-004C Core 191303 219.3 223.8 4.5 0.942 4.7 10
Golden Gate HH-GG25-004C Core 191304 223.8 228.8 5.0 1.435 3.2 10
Golden Gate HH-GG25-004C Core 191305 228.8 233.2 4.4 1.885 8.8 10
Golden Gate HH-GG25-004C Core 191306 233.2 237.2 4.0 2.19 3.9 <10
Golden Gate HH-GG25-004C Core 191307 237.2 242.2 5.0 1.7 1.8 10
Golden Gate HH-GG25-004C Core 191308 242.2 247.0 4.8 0.808 1.4 <10

16

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-004C ASSAY RESULTS – Gold, Silver and Tungsten.

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-004C Core 191309 247.0 252.0 5.0 1.18 3 10
Golden Gate HH-GG25-004C Core 191310 252.0 257.0 5.0 0.89 1.1 20
Golden Gate HH-GG25-004C Core 191311 257.0 261.5 4.5 0.736 0.8 10
Golden Gate HH-GG25-004C Core 191313 261.5 266.0 4.5 1.14 2.5 10
Golden Gate HH-GG25-004C Core 191314 266.0 270.0 4.0 1.235 3.1 10
Golden Gate HH-GG25-004C Core 191315 270.0 275.0 5.0 0.86 3 30
Golden Gate HH-GG25-004C Core 191316 275.0 280.0 5.0 1.08 2.9 40
Golden Gate HH-GG25-004C Core 191317 280.0 285.0 5.0 0.612 2.2 50
Golden Gate HH-GG25-004C Core 191318 285.0 290.0 5.0 0.589 1.3 40
Golden Gate HH-GG25-004C Core 191319 290.0 295.0 5.0 0.807 1.6 30
Golden Gate HH-GG25-004C Core 191320 295.0 300.0 5.0 1.28 1 20
Golden Gate HH-GG25-004C Core 191322 300.0 305.0 5.0 1.19 0.8 20
Golden Gate HH-GG25-004C Core 191323 305.0 310.0 5.0 0.856 1.2 20
Golden Gate HH-GG25-004C Core 191324 310.0 315.0 5.0 0.869 2 50
Golden Gate HH-GG25-004C Core 191325 315.0 319.8 4.8 0.569 1.1 10
Golden Gate HH-GG25-004C Core 191326 319.8 325.0 5.2 0.608 1.1 10
Golden Gate HH-GG25-004C Core 191327 325.0 330.0 5.0 0.991 1 20
Golden Gate HH-GG25-004C Core 191328 330.0 335.0 5.0 0.857 1.9 20
Golden Gate HH-GG25-004C Core 191329 335.0 340.0 5.0 0.496 0.6 20
Golden Gate HH-GG25-004C Core 191330 340.0 345.0 5.0 0.338 1.2 20
Golden Gate HH-GG25-004C Core 191331 345.0 349.4 4.4 0.149 0.9 10
Golden Gate HH-GG25-004C Core 191332 349.4 354.3 4.9 0.262 0.8 10
Golden Gate HH-GG25-004C Core 191333 354.3 358.9 4.6 0.241 0.6 10
Golden Gate HH-GG25-004C Core 191334 358.9 363.9 5.0 0.217 0.5 10
Golden Gate HH-GG25-004C Core 191335 363.9 368.0 4.1 0.441 1 50
Golden Gate HH-GG25-004C Core 191336 368.0 372.0 4.0 0.287 1.9 20
Golden Gate HH-GG25-004C Core 191337 372.0 376.8 4.8 0.486 0.7 10
Golden Gate HH-GG25-004C Core 191338 376.8 382.8 6.0 0.318 0.5 10
Golden Gate HH-GG25-004C Core 191339 382.8 387.2 4.4 0.376 <0.5 10
Golden Gate HH-GG25-004C Core 191340 387.2 391.9 4.7 0.16 <0.5 10
Golden Gate HH-GG25-004C Core 191341 391.9 396.3 4.4 0.793 0.7 10
Golden Gate HH-GG25-004C Core 191343 396.3 401.0 4.7 0.594 0.9 10
Golden Gate HH-GG25-004C Core 191344 401.0 406.6 5.6 0.253 0.6 10
Golden Gate HH-GG25-004C Core 191345 406.6 410.0 3.4 0.225 0.6 10
Golden Gate HH-GG25-004C Core 191346 410.0 415.0 5.0 0.884 1.1 10
Golden Gate HH-GG25-004C Core 191347 415.0 420.0 5.0 0.923 0.8 10
Golden Gate HH-GG25-004C Core 191348 420.0 425.0 5.0 0.528 1.3 10
Golden Gate HH-GG25-004C Core 191349 425.0 430.0 5.0 0.693 0.6 10
Golden Gate HH-GG25-004C Core 191350 430.0 435.0 5.0 1.21 1 10
Golden Gate HH-GG25-004C Core 191351 435.0 440.0 5.0 1.025 2.4 10
Golden Gate HH-GG25-004C Core 191352 440.0 445.0 5.0 0.489 0.9 10
Golden Gate HH-GG25-004C Core 191353 445.0 450.0 5.0 0.525 1 50
Golden Gate HH-GG25-004C Core 191354 450.0 455.0 5.0 0.887 1.1 10
Golden Gate HH-GG25-004C Core 191355 455.0 460.0 5.0 0.9 1.3 20
Golden Gate HH-GG25-004C Core 191356 460.0 465.0 5.0 0.695 1.4 10
Golden Gate HH-GG25-004C Core 191357 465.0 470.0 5.0 0.716 0.7 10
Golden Gate HH-GG25-004C Core 191358 470.0 480.0 10.0 1.645 1.2 10
Golden Gate HH-GG25-004C Core 191360 480.0 490.0 10.0 0.861 1.6 50
Golden Gate HH-GG25-004C Core 191361 490.0 495.0 5.0 0.586 0.9 10
Golden Gate HH-GG25-004C Core 191362 495.0 500.0 5.0 0.831 1.2 10

17

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-004C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-004C Core 191363 500.0 504.3 4.3 1.015 0.8 10
Golden Gate HH-GG25-004C Core 191364 504.3 509.4 5.1 0.995 0.8 10
Golden Gate HH-GG25-004C Core 191365 509.4 514.5 5.1 0.589 1 10
Golden Gate HH-GG25-004C Core 191366 514.5 519.2 4.7 0.502 1.2 10
Golden Gate HH-GG25-004C Core 191367 519.2 523.6 4.4 0.553 0.8 10
Golden Gate HH-GG25-004C Core 191369 523.6 528.2 4.6 0.673 1.5 10
Golden Gate HH-GG25-004C Core 191370 528.2 532.4 4.2 0.343 1.7 10
Golden Gate HH-GG25-004C Core 191371 532.4 537.7 5.3 0.298 1.8 10
Golden Gate HH-GG25-004C Core 191372 537.7 542.0 4.3 0.566 0.8 10
Golden Gate HH-GG25-004C Core 191373 542.0 546.7 4.7 0.393 0.7 10
Golden Gate HH-GG25-004C Core 191374 546.7 551.7 5.0 0.221 0.9 <10
Golden Gate HH-GG25-004C Core 191375 551.7 556.0 4.3 0.261 1.2 <10
Golden Gate HH-GG25-004C Core 191376 556.0 560.5 4.5 0.263 0.5 <10
Golden Gate HH-GG25-004C Core 191377 560.5 565.0 4.5 0.407 0.9 <10
Golden Gate HH-GG25-004C Core 191378 565.0 569.5 4.5 0.237 0.7 <10
Golden Gate HH-GG25-004C Core 191379 569.5 574.5 5.0 0.643 0.8 <10
Golden Gate HH-GG25-004C Core 191380 574.5 579.1 4.6 1.015 0.6 <10
Golden Gate HH-GG25-004C Core 191381 579.1 583.5 4.4 0.877 0.5 <10
Golden Gate HH-GG25-004C Core 191382 583.5 588.5 5.0 0.812 0.7 <10
Golden Gate HH-GG25-004C Core 191383 588.5 593.7 5.2 0.396 2.5 10
Golden Gate HH-GG25-004C Core 191384 593.7 598.7 5.0 0.285 0.6 <10
Golden Gate HH-GG25-004C Core 191385 598.7 603.7 5.0 0.302 0.5 <10
Golden Gate HH-GG25-004C Core 191386 603.7 608.5 4.8 0.287 0.5 <10
Golden Gate HH-GG25-004C Core 191387 608.5 613.3 4.8 0.326 0.9 10
Golden Gate HH-GG25-004C Core 191388 613.3 618.3 5.0 0.285 0.5 10
Golden Gate HH-GG25-004C Core 191390 618.3 623.0 4.7 0.366 0.9 10
Golden Gate HH-GG25-004C Core 191391 623.0 627.8 4.8 0.441 0.6 10
Golden Gate HH-GG25-004C Core 191392 627.8 632.7 4.9 0.402 0.5 10
Golden Gate HH-GG25-004C Core 191393 632.7 637.7 5.0 0.361 <0.5 10
Golden Gate HH-GG25-004C Core 191394 637.7 642.5 4.8 0.429 <0.5 10
Golden Gate HH-GG25-004C Core 191395 642.5 647.4 4.9 0.604 <0.5 10
Golden Gate HH-GG25-004C Core 191396 647.4 652.4 5.0 0.382 <0.5 <10
Golden Gate HH-GG25-004C Core 191397 652.4 657.2 4.8 0.473 <0.5 10
Golden Gate HH-GG25-004C Core 191398 657.2 661.5 4.3 0.367 0.5 10
Golden Gate HH-GG25-004C Core 191399 661.5 666.1 4.6 1.245 <0.5 10
Golden Gate HH-GG25-004C Core 191400 666.1 671.0 4.9 0.564 <0.5 10
Golden Gate HH-GG25-004C Core 191401 671.0 675.4 4.4 0.388 <0.5 10
Golden Gate HH-GG25-004C Core 191402 675.4 680.0 4.6 0.868 1 10
Golden Gate HH-GG25-004C Core 191403 680.0 683.5 3.5 0.292 <0.5 10
Golden Gate HH-GG25-004C Core 191404 683.5 686.5 3.0 0.67 0.7 10
Golden Gate HH-GG25-004C Core 191405 686.5 690.0 3.5 0.584 <0.5 10
Golden Gate HH-GG25-004C Core 191406 690.0 695.0 5.0 0.773 2.4 10
Golden Gate HH-GG25-004C Core 191407 695.0 700.0 5.0 0.641 <0.5 10
Golden Gate HH-GG25-004C Core 191408 700.0 705.0 5.0 0.307 <0.5 10
Golden Gate HH-GG25-004C Core 191409 705.0 710.0 5.0 0.222 <0.5 10
Golden Gate HH-GG25-004C Core 191410 710.0 715.0 5.0 0.294 <0.5 10
Golden Gate HH-GG25-004C Core 191411 715.0 720.0 5.0 0.285 0.8 10
Golden Gate HH-GG25-004C Core 191412 720.0 725.1 5.1 0.424 1.9 10
Golden Gate HH-GG25-004C Core 191413 725.1 730.0 4.9 0.242 <0.5 10
Golden Gate HH-GG25-004C Core 191414 730.0 734.6 4.6 0.413 <0.5 10

18

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-004C ASSAY RESULTS – Gold, Silver and Tungsten.

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-004C Core 191415 734.6 739.4 4.8 0.451 <0.5 10
Golden Gate HH-GG25-004C Core 191416 739.4 746.5 7.1 0.385 0.5 10
Golden Gate HH-GG25-004C Core 191419 746.5 751.2 4.7 0.387 <0.5 10
Golden Gate HH-GG25-004C Core 191420 751.2 755.5 4.3 0.277 0.5 10
Golden Gate HH-GG25-004C Core 191421 755.5 760.5 5.0 0.335 1 10
Golden Gate HH-GG25-004C Core 191422 760.5 766.3 5.8 0.336 <0.5 10
Golden Gate HH-GG25-004C Core 191423 766.3 771.5 5.2 0.217 0.5 10
Golden Gate HH-GG25-004C Core 191424 771.5 776.0 4.5 0.096 <0.5 10
Golden Gate HH-GG25-004C Core 191425 776.0 781.0 5.0 0.328 <0.5 10
Golden Gate HH-GG25-004C Core 191426 781.0 785.6 4.6 0.181 57.6 <10
Golden Gate HH-GG25-004C Core 191427 785.6 790.0 4.4 0.306 <0.5 <10

19

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-005C ASSAY RESULTS – Gold, Silver and Tungsten.

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth
(ft)		 Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-005C Core 191041 0.0 10.4 10.4 0.57 5.9 70
Golden Gate HH-GG25-005C Core 191042 10.4 14.1 3.7 0.466 0.5 10
Golden Gate HH-GG25-005C Core 191043 14.1 19.1 5.0 0.438 0.6 10
Golden Gate HH-GG25-005C Core 191044 19.1 23.4 4.3 0.22 <0.5 10
Golden Gate HH-GG25-005C Core 191045 23.4 28.3 4.9 0.153 <0.5 10
Golden Gate HH-GG25-005C Core 191047 28.3 33.1 4.8 0.372 0.8 10
Golden Gate HH-GG25-005C Core 191048 33.1 35.5 2.4 0.721 1.5 10
Golden Gate HH-GG25-005C Core 191049 35.5 37.8 2.3 1.875 1.3 20
Golden Gate HH-GG25-005C Core 191050 37.8 41.6 3.8 1.54 0.8 10
Golden Gate HH-GG25-005C Core 191101 41.6 45.0 3.4 0.442 <0.5 10
Golden Gate HH-GG25-005C Core 191102 45.0 48.4 3.4 1.37 0.6 10
Golden Gate HH-GG25-005C Core 191103 48.4 52.0 3.6 0.085 <0.5 10
Golden Gate HH-GG25-005C Core 191104 52.0 56.0 4.0 0.387 <0.5 10
Golden Gate HH-GG25-005C Core 191105 56.0 60.0 4.0 0.812 <0.5 10
Golden Gate HH-GG25-005C Core 191106 60.0 65.0 5.0 0.249 0.5 10
Golden Gate HH-GG25-005C Core 191108 65.0 70.0 5.0 0.662 <0.5 10
Golden Gate HH-GG25-005C Core 191109 70.0 72.5 2.5 0.368 <0.5 10
Golden Gate HH-GG25-005C Core 191110 72.5 76.8 4.3 0.019 <0.5 10
Golden Gate HH-GG25-005C Core 191111 76.8 80.0 3.2 0.418 <0.5 10
Golden Gate HH-GG25-005C Core 191112 80.0 84.0 4.0 0.146 <0.5 10
Golden Gate HH-GG25-005C Core 191113 84.0 89.0 5.0 0.02 <0.5 10
Golden Gate HH-GG25-005C Core 191114 89.0 93.3 4.3 0.4 <0.5 10
Golden Gate HH-GG25-005C Core 191115 93.3 98.3 5.0 0.192 <0.5 10
Golden Gate HH-GG25-005C Core 191116 98.3 103.3 5.0 0.301 <0.5 10
Golden Gate HH-GG25-005C Core 191117 103.3 107.6 4.3 0.941 <0.5 10
Golden Gate HH-GG25-005C Core 191118 103.3 107.6 4.3 0.833 <0.5 10
Golden Gate HH-GG25-005C Core 191119 107.6 112.3 4.7 0.232 0.6 10
Golden Gate HH-GG25-005C Core 191120 112.3 116.0 3.7 0.083 <0.5 10
Golden Gate HH-GG25-005C Core 191121 116.0 120.0 4.0 0.058 <0.5 10
Golden Gate HH-GG25-005C Core 191122 120.0 125.0 5.0 0.123 0.5 10
Golden Gate HH-GG25-005C Core 191123 125.0 128.0 3.0 0.014 <0.5 10
Golden Gate HH-GG25-005C Core 191124 128.0 133.0 5.0 0.039 0.6 10
Golden Gate HH-GG25-005C Core 191125 133.0 138.0 5.0 0.146 <0.5 10
Golden Gate HH-GG25-005C Core 191126 138.0 141.0 3.0 0.147 <0.5 10
Golden Gate HH-GG25-005C Core 191127 141.0 145.0 4.0 0.235 <0.5 10
Golden Gate HH-GG25-005C Core 191128 145.0 150.0 5.0 0.283 <0.5 10
Golden Gate HH-GG25-005C Core 191129 150.0 153.3 3.3 0.198 <0.5 10
Golden Gate HH-GG25-005C Core 191130 153.3 156.8 3.5 0.092 <0.5 10
Golden Gate HH-GG25-005C Core 191131 156.8 158.9 2.1 0.699 <0.5 10
Golden Gate HH-GG25-005C Core 191132 158.9 162.5 3.6 0.044 <0.5 10
Golden Gate HH-GG25-005C Core 191133 162.5 165.3 2.8 0.187 <0.5 10
Golden Gate HH-GG25-005C Core 191134 165.3 170.0 4.7 0.036 <0.5 10
Golden Gate HH-GG25-005C Core 191135 170.0 175.0 5.0 0.43 <0.5 10
Golden Gate HH-GG25-005C Core 191136 175.0 180.0 5.0 0.031 <0.5 10

20

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-005C ASSAY RESULTS – Gold, Silver and Tungsten.

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-005C Core 191137 180.0 183.4 3.4 0.039 <0.5 10
Golden Gate HH-GG25-005C Core 191138 183.4 186.5 3.1 0.151 <0.5 <10
Golden Gate HH-GG25-005C Core 191139 186.5 190.0 3.5 0.157 <0.5 <10
Golden Gate HH-GG25-005C Core 191140 190.0 195.0 5.0 0.178 <0.5 <10
Golden Gate HH-GG25-005C Core 191141 195.0 200.0 5.0 0.196 <0.5 <10
Golden Gate HH-GG25-005C Core 191142 200.0 205.0 5.0 0.206 <0.5 <10
Golden Gate HH-GG25-005C Core 191144 205.0 208.0 3.0 0.149 <0.5 10
Golden Gate HH-GG25-005C Core 191145 208.0 211.0 3.0 0.265 <0.5 <10
Golden Gate HH-GG25-005C Core 191146 211.0 215.7 4.7 0.423 0.6 10
Golden Gate HH-GG25-005C Core 191147 215.7 220.4 4.7 1.05 0.5 10
Golden Gate HH-GG25-005C Core 191148 220.4 224.0 3.6 0.554 0.6 10
Golden Gate HH-GG25-005C Core 191149 224.0 229.0 5.0 1.18 1.1 <10
Golden Gate HH-GG25-005C Core 191150 229.0 232.0 3.0 0.294 <0.5 10
Golden Gate HH-GG25-005C Core 191151 232.0 236.4 4.4 0.77 <0.5 <10
Golden Gate HH-GG25-005C Core 191152 236.4 240.0 3.6 0.805 <0.5 <10
Golden Gate HH-GG25-005C Core 191153 240.0 245.0 5.0 0.29 <0.5 <10
Golden Gate HH-GG25-005C Core 191154 245.0 249.0 4.0 0.226 <0.5 <10
Golden Gate HH-GG25-005C Core 191156 249.0 253.3 4.3 0.419 0.6 10
Golden Gate HH-GG25-005C Core 191157 253.3 256.1 2.8 0.653 1 10
Golden Gate HH-GG25-005C Core 191158 256.1 260.0 3.9 0.289 <0.5 <10
Golden Gate HH-GG25-005C Core 191159 260.0 265.0 5.0 0.634 <0.5 <10
Golden Gate HH-GG25-005C Core 191160 265.0 270.0 5.0 0.255 <0.5 <10
Golden Gate HH-GG25-005C Core 191161 270.0 275.0 5.0 1.54 0.6 <10
Golden Gate HH-GG25-005C Core 191162 275.0 280.0 5.0 0.937 <0.5 <10
Golden Gate HH-GG25-005C Core 191163 280.0 282.7 2.7 0.303 <0.5 <10
Golden Gate HH-GG25-005C Core 191164 282.7 287.0 4.3 0.49 0.8 <10
Golden Gate HH-GG25-005C Core 191165 287.0 291.0 4.0 0.524 0.9 <10
Golden Gate HH-GG25-005C Core 191166 291.0 296.0 5.0 0.125 <0.5 <10
Golden Gate HH-GG25-005C Core 191167 296.0 300.5 4.5 0.296 <0.5 <10
Golden Gate HH-GG25-005C Core 191168 300.5 303.3 2.8 0.808 <0.5 <10
Golden Gate HH-GG25-005C Core 191169 303.3 305.7 2.4 1.015 <0.5 <10
Golden Gate HH-GG25-005C Core 191170 305.7 310.0 4.3 1.505 1.2 <10
Golden Gate HH-GG25-005C Core 191171 310.0 315.0 5.0 2.21 0.6 <10
Golden Gate HH-GG25-005C Core 191172 315.0 319.0 4.0 0.627 0.8 <10
Golden Gate HH-GG25-005C Core 191173 319.0 324.0 5.0 1.025 0.6 <10
Golden Gate HH-GG25-005C Core 191174 324.0 329.0 5.0 0.226 <0.5 <10
Golden Gate HH-GG25-005C Core 191175 329.0 334.0 5.0 0.857 0.9 <10
Golden Gate HH-GG25-005C Core 191176 334.0 339.0 5.0 0.498 1.9 <10
Golden Gate HH-GG25-005C Core 191177 339.0 343.0 4.0 0.778 0.6 <10
Golden Gate HH-GG25-005C Core 191178 343.0 346.4 3.4 0.726 <0.5 <10
Golden Gate HH-GG25-005C Core 191179 346.4 349.9 3.5 0.835 <0.5 <10
Golden Gate HH-GG25-005C Core 191180 349.9 355.0 5.1 0.746 22.7 <10
Golden Gate HH-GG25-005C Core 191182 355.0 360.0 5.0 0.268 <0.5 <10
Golden Gate HH-GG25-005C Core 191183 360.0 365.0 5.0 0.123 <0.5 <10
Golden Gate HH-GG25-005C Core 191184 365.0 369.6 4.6 0.433 <0.5 10

21

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-005C ASSAY RESULTS – Gold, Silver and Tungsten.

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-005C Core 191185 369.6 373.0 3.4 0.127 <0.5 <10
Golden Gate HH-GG25-005C Core 191186 373.0 376.0 3.0 0.342 <0.5 <10
Golden Gate HH-GG25-005C Core 191187 376.0 380.0 4.0 0.109 <0.5 <10
Golden Gate HH-GG25-005C Core 191188 380.0 385.0 5.0 0.105 <0.5 <10
Golden Gate HH-GG25-005C Core 191189 385.0 390.0 5.0 0.095 <0.5 10
Golden Gate HH-GG25-005C Core 191190 390.0 395.0 5.0 0.088 <0.5 10
Golden Gate HH-GG25-005C Core 191191 395.0 400.0 5.0 0.52 <0.5 10
Golden Gate HH-GG25-005C Core 191192 400.0 405.0 5.0 0.006 <0.5 10
Golden Gate HH-GG25-005C Core 191193 405.0 410.0 5.0 0.071 <0.5 <10
Golden Gate HH-GG25-005C Core 191194 410.0 412.5 2.5 0.158 0.7 <10
Golden Gate HH-GG25-005C Core 191195 412.5 416.0 3.5 0.095 6.4 <10
Golden Gate HH-GG25-005C Core 191196 416.0 420.3 4.3 0.278 3.5 10
Golden Gate HH-GG25-005C Core 191197 420.3 424.0 3.7 0.564 0.9 10
Golden Gate HH-GG25-005C Core 191198 424.0 427.0 3.0 0.191 <0.5 10
Golden Gate HH-GG25-005C Core 191199 427.0 430.4 3.4 0.326 <0.5 <10
Golden Gate HH-GG25-005C Core 191200 430.4 435.0 4.6 1.165 0.5 <10
Golden Gate HH-GG25-005C Core 191201 435.0 440.0 5.0 1.395 0.6 <10
Golden Gate HH-GG25-005C Core 191202 440.0 444.1 4.1 0.808 0.6 <10
Golden Gate HH-GG25-005C Core 191203 444.1 448.3 4.2 0.23 <0.5 <10
Golden Gate HH-GG25-005C Core 191204 448.3 453.0 4.7 0.345 <0.5 <10
Golden Gate HH-GG25-005C Core 191205 453.0 456.3 3.3 0.06 <0.5 <10
Golden Gate HH-GG25-005C Core 191206 456.3 460.0 3.7 0.731 0.6 <10
Golden Gate HH-GG25-005C Core 191207 460.0 465.0 5.0 0.786 0.8 <10
Golden Gate HH-GG25-005C Core 191209 465.0 470.0 5.0 0.187 <0.5 <10
Golden Gate HH-GG25-005C Core 191210 470.0 475.0 5.0 0.091 <0.5 <10
Golden Gate HH-GG25-005C Core 191211 475.0 478.8 3.8 0.247 0.8 <10
Golden Gate HH-GG25-005C Core 191212 478.8 482.4 3.6 0.68 <0.5 <10
Golden Gate HH-GG25-005C Core 191213 482.4 485.0 2.6 0.006 <0.5 <10
Golden Gate HH-GG25-005C Core 191214 485.0 490.0 5.0 0.001 <0.5 <10
Golden Gate HH-GG25-005C Core 191215 490.0 495.0 5.0 0.001 <0.5 <10
Golden Gate HH-GG25-005C Core 191216 495.0 500.0 5.0 0.001 <0.5 <10
Golden Gate HH-GG25-005C Core 191217 500.0 505.0 5.0 0.001 <0.5 <10
Golden Gate HH-GG25-005C Core 191218 505.0 510.0 5.0 0.007 <0.5 10
Golden Gate HH-GG25-005C Core 191219 510.0 515.0 5.0 0.001 <0.5 <10
Golden Gate HH-GG25-005C Core 191220 515.0 520.0 5.0 0.001 <0.5 10
Golden Gate HH-GG25-005C Core 191221 520.0 525.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-005C Core 191222 525.0 530.0 5.0 0.007 <0.5 <10
Golden Gate HH-GG25-005C Core 191223 530.0 534.0 4.0 0.008 <0.5 <10
Golden Gate HH-GG25-005C Core 191224 534.0 536.2 2.2 0.01 <0.5 <10
Golden Gate HH-GG25-005C Core 191225 536.2 540.0 3.8 0.175 <0.5 <10
Golden Gate HH-GG25-005C Core 191226 540.0 545.0 5.0 0.706 <0.5 <10
Golden Gate HH-GG25-005C Core 191227 545.0 549.5 4.5 0.405 <0.5 <10
Golden Gate HH-GG25-005C Core 191228 549.5 552.5 3.0 0.2 <0.5 <10
Golden Gate HH-GG25-005C Core 191229 552.5 556.5 4.0 0.288 <0.5 <10
Golden Gate HH-GG25-005C Core 191230 556.5 560.1 3.6 0.165 <0.5 <10

22

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-005C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-005C Core 191232 560.1 565.0 4.9 0.272 <0.5 <10
Golden Gate HH-GG25-005C Core 191233 565.0 570.0 5.0 0.282 0.7 10
Golden Gate HH-GG25-005C Core 191234 570.0 575.0 5.0 0.223 <0.5 390
Golden Gate HH-GG25-005C Core 191235 575.0 580.0 5.0 0.386 <0.5 10
Golden Gate HH-GG25-005C Core 191236 580.0 585.0 5.0 0.84 4.3 10
Golden Gate HH-GG25-005C Core 191237 585.0 590.0 5.0 0.479 <0.5 <10
Golden Gate HH-GG25-005C Core 191238 590.0 593.0 3.0 0.985 0.6 <10
Golden Gate HH-GG25-005C Core 191239 593.0 596.1 3.1 0.887 3.1 <10
Golden Gate HH-GG25-005C Core 191240 596.1 600.0 3.9 0.322 <0.5 <10
Golden Gate HH-GG25-005C Core 191242 600.0 605.0 5.0 0.246 <0.5 <10
Golden Gate HH-GG25-005C Core 191243 605.0 610.0 5.0 0.261 0.5 10
Golden Gate HH-GG25-005C Core 191244 610.0 615.0 5.0 0.07 <0.5 <10
Golden Gate HH-GG25-005C Core 191245 615.0 620.0 5.0 0.45 2.2 <10
Golden Gate HH-GG25-005C Core 191246 620.0 625.0 5.0 0.372 0.9 <10
Golden Gate HH-GG25-005C Core 191247 625.0 630.0 5.0 0.598 0.7 <10
Golden Gate HH-GG25-005C Core 191248 630.0 635.0 5.0 0.146 <0.5 <10
Golden Gate HH-GG25-005C Core 191249 635.0 640.0 5.0 0.606 0.5 <10
Golden Gate HH-GG25-005C Core 191250 640.0 643.5 3.5 0.225 2.3 <10
Golden Gate HH-GG25-005C Core 191251 643.5 648.0 4.5 0.044 <0.5 <10
Golden Gate HH-GG25-005C Core 191252 648.0 653.0 5.0 0.252 <0.5 <10
Golden Gate HH-GG25-005C Core 191253 653.0 656.0 3.0 0.204 <0.5 <10
Golden Gate HH-GG25-005C Core 191254 656.0 660.0 4.0 0.249 <0.5 10
Golden Gate HH-GG25-005C Core 191255 660.0 665.0 5.0 0.367 0.6 10
Golden Gate HH-GG25-005C Core 191256 665.0 670.0 5.0 0.558 0.8 10
Golden Gate HH-GG25-005C Core 191257 670.0 675.0 5.0 0.95 0.8 10
Golden Gate HH-GG25-005C Core 191258 675.0 680.0 5.0 0.725 0.7 10
Golden Gate HH-GG25-005C Core 191259 680.0 685.0 5.0 0.325 0.5 10
Golden Gate HH-GG25-005C Core 191260 685.0 690.0 5.0 0.234 <0.5 <10
Golden Gate HH-GG25-005C Core 191261 690.0 695.0 5.0 0.094 <0.5 <10
Golden Gate HH-GG25-005C Core 191262 695.0 700.0 5.0 0.165 <0.5 <10
Golden Gate HH-GG25-005C Core 191263 700.0 705.3 5.3 0.553 1.1 <10
Golden Gate HH-GG25-005C Core 191264 705.3 710.0 4.7 0.548 0.6 <10
Golden Gate HH-GG25-005C Core 191265 710.0 715.0 5.0 0.567 0.7 <10
Golden Gate HH-GG25-005C Core 191267 715.0 720.0 5.0 0.52 0.8 10
Golden Gate HH-GG25-005C Core 191268 720.0 725.0 5.0 0.367 0.5 10
Golden Gate HH-GG25-005C Core 191269 725.0 730.0 5.0 0.298 <0.5 10
Golden Gate HH-GG25-005C Core 191270 730.0 733.4 3.4 0.3 11.7 10
Golden Gate HH-GG25-005C Core 191271 733.4 737.7 4.3 0.164 6.3 10
Golden Gate HH-GG25-005C Core 191272 737.7 739.8 2.1 0.117 1.3 <10
Golden Gate HH-GG25-005C Core 191273 739.8 743.3 3.5 0.057 0.7 10
Golden Gate HH-GG25-005C Core 191274 743.3 747.0 3.7 0.077 7.6 10
Golden Gate HH-GG25-005C Core 191275 747.0 752.0 5.0 0.151 0.8 <10
Golden Gate HH-GG25-005C Core 191276 752.0 755.4 3.4 0.11 <0.5 <10
Golden Gate HH-GG25-005C Core 191277 755.4 760.0 4.6 0.058 0.5 10
Golden Gate HH-GG25-005C Core 191279 760.0 765.0 5.0 0.17 <0.5 <10

23

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-005C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-005C Core 191280 765.0 770.0 5.0 0.198 <0.5 <10
Golden Gate HH-GG25-005C Core 191281 770.0 775.2 5.2 0.114 <0.5 <10
Golden Gate HH-GG25-005C Core 191282 775.2 780.0 4.8 0.106 <0.5 <10
Golden Gate HH-GG25-005C Core 191283 780.0 785.0 5.0 0.103 <0.5 <10
Golden Gate HH-GG25-005C Core 191284 785.0 790.0 5.0 0.108 0.8 <10
Golden Gate HH-GG25-005C Core 191285 790.0 794.7 4.7 0.079 0.6 <10
Golden Gate HH-GG25-005C Core 191287 794.7 799.7 5.0 0.22 2.4 10
Golden Gate HH-GG25-005C Core 191288 799.7 805.7 6.0 0.162 5.7 <10
Golden Gate HH-GG25-005C Core 191289 805.7 810.6 4.9 0.1 <0.5 <10
Golden Gate HH-GG25-005C Core 191290 810.6 815.3 4.7 0.126 0.5 <10
Golden Gate HH-GG25-005C Core 191291 815.3 820.0 4.7 0.153 0.5 10
Golden Gate HH-GG25-005C Core 191292 820.0 825.0 5.0 0.295 0.7 <10
Golden Gate HH-GG25-005C Core 191293 825.0 829.3 4.3 0.342 0.6 10
Golden Gate HH-GG25-005C Core 191294 829.3 833.0 3.7 0.301 0.6 <10
Golden Gate HH-GG25-005C Core 191295 833.0 837.5 4.5 0.222 <0.5 <10
Golden Gate HH-GG25-005C Core 191296 837.5 840.0 2.5 0.12 <0.5 <10
Golden Gate HH-GG25-005C Core 191297 840.0 845.0 5.0 0.121 1.6 10
Golden Gate HH-GG25-005C Core 191298 845.0 850.0 5.0 0.4 1.1 10
Golden Gate HH-GG25-005C Core 191299 850.0 855.0 5.0 0.167 0.7 10
Golden Gate HH-GG25-005C Core 191300 855.0 860.0 5.0 0.103 0.7 <10
Golden Gate HH-GG25-005C Core 192501 860.0 865.0 5.0 0.092 0.7 <10
Golden Gate HH-GG25-005C Core 192502 865.0 870.0 5.0 0.287 <0.5 10
Golden Gate HH-GG25-005C Core 192503 870.0 875.0 5.0 0.231 <0.5 <10
Golden Gate HH-GG25-005C Core 192504 875.0 880.0 5.0 0.132 <0.5 <10
Golden Gate HH-GG25-005C Core 192505 880.0 885.0 5.0 0.176 0.9 10
Golden Gate HH-GG25-005C Core 192506 885.0 890.0 5.0 0.258 0.7 10
Golden Gate HH-GG25-005C Core 192507 890.0 895.3 5.3 0.249 0.6 <10
Golden Gate HH-GG25-005C Core 192508 895.3 900.0 4.7 0.231 4.5 10
Golden Gate HH-GG25-005C Core 192509 900.0 905.0 5.0 0.22 0.7 10
Golden Gate HH-GG25-005C Core 192510 905.0 910.0 5.0 0.145 1.8 10
Golden Gate HH-GG25-005C Core 192511 910.0 915.0 5.0 0.146 0.8 10
Golden Gate HH-GG25-005C Core 192512 915.0 918.0 3.0 0.109 0.7 10
Golden Gate HH-GG25-005C Core 192513 918.0 921.0 3.0 0.119 0.8 10
Golden Gate HH-GG25-005C Core 192514 921.0 925.0 4.0 0.186 5 10
Golden Gate HH-GG25-005C Core 192515 925.0 930.0 5.0 0.128 1.7 <10

24

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-007C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth
(ft)		 Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-007C Core 191428 0.0 10.5 10.5 0.282 2.8 10
Golden Gate HH-GG25-007C Core 191429 10.5 17.0 6.5 0.311 1.3 20
Golden Gate HH-GG25-007C Core 191430 17.0 21.2 4.2 0.355 0.9 10
Golden Gate HH-GG25-007C Core 191431 21.2 30.0 8.8 0.321 1.2 20
Golden Gate HH-GG25-007C Core 191432 30.0 35.0 5.0 0.278 0.8 20
Golden Gate HH-GG25-007C Core 191433 35.0 40.0 5.0 0.558 0.8 10
Golden Gate HH-GG25-007C Core 191434 40.0 45.0 5.0 0.301 1.4 10
Golden Gate HH-GG25-007C Core 191436 45.0 50.0 5.0 0.436 0.7 10
Golden Gate HH-GG25-007C Core 191437 50.0 54.7 4.7 0.19 0.9 <10
Golden Gate HH-GG25-007C Core 191438 54.7 58.5 3.8 0.374 0.8 10
Golden Gate HH-GG25-007C Core 191439 58.5 63.2 4.7 0.498 <0.5 10
Golden Gate HH-GG25-007C Core 191440 63.2 68.0 4.8 0.288 <0.5 10
Golden Gate HH-GG25-007C Core 191441 68.0 73.0 5.0 0.469 0.5 10
Golden Gate HH-GG25-007C Core 191442 73.0 79.0 6.0 0.385 0.5 10
Golden Gate HH-GG25-007C Core 191443 79.0 83.2 4.2 0.331 0.6 10
Golden Gate HH-GG25-007C Core 191444 83.2 88.2 5.0 0.39 0.8 10
Golden Gate HH-GG25-007C Core 191445 88.2 92.7 4.5 0.428 0.8 10
Golden Gate HH-GG25-007C Core 191446 92.7 97.5 4.8 0.308 0.9 10
Golden Gate HH-GG25-007C Core 191447 97.5 105.5 8.0 0.537 1.1 10
Golden Gate HH-GG25-007C Core 191448 105.5 110.0 4.5 0.431 0.9 10
Golden Gate HH-GG25-007C Core 191449 110.0 114.7 4.7 0.497 <0.5 10
Golden Gate HH-GG25-007C Core 191450 114.7 119.1 4.4 0.411 <0.5 <10
Golden Gate HH-GG25-007C Core 191451 119.1 123.6 4.5 0.457 0.9 <10
Golden Gate HH-GG25-007C Core 191452 123.6 128.2 4.6 0.653 0.5 10
Golden Gate HH-GG25-007C Core 191453 128.2 132.7 4.5 0.537 0.8 <10
Golden Gate HH-GG25-007C Core 191454 132.7 137.3 4.6 0.493 0.5 <10
Golden Gate HH-GG25-007C Core 191455 137.3 142.0 4.7 0.426 0.6 <10
Golden Gate HH-GG25-007C Core 191457 142.0 146.8 4.8 0.489 0.8 <10
Golden Gate HH-GG25-007C Core 191458 146.8 151.6 4.8 0.639 0.9 10
Golden Gate HH-GG25-007C Core 191459 151.6 156.4 4.8 0.745 0.6 10
Golden Gate HH-GG25-007C Core 191460 156.4 161.3 4.9 0.417 0.6 <10
Golden Gate HH-GG25-007C Core 191461 161.3 166.5 5.2 0.299 <0.5 <10
Golden Gate HH-GG25-007C Core 191462 166.5 171.2 4.7 0.91 1.5 <10
Golden Gate HH-GG25-007C Core 191463 171.2 176.2 5.0 1.765 1.6 <10
Golden Gate HH-GG25-007C Core 191465 176.2 181.1 4.9 0.827 0.8 20
Golden Gate HH-GG25-007C Core 191466 181.1 184.3 3.2 0.413 0.7 360
Golden Gate HH-GG25-007C Core 191467 184.3 187.6 3.3 0.073 <0.5 260
Golden Gate HH-GG25-007C Core 191468 187.6 192.1 4.5 0.431 1.6 40
Golden Gate HH-GG25-007C Core 191469 192.1 196.1 4.0 0.16 <0.5 40
Golden Gate HH-GG25-007C Core 191470 196.1 200.0 3.9 0.207 0.6 20
Golden Gate HH-GG25-007C Core 191471 200.0 204.7 4.7 0.134 1 10
Golden Gate HH-GG25-007C Core 191472 204.7 210.0 5.3 0.249 0.7 10
Golden Gate HH-GG25-007C Core 191473 210.0 215.0 5.0 0.43 2.9 10
Golden Gate HH-GG25-007C Core 191474 215.0 220.0 5.0 0.464 0.5 20
Golden Gate HH-GG25-007C Core 191475 220.0 225.0 5.0 0.41 0.5 <10
Golden Gate HH-GG25-007C Core 191476 225.0 230.0 5.0 0.396 0.5 10
Golden Gate HH-GG25-007C Core 191477 230.0 235.0 5.0 0.406 0.6 <10
Golden Gate HH-GG25-007C Core 191478 235.0 240.0 5.0 0.518 1.3 10
Golden Gate HH-GG25-007C Core 191479 240.0 245.0 5.0 0.418 2.3 <10

25

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-007C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-007C Core 191480 245.0 250.0 5.0 0.562 4.9 10
Golden Gate HH-GG25-007C Core 191481 250.0 255.0 5.0 0.364 1.3 10
Golden Gate HH-GG25-007C Core 191482 255.0 260.0 5.0 0.332 1.1 10
Golden Gate HH-GG25-007C Core 191484 260.0 265.0 5.0 0.222 0.6 10
Golden Gate HH-GG25-007C Core 191485 265.0 270.0 5.0 0.255 0.7 10
Golden Gate HH-GG25-007C Core 191486 270.0 275.0 5.0 0.297 0.7 10
Golden Gate HH-GG25-007C Core 191487 275.0 280.0 5.0 0.415 1.5 10
Golden Gate HH-GG25-007C Core 191488 280.0 285.0 5.0 0.348 0.9 <10
Golden Gate HH-GG25-007C Core 191489 285.0 290.2 5.2 0.311 0.9 <10
Golden Gate HH-GG25-007C Core 191490 290.2 295.0 4.8 0.27 0.5 <10
Golden Gate HH-GG25-007C Core 191491 295.0 300.0 5.0 0.294 0.8 10
Golden Gate HH-GG25-007C Core 191492 300.0 305.0 5.0 0.268 1 10
Golden Gate HH-GG25-007C Core 191493 305.0 309.7 4.7 0.419 0.6 <10
Golden Gate HH-GG25-007C Core 191494 309.7 313.5 3.8 0.346 3.7 <10
Golden Gate HH-GG25-007C Core 191495 313.5 318.0 4.5 0.282 1.5 10
Golden Gate HH-GG25-007C Core 191496 318.0 322.4 4.4 0.163 0.6 10
Golden Gate HH-GG25-007C Core 191497 322.4 327.4 5.0 0.209 <0.5 10
Golden Gate HH-GG25-007C Core 191498 327.4 332.2 4.8 0.297 0.5 10
Golden Gate HH-GG25-007C Core 191499 332.2 339.0 6.8 0.425 0.6 10
Golden Gate HH-GG25-007C Core 191500 339.0 343.8 4.8 0.333 0.7 <10
Golden Gate HH-GG25-007C Core 191501 343.8 349.0 5.2 0.389 51.2 <10
Golden Gate HH-GG25-007C Core 191502 349.0 353.7 4.7 0.254 0.5 <10
Golden Gate HH-GG25-007C Core 191503 353.7 360.0 6.3 0.392 0.6 10
Golden Gate HH-GG25-007C Core 191504 360.0 365.0 5.0 0.63 1.3 10
Golden Gate HH-GG25-007C Core 191505 365.0 370.0 5.0 0.201 1.9 <10
Golden Gate HH-GG25-007C Core 191506 370.0 375.0 5.0 0.199 0.7 10
Golden Gate HH-GG25-007C Core 191507 375.0 380.0 5.0 0.363 0.9 10
Golden Gate HH-GG25-007C Core 191508 380.0 385.0 5.0 0.399 0.5 10
Golden Gate HH-GG25-007C Core 191509 385.0 390.0 5.0 0.307 0.8 10
Golden Gate HH-GG25-007C Core 191510 390.0 396.0 6.0 0.301 1.2 10
Golden Gate HH-GG25-007C Core 191511 396.0 400.0 4.0 0.237 0.6 10
Golden Gate HH-GG25-007C Core 191512 400.0 405.0 5.0 0.16 <0.5 10
Golden Gate HH-GG25-007C Core 191514 405.0 410.0 5.0 0.255 0.5 10
Golden Gate HH-GG25-007C Core 191515 410.0 415.0 5.0 0.194 <0.5 <10
Golden Gate HH-GG25-007C Core 191516 415.0 420.0 5.0 0.32 <0.5 <10
Golden Gate HH-GG25-007C Core 191517 420.0 425.0 5.0 0.371 0.6 10
Golden Gate HH-GG25-007C Core 191518 425.0 430.0 5.0 0.541 0.9 <10
Golden Gate HH-GG25-007C Core 191519 430.0 435.0 5.0 0.927 1.7 <10
Golden Gate HH-GG25-007C Core 191520 435.0 440.0 5.0 0.208 0.5 <10
Golden Gate HH-GG25-007C Core 191521 440.0 445.0 5.0 0.127 0.6 <10
Golden Gate HH-GG25-007C Core 191522 445.0 450.0 5.0 0.444 1.6 60
Golden Gate HH-GG25-007C Core 191523 450.0 459.5 9.5 0.349 <0.5 30
Golden Gate HH-GG25-007C Core 191524 459.5 470.0 10.5 0.315 <0.5 50
Golden Gate HH-GG25-007C Core 191525 470.0 474.9 4.9 0.621 0.6 10
Golden Gate HH-GG25-007C Core 191526 474.9 479.2 4.3 0.567 0.9 10
Golden Gate HH-GG25-007C Core 191527 479.2 484.0 4.8 0.369 <0.5 <10
Golden Gate HH-GG25-007C Core 191528 484.0 489.0 5.0 0.437 0.7 <10
Golden Gate HH-GG25-007C Core 191529 489.0 493.8 4.8 0.31 <0.5 10
Golden Gate HH-GG25-007C Core 191530 493.8 498.7 4.9 0.306 <0.5 10
Golden Gate HH-GG25-007C Core 191531 498.7 503.5 4.8 0.263 <0.5 10

26

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-007C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-007C Core 191532 503.5 508.8 5.3 0.386 0.7 10
Golden Gate HH-GG25-007C Core 191533 508.8 513.2 4.4 0.442 <0.5 10
Golden Gate HH-GG25-007C Core 191534 513.2 517.5 4.3 0.403 <0.5 <10
Golden Gate HH-GG25-007C Core 191535 517.5 520.0 2.5 0.09 <0.5 40
Golden Gate HH-GG25-007C Core 191536 520.0 525.0 5.0 0.481 <0.5 10
Golden Gate HH-GG25-007C Core 191537 525.0 529.0 4.0 0.328 <0.5 20
Golden Gate HH-GG25-007C Core 191538 529.0 532.2 3.2 0.209 <0.5 10
Golden Gate HH-GG25-007C Core 191539 532.2 540.0 7.8 0.015 <0.5 10
Golden Gate HH-GG25-007C Core 191541 540.0 547.1 7.1 0.46 <0.5 <10
Golden Gate HH-GG25-007C Core 191542 547.1 552.5 5.4 0.352 <0.5 <10
Golden Gate HH-GG25-007C Core 191543 552.5 558.5 6.0 0.273 <0.5 10
Golden Gate HH-GG25-007C Core 191544 558.5 562.0 3.5 0.257 <0.5 <10
Golden Gate HH-GG25-007C Core 191545 562.0 566.0 4.0 0.008 <0.5 <10
Golden Gate HH-GG25-007C Core 191547 566.0 573.0 7.0 0.305 <0.5 <10
Golden Gate HH-GG25-007C Core 191548 573.0 579.0 6.0 0.472 <0.5 <10
Golden Gate HH-GG25-007C Core 191549 579.0 585.0 6.0 1.665 <0.5 <10
Golden Gate HH-GG25-007C Core 191550 585.0 594.0 9.0 3.64 0.7 <10
Golden Gate HH-GG25-007C Core 191551 594.0 602.0 8.0 0.86 <0.5 <10
Golden Gate HH-GG25-007C Core 191552 602.0 608.6 6.6 0.624 <0.5 <10
Golden Gate HH-GG25-007C Core 191553 608.6 612.5 3.9 0.493 <0.5 <10
Golden Gate HH-GG25-007C Core 191554 612.5 617.0 4.5 0.165 0.5 <10
Golden Gate HH-GG25-007C Core 191555 617.0 622.0 5.0 0.376 2.2 <10
Golden Gate HH-GG25-007C Core 191556 622.0 626.7 4.7 0.18 0.6 <10
Golden Gate HH-GG25-007C Core 191558 626.7 631.7 5.0 0.139 0.5 10
Golden Gate HH-GG25-007C Core 191559 631.7 636.4 4.7 0.086 0.7 10
Golden Gate HH-GG25-007C Core 191560 636.4 641.4 5.0 0.168 0.7 <10
Golden Gate HH-GG25-007C Core 191561 641.4 646.0 4.6 0.227 0.5 <10
Golden Gate HH-GG25-007C Core 191562 646.0 651.0 5.0 0.234 0.5 <10
Golden Gate HH-GG25-007C Core 191564 651.0 655.0 4.0 0.182 0.5 <10
Golden Gate HH-GG25-007C Core 191565 655.0 660.0 5.0 0.166 0.5 <10
Golden Gate HH-GG25-007C Core 191566 660.0 665.7 5.7 0.2 <0.5 10
Golden Gate HH-GG25-007C Core 191567 665.7 671.0 5.3 0.128 <0.5 <10
Golden Gate HH-GG25-007C Core 191568 671.0 674.8 3.8 0.11 <0.5 <10
Golden Gate HH-GG25-007C Core 191569 674.8 679.7 4.9 0.133 0.5 10
Golden Gate HH-GG25-007C Core 191570 679.7 684.5 4.8 0.016 <0.5 <10
Golden Gate HH-GG25-007C Core 191571 684.5 690.6 6.1 0.007 <0.5 10
Golden Gate HH-GG25-007C Core 191572 690.6 697.1 6.5 0.017 <0.5 <10
Golden Gate HH-GG25-007C Core 191573 697.1 701.7 4.6 0.024 <0.5 <10
Golden Gate HH-GG25-007C Core 191574 701.7 706.0 4.3 0.05 <0.5 <10
Golden Gate HH-GG25-007C Core 191575 706.0 712.3 6.3 0.012 <0.5 <10
Golden Gate HH-GG25-007C Core 191576 712.3 717.3 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191577 717.3 723.0 5.7 0.009 <0.5 <10
Golden Gate HH-GG25-007C Core 191578 723.0 727.0 4.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191579 727.0 732.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191580 732.0 737.0 5.0 0.009 <0.5 <10
Golden Gate HH-GG25-007C Core 191581 737.0 743.0 6.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191582 743.0 748.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191583 748.0 752.7 4.7 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191584 752.7 757.7 5.0 0.01 <0.5 <10
Golden Gate HH-GG25-007C Core 191585 757.7 761.3 3.6 0.01 <0.5 <10

27

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-007C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-007C Core 191587 761.3 766.0 4.7 0.009 <0.5 <10
Golden Gate HH-GG25-007C Core 191588 766.0 770.0 4.0 0.008 <0.5 <10
Golden Gate HH-GG25-007C Core 191589 770.0 775.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191590 775.0 780.0 5.0 0.011 <0.5 <10
Golden Gate HH-GG25-007C Core 191591 780.0 785.0 5.0 0.009 <0.5 <10
Golden Gate HH-GG25-007C Core 191592 785.0 790.0 5.0 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191593 790.0 795.1 5.1 0.009 <0.5 <10
Golden Gate HH-GG25-007C Core 191594 795.1 800.0 4.9 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191595 800.0 805.1 5.1 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191596 805.1 810.0 4.9 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191597 810.0 815.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191598 815.0 820.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191599 820.0 825.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191600 825.0 830.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191601 830.0 835.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191602 835.0 840.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191603 840.0 854.0 14.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191604 854.0 849.9 -4.1 <0.005 0.5 <10
Golden Gate HH-GG25-007C Core 191606 849.9 855.0 5.1 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191607 855.0 860.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191608 860.0 864.6 4.6 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191609 864.6 869.6 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191610 869.6 874.2 4.6 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191611 874.2 878.5 4.3 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191612 878.5 883.5 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191614 883.5 887.5 4.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191615 887.5 892.0 4.5 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191616 892.0 STD STD 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191617 794.0 797.0 3.0 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191618 797.0 801.9 4.9 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191619 801.9 806.5 4.6 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191620 806.5 916.4 109.9 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191621 916.4 921.2 4.8 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191622 921.2 925.9 4.7 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191623 925.9 930.6 4.7 0.007 0.6 <10
Golden Gate HH-GG25-007C Core 191624 930.6 935.0 4.4 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191625 935.0 940.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191626 940.0 945.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191627 945.0 950.0 5.0 0.008 <0.5 <10
Golden Gate HH-GG25-007C Core 191628 950.0 955.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191629 955.0 960.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191630 960.0 965.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191631 965.0 970.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191632 970.0 974.0 4.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191633 974.0 978.5 4.5 0.008 <0.5 <10
Golden Gate HH-GG25-007C Core 191634 978.5 983.5 5.0 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191635 983.5 988.5 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191636 988.5 992.7 4.2 0.009 <0.5 <10
Golden Gate HH-GG25-007C Core 191637 992.7 997.4 4.7 0.008 0.5 10
Golden Gate HH-GG25-007C Core 191638 997.4 1001.8 4.4 0.007 <0.5 <10

28

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-007C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-007C Core 191639 1001.8 1005.7 3.9 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191640 1005.7 1010.7 5.0 0.007 <0.5 <10
Golden Gate HH-GG25-007C Core 191641 1010.7 1015.0 4.3 0.008 <0.5 <10
Golden Gate HH-GG25-007C Core 191642 1015.0 1020.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191643 1020.0 1025.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191644 1025.0 1030.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191645 1030.0 1035.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191647 1035.0 1039.2 4.2 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191648 1039.2 1044.0 4.8 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191649 1044.0 1049.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191650 1049.0 1053.0 4.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191651 1053.0 1058.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191652 1058.0 1063.0 5.0 0.006 <0.5 <10
Golden Gate HH-GG25-007C Core 191653 1063.0 1067.4 4.4 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191654 1067.4 1071.0 3.6 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191655 1071.0 1076.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191656 1076.0 1080.0 4.0 <0.005 <0.5 30
Golden Gate HH-GG25-007C Core 191657 1080.0 1085.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191658 1085.0 1090.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191659 1090.0 1095.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191660 1095.0 1099.9 4.9 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191661 1099.9 1105.0 5.1 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191663 1105.0 1110.3 5.3 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191664 1110.3 1115.0 4.7 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191665 1115.0 1120.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191666 1120.0 1125.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191667 1125.0 1130.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191668 1130.0 1135.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191670 1135.0 1140.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191671 1140.0 1145.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191672 1145.0 1150.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191673 1150.0 1155.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191674 1155.0 1160.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191675 1160.0 1165.0 5.0 0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191676 1165.0 1170.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191677 1170.0 1175.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191678 1175.0 1180.0 5.0 <0.005 <0.5 <10
Golden Gate HH-GG25-007C Core 191679 1180.0 1185.0 5.0 <0.005 <0.5 <10

29

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-001C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-001C Core 190501 0.0 7.6 3.6 0.146 0.5 <10
Golden Gate HH-GG25-001C Core 190502 7.6 11.2 3.6 0.084 0.8 10
Golden Gate HH-GG25-001C Core 190503 11.2 15.6 4.4 0.014 1 100
Golden Gate HH-GG25-001C Core 190504 15.6 20.0 4.4 0.029 5.3 120
Golden Gate HH-GG25-001C Core 190505 20.0 25.0 5.0 0.25 0.5 <10
Golden Gate HH-GG25-001C Core 190506 25.0 30.0 5.0 0.291 1.1 10
Golden Gate HH-GG25-001C Core 190507 30.0 35.0 5.0 0.298 1.2 10
Golden Gate HH-GG25-001C Core 190508 35.0 40.0 5.0 0.286 1.1 10
Golden Gate HH-GG25-001C Core 190509 40.0 50.0 4.0 0.071 1 10
Golden Gate HH-GG25-001C Core 190510 50.0 70.0 3.5 0.03 16.3 160
Golden Gate HH-GG25-001C Core 190512 70.0 75.0 2.7 0.318 1.8 <10
Golden Gate HH-GG25-001C Core 190513 75.0 80.0 3.5 0.151 42.3 510
Golden Gate HH-GG25-001C Core 190514 80.0 85.0 3.0 0.388 21.1 170
Golden Gate HH-GG25-001C Core 190515 85.0 91.5 2.5 0.325 0.8 10
Golden Gate HH-GG25-001C Core 190516 91.5 100.0 2.7 0.329 1.2 10
Golden Gate HH-GG25-001C Core 190517 112.0 120.0 2.2 0.569 1.1 10
Golden Gate HH-GG25-001C Core 190518 120.0 125.0 4.7 0.104 0.800 3150
Golden Gate HH-GG25-001C Core 190519 125.0 130.0 4.8 0.287 <0.5 20
Golden Gate HH-GG25-001C Core 190520 130.0 135.0 5.0 0.247 0.700 10
Golden Gate HH-GG25-001C Core 190521 135.0 140.0 5.0 0.169 1.100 20
Golden Gate HH-GG25-001C Core 190522 140.0 145.0 5.0 0.334 <0.5 <10
Golden Gate HH-GG25-001C Core 190523 145.0 150.0 4.7 0.509 <0.5 90
Golden Gate HH-GG25-001C Core 190524 150.0 155.0 5.0 0.263 0.900 70
Golden Gate HH-GG25-001C Core 190525 155.0 165.0 4.3 0.137 <0.5 50
Golden Gate HH-GG25-001C Core 190526 165.0 170.0 5.0 0.193 0.600 80
Golden Gate HH-GG25-001C Core 190527 170.0 175.0 5.0 0.16 0.700 50
Golden Gate HH-GG25-001C Core 190528 175.0 180.0 5.0 0.176 0.500 20
Golden Gate HH-GG25-001C Core 190529 180.0 185.3 5.3 0.468 0.600 20
Golden Gate HH-GG25-001C Core 190530 185.3 190.0 4.7 0.577 <0.5 10
Golden Gate HH-GG25-001C Core 190531 190.0 193.5 3.5 1.01 0.700 40
Golden Gate HH-GG25-001C Core 190532 193.5 196.8 3.3 0.494 1.300 10
Golden Gate HH-GG25-001C Core 190533 196.8 200.0 3.2 0.2 13.600 10
Golden Gate HH-GG25-001C Core 190534 200.0 205.1 3.2 0.251 4.900 20
Golden Gate HH-GG25-001C Core 190536 205.1 210.0 4.9 0.081 0.700 10
Golden Gate HH-GG25-001C Core 190537 210.0 215.0 5.0 0.134 1.500 10
Golden Gate HH-GG25-001C Core 190538 215.0 220.0 5.0 0.133 2.300 10
Golden Gate HH-GG25-001C Core 190539 220.0 225.0 5.0 0.118 0.800 20
Golden Gate HH-GG25-001C Core 190540 225.0 230.0 5.0 0.142 <0.5 10
Golden Gate HH-GG25-001C Core 190542 230.0 235.0 5.0 0.143 <0.5 20
Golden Gate HH-GG25-001C Core 190543 235.0 240.0 5.0 0.225 0.500 10
Golden Gate HH-GG25-001C Core 190544 240.0 245.1 5.1 0.28 1.200 10
Golden Gate HH-GG25-001C Core 190545 245.1 250.0 4.9 0.445 1.200 10
Golden Gate HH-GG25-001C Core 190546 250.0 255.1 5.1 0.342 1.000 10
Golden Gate HH-GG25-001C Core 190547 255.1 260.0 4.9 0.353 0.9 10

30

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-001C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-001C Core 190548 260.0 265.0 5.0 0.401 0.9 10
Golden Gate HH-GG25-001C Core 190549 265.0 270.0 5.0 0.179 1.3 10
Golden Gate HH-GG25-001C Core 190550 270.0 274.0 4.0 0.198 0.9 10
Golden Gate HH-GG25-001C Core 190551 274.0 278.7 4.7 0.238 0.8 10
Golden Gate HH-GG25-001C Core 190552 278.7 283.5 4.8 0.362 0.7 10
Golden Gate HH-GG25-001C Core 190553 283.5 288.0 4.5 0.332 <0.5 10
Golden Gate HH-GG25-001C Core 190554 288.0 292.5 4.5 0.385 1 <10
Golden Gate HH-GG25-001C Core 190555 292.5 297.0 4.5 0.374 <0.5 10
Golden Gate HH-GG25-001C Core 190556 297.0 301.5 4.5 0.512 0.5 10
Golden Gate HH-GG25-001C Core 190557 301.5 305.0 3.5 0.541 1.8 10
Golden Gate HH-GG25-001C Core 190558 305.0 309.8 4.8 0.816 2.8 20
Golden Gate HH-GG25-001C Core 190559 309.8 315.0 5.2 1.6 6.8 40
Golden Gate HH-GG25-001C Core 190560 315.0 320.0 5.0 2.09 1.5 10
Golden Gate HH-GG25-001C Core 190561 320.0 325.0 5.0 2.49 2.8 210
Golden Gate HH-GG25-001C Core 190562 325.0 329.2 4.2 2.01 0.9 10
Golden Gate HH-GG25-001C Core 190564 329.2 333.2 4.0 3.1 0.9 10
Golden Gate HH-GG25-001C Core 190565 333.2 338.1 4.9 2.86 0.9 10
Golden Gate HH-GG25-001C Core 190566 338.1 342.9 4.8 3.4 1.7 10
Golden Gate HH-GG25-001C Core 190567 342.9 347.0 4.1 2.06 1.2 10
Golden Gate HH-GG25-001C Core 190568 347.0 352.0 5.0 1.375 0.7 10
Golden Gate HH-GG25-001C Core 190569 352.0 357.2 5.2 0.56 0.8 10
Golden Gate HH-GG25-001C Core 190570 357.2 361.8 4.6 0.522 0.9 10
Golden Gate HH-GG25-001C Core 190571 361.8 366.6 4.8 1.165 0.7 10
Golden Gate HH-GG25-001C Core 190572 366.6 371.2 4.6 0.739 0.9 10
Golden Gate HH-GG25-001C Core 190573 371.2 375.5 4.3 1.115 0.9 10
Golden Gate HH-GG25-001C Core 190575 375.5 380.5 5.0 0.782 0.9 10
Golden Gate HH-GG25-001C Core 190576 380.5 385.0 4.5 0.803 1 10
Golden Gate HH-GG25-001C Core 190577 385.0 390.0 5.0 1.35 0.7 10
Golden Gate HH-GG25-001C Core 190578 390.0 394.8 4.8 0.882 0.5 10
Golden Gate HH-GG25-001C Core 190579 394.8 400.0 5.2 0.559 0.6 10
Golden Gate HH-GG25-001C Core 190580 400.0 405.0 5.0 0.856 <0.5 <10
Golden Gate HH-GG25-001C Core 190581 405.0 410.0 5.0 1.2 0.7 10
Golden Gate HH-GG25-001C Core 190582 410.0 414.3 4.3 0.54 <0.5 10
Golden Gate HH-GG25-001C Core 190583 414.3 418.4 4.1 0.637 1 10
Golden Gate HH-GG25-001C Core 190584 418.4 422.7 4.3 0.544 5.2 10
Golden Gate HH-GG25-001C Core 190585 422.7 427.5 4.8 1.14 5.6 10
Golden Gate HH-GG25-001C Core 190586 427.5 432.0 4.5 1.64 0.5 10
Golden Gate HH-GG25-001C Core 190587 432.0 436.6 4.6 2.59 2.8 10
Golden Gate HH-GG25-001C Core 190588 436.6 441.2 4.6 3.54 0.6 <10
Golden Gate HH-GG25-001C Core 190589 441.2 446.0 4.8 3.76 <0.5 <10
Golden Gate HH-GG25-001C Core 190590 446.0 450.0 4.0 2.61 0.6 10
Golden Gate HH-GG25-001C Core 190591 450.0 455.0 5.0 2.81 <0.5 <10
Golden Gate HH-GG25-001C Core 190592 455.0 460.0 5.0 3.02 2.1 10
Golden Gate HH-GG25-001C Core 190594 460.0 465.0 5.0 2.43 0.6 <10
Golden Gate HH-GG25-001C Core 190595 465.0 470.0 5.0 3.89 0.5 <10

31

2 December 2025

==> picture [92 x 68] intentionally omitted <==

Appendix B: HH-GG25-001C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-001C Core 190596 470.0 474.2 4.2 3.03 <0.5 10
Golden Gate HH-GG25-001C Core 190597 474.2 478.8 4.6 2.57 0.5 10
Golden Gate HH-GG25-001C Core 190598 478.8 483.3 4.5 2.33 0.5 <10
Golden Gate HH-GG25-001C Core 190599 483.3 488.0 4.7 1.63 6.3 10
Golden Gate HH-GG25-001C Core 190600 488.0 492.0 4.0 2.85 <0.5 10
Golden Gate HH-GG25-001C Core 190601 492.0 495.9 3.9 2.99 <0.5 <10
Golden Gate HH-GG25-001C Core 190602 495.9 500.0 4.1 2.05 <0.5 10
Golden Gate HH-GG25-001C Core 190603 500.0 505.0 5.0 1.48 <0.5 10
Golden Gate HH-GG25-001C Core 190604 505.0 510.0 5.0 2.37 <0.5 10
Golden Gate HH-GG25-001C Core 190605 510.0 514.0 4.0 2.91 <0.5 <10
Golden Gate HH-GG25-001C Core 190606 514.0 517.6 3.6 2.99 <0.5 <10
Golden Gate HH-GG25-001C Core 190608 517.6 522.6 5.0 1.91 0.5 <10
Golden Gate HH-GG25-001C Core 190609 522.6 526.7 4.1 1.64 <0.5 <10
Golden Gate HH-GG25-001C Core 190610 526.7 531.2 4.5 2.28 2 <10
Golden Gate HH-GG25-001C Core 190611 531.2 535.7 4.5 2.87 <0.5 <10
Golden Gate HH-GG25-001C Core 190612 535.7 540.0 4.3 3.21 <0.5 10
Golden Gate HH-GG25-001C Core 190613 540.0 545.0 5.0 2.84 0.5 10
Golden Gate HH-GG25-001C Core 190614 545.0 550.0 5.0 3.38 0.5 <10
Golden Gate HH-GG25-001C Core 190615 550.0 554.4 4.4 3.74 <0.5 10
Golden Gate HH-GG25-001C Core 190616 554.4 558.6 4.2 2.18 0.5 <10
Golden Gate HH-GG25-001C Core 190617 558.6 562.0 3.4 2.49 <0.5 <10
Golden Gate HH-GG25-001C Core 190618 562.0 565.5 3.5 0.66 1.3 10
Golden Gate HH-GG25-001C Core 190619 565.5 570.0 4.5 0.896 0.9 10
Golden Gate HH-GG25-001C Core 190620 570.0 574.7 4.7 1.35 2.2 10
Golden Gate HH-GG25-001C Core 190621 574.7 579.2 4.5 1.605 0.7 10
Golden Gate HH-GG25-001C Core 190623 579.2 583.7 4.5 1.96 0.6 <10
Golden Gate HH-GG25-001C Core 190624 583.7 588.3 4.6 2.02 1 <10
Golden Gate HH-GG25-001C Core 190625 588.3 592.9 4.6 0.816 0.7 10
Golden Gate HH-GG25-001C Core 190626 592.9 597.2 4.3 1.915 <0.5 10
Golden Gate HH-GG25-001C Core 190627 597.2 602.3 5.1 1.54 1.4 10
Golden Gate HH-GG25-001C Core 190628 602.3 607.2 4.9 2.06 2.9 10
Golden Gate HH-GG25-001C Core 190629 607.2 612.0 4.8 1.19 0.6 10
Golden Gate HH-GG25-001C Core 190630 612.0 616.5 4.5 1.62 0.6 10
Golden Gate HH-GG25-001C Core 190631 616.5 621.3 4.8 1.965 0.8 10
Golden Gate HH-GG25-001C Core 190632 621.3 625.8 4.5 1.85 0.8 10
Golden Gate HH-GG25-001C Core 190633 625.8 630.7 4.9 3.98 1.2 10
Golden Gate HH-GG25-001C Core 190634 630.7 635.7 5.0 0.674 1 10
Golden Gate HH-GG25-001C Core 190635 635.7 640.7 5.0 1.005 0.6 10
Golden Gate HH-GG25-001C Core 190636 640.7 645.0 4.3 1.175 0.5 10
Golden Gate HH-GG25-001C Core 190637 645.0 650.0 5.0 2.8 1.2 10
Golden Gate HH-GG25-001C Core 190638 650.0 654.8 4.8 1.955 <0.5 10
Golden Gate HH-GG25-001C Core 190640 654.8 659.6 4.8 1.065 0.5 10
Golden Gate HH-GG25-001C Core 190641 659.6 663.7 4.1 0.696 0.6 10
Golden Gate HH-GG25-001C Core 190642 663.7 668.0 4.3 1.035 1.7 10
Golden Gate HH-GG25-001C Core 190643 668.0 673.0 5.0 0.934 1 10

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Appendix B: HH-GG25-001C ASSAY RESULTS – Gold, Silver and Tungsten

Location Hole ID Drill
Technique		 Sample ID From (ft) To (ft) Smpl Lgth (ft) Au Ag W
Au-AA23 ME-ICP61 ME-ICP61
ppm ppm ppm
Golden Gate HH-GG25-001C Core 190644 673.0 678.0 5.0 0.906 <0.5 10
Golden Gate HH-GG25-001C Core 190645 678.0 682.0 4.0 0.746 <0.5 10
Golden Gate HH-GG25-001C Core 190646 682.0 687.0 5.0 0.707 0.7 10
Golden Gate HH-GG25-001C Core 190647 687.0 692.0 5.0 0.859 0.7 10
Golden Gate HH-GG25-001C Core 190648 692.0 696.5 4.5 1.335 1.1 10
Golden Gate HH-GG25-001C Core 190649 696.5 701.3 4.8 0.869 0.7 10
Golden Gate HH-GG25-001C Core 190650 701.3 706.0 4.7 1.785 0.8 10
Golden Gate HH-GG25-001C Core 190651 706.0 710.5 4.5 0.907 0.5 10
Golden Gate HH-GG25-001C Core 190652 710.5 715.3 4.8 1.39 <0.5 10
Golden Gate HH-GG25-001C Core 190653 715.3 720.0 4.7 0.906 0.6 40
Golden Gate HH-GG25-001C Core 190654 720.0 724.7 4.7 0.764 1.1 10
Golden Gate HH-GG25-001C Core 190655 724.7 729.1 4.4 0.896 1.1 10
Golden Gate HH-GG25-001C Core 190656 729.1 732.9 3.8 0.631 0.8 10
Golden Gate HH-GG25-001C Core 191051 732.9 737.4 4.5 0.647 0.9 10
Golden Gate HH-GG25-001C Core 191052 737.4 742.2 4.8 0.7 1 10
Golden Gate HH-GG25-001C Core 191053 742.2 746.8 4.6 0.606 0.7 10
Golden Gate HH-GG25-001C Core 191054 746.8 750.0 3.2 0.081 0.6 10
Golden Gate HH-GG25-001C Core 191055 750.0 755.0 5.0 0.126 0.5 10
Golden Gate HH-GG25-001C Core 191056 755.0 760.0 5.0 0.239 0.8 10

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Appendix C: 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 (eg cut
channels, random chips, or specific
specialised
industry
standard
measurement tools appropriate to the
minerals under investigation, such as
down hole gamma sondes, or handheld
XRF instruments, etc). These examples
should not be taken as limiting the broad
meaning of sampling.
•
Include reference to measures taken to
ensure sample representivity and the
appropriate
calibration
of
any
measurement tools or systems used.
•
Aspects
of
the
determination
of
mineralisation that are Material to the
Public Report.
•
In cases where ‘industry standard’ work
has been done this would be relatively
simple (eg ‘reverse circulation drilling
was used to obtain 1 m samples from
which 3 kg was pulverised to produce a
30 g charge for fire assay’). In other
cases
more
explanation
may
be
required, such as where there is coarse
gold
that
has
inherent
sampling
problems. Unusual commodities or
mineralisation types (eg submarine
nodules) may warrant disclosure of
detailed information.		 •
This announcement contains exploration
results of four drill holes with the ID
references HH-GG25-004C, HH-GG25-
005C, HH-GG25-007C and HH-GG25-
001C (part thereof).
•
The data is: drill hole data; sample data;
assay
data;
and
geological
data.
Supporting data includes drill collar
locations in UTM metric data, together
with dip, azimuth, altitude and end of hole
data.
•
Tabulated assay data is gold, silver,
tungsten. The Company has completed
multi-element analysis and has referred to
tungsten geochemistry.
•
Assay data commentary is for gold only.
•
Please note that the primary data of the
core samples (start, finish, interval) were
converted
from
imperial
feet
measurements to metric metres in this
announcement. Note that the operating
jurisdiction uses imperial measurement
system.
•
The assay data is derived independent
professional laboratory services company
of submitted core samples from HH-
GG25-004C,
HH-GG25-005C,
HH-
GG25-007C and HH-GG25-001C.
•
HH-GG25-004C, HH-GG25-005C, HH-
GG25-007C and HH-GG25-001C are
diamond core holes. Sample intervals are
contiguous
and
range
in
length
individually from 2.3ft to 10.5ft (averaging
±4.5ft). The samples are half-cut core
prepared by industry standard core
cutting saw by qualified personnel.
•
Samples were taken for the majority of the
hole depth except where rock voids were
encountered.
•
Geological data is derived from detailed
geological and geotechnical logging by
qualified personnel.
Drilling
techniques		 •
Drill type (eg core, reverse circulation,
open-hole hammer, rotary air blast,
auger, Bangka, sonic, etc) and details
(eg core diameter, triple or standard
tube, depth of diamond tails, face-		 •
HH-GG25-004C, HH-GG25-005C, HH-
GG25-007C and HH-GG25-001C are
diamond core drill holes that was drilled by
Evolve Exploration Ltd using a Multipower

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Criteria JORC Code explanation Commentary
sampling bit or other type, whether core
is oriented and if so, by what method,
etc).		 MP500 modular core rig providing HQ
diamond drill core.
•
The drill core is not oriented.
Drill
sample
recovery		 •
Method of recording and assessing core
and chip sample recoveries and results
assessed.
•
Measures taken to maximise sample
recovery and ensure representative
nature of the samples.
•
Whether a relationship exists between
sample
recovery
and
grade
and
whether
sample
bias
may
have
occurred due to preferential loss/gain of
fine/coarse material.		 •
Drill core recovery of HH-GG25-004C,
HH-GG25-005C, HH-GG25-007C and
HH-GG25-001C was variable depending
on the ground conditions (a function of the
solid lithologies) from 30% over short
intervals to 100%.
Logging •
Whether core and chip samples have
been geologically and geotechnically
logged to a level of detail to support
appropriate
Mineral
Resource
estimation,
mining
studies
and
metallurgical studies.
•
Whether
logging
is
qualitative
or
quantitative in nature. Core (or costean,
channel, etc) photography.
•
The total length and percentage of the
relevant intersections logged.		 •
Drill core was logged for lithology,
alteration,
mineralization,
structure
(geotechnical) using oriented core to a
level which has enabled preliminary
interpretations
relating
to
style
of
mineralisation, host and thickness. At this
stage no Mineral Resource Estimates,
mining studies or metallurgical studies are
appropriate.
•
Drill core is also logged for RQD and Core
recovery.
•
Drill core is then digited photographed wet
and dry while whole after logging.
•
The logging, as described above is both
quality and quantitative.
•
100% of the relevant intersections were
logged as per above.
Sub-sampling
techniques
and
sample
preparation		 •
If core, whether cut or sawn and
whether quarter, half or all core taken.
•
If
non-core,
whether
riffled,
tube
sampled, rotary split, etc and whether
sampled wet or dry.
•
For all sample types, the nature, quality
and appropriateness of the sample
preparation technique.
•
Quality control procedures adopted for
all sub-sampling stages to maximise
representivity of samples.
•
Measures taken to ensure that the
sampling is representative of the in situ
material collected, including for instance
results for field duplicate/second-half
sampling.		 •
The HQ core was halved using a diamond
core saw and sampled on geological
intervals approximating 2.5 ft to 10.4 ft in
length.
•
Drill core was halved using a gasoline
powered core saw by RML contract staff
who maintain possession of the core at its
Antimony Camp facility.
•
Half-cut core samples were bagged and
tagged using bar-coded sample tags and
were securely stored prior to shipment at
the Antimony Camp facility.
•
Half cut core samples were transported by
RML contractors under lock and key to
ALS prep’ lab’ facility in Twin Falls, ID. No
third-party shippers were involved in the
shipping process; chain of custodyforms

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Criteria JORC Code explanation Commentary
•
Whether sample sizes are appropriate
to the grain size of the material being
sampled.		 were exchanged at ALS Minerals in Twin
Falls and a copy kept on file. The
remaining boxed cut core are kept at a
secure locked facility in Donnelly, ID.
•
ALS Minerals Twin Falls prep’ lab’ logs in
the samples using the sample tag bar
codes provided. Samples were then
crushed to 70% less than 2mm, rotary
split off 250g, pulverise split to better than
85% passing 75 microns.
•
All samples were then shipped to ALS
Minerals
analytical
laboratory
in
Vancouver, British Columbia.
Quality
of
assay
data
and
laboratory
tests		 •
The nature, quality and appropriateness
of
the
assaying
and
laboratory
procedures used and whether the
technique is considered partial or total.
•
For geophysical tools, spectrometers,
handheld XRF instruments, etc, the
parameters used in determining the
analysis including instrument make and
model,
reading
times,
calibrations
factors applied and their derivation, etc.
•
Nature of quality control procedures
adopted
(eg
standards,
blanks,
duplicates, external laboratory checks)
and whether acceptable levels of
accuracy (i.e. lack of bias) and precision
have been established.		 •
Gold was assayed by analytical method
Au-AA23: Au by fire assay and AAS 30g
nominal sample weight.
•
Multielement analysis was by analytical
method ME-ICP61: 34 elements by HF-
HNO3-HClO4 acid digestion, HCl leach
and ICP-AES. Quantitatively dissolves
nearly all elements for the majority of
geological materials. Only the most
resistive minerals, such as Zircons, are
only partially dissolved.
•
No geophysical tools, spectrometers,
handheld XRF instruments, etc.. were
used in the generation of the assay data_._
•
Certified reference materials (CRM) from
an ISO certified supplier were inserted
randomly into the sample stream at a ratio
of 2%. CRMs were obtained for Meg LLC
of Reno, Nevada; two separate CRMs
were used for gold: a low grade and high-
grade standard.
•
Blank material was inserted randomly in
the sample stream at a ratio of 2%. Blank
material is commercially available pea-
gravel that has been previously tested for
gold concentrations.
•
Duplicates samples were collected by
quarter cutting the core at randomly
selected
intervals.
Two
quarter-cut
portions of core were sent for analysis; the
remaining half is kept at a secure facility.
Core intervals of poor recovery were not
used for duplicate samples. Duplicate
core samples were inserted into the
sample stream at a ratio of 2%.

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Criteria JORC Code explanation Commentary
Verification of
sampling and
assaying		 •
The
verification
of
significant
intersections by either independent or
alternative company personnel.
•
The use of twinned holes.
•
Documentation of primary data, data
entry procedures, data verification, data
storage
(physical
and
electronic)
protocols.
•
Discuss any adjustment to assay data.		 •
No
verification
of
the
significant
intersections by either independent or
_alternative company personnel_has been
completed
to
date.
The
company
acknowledges the material nature of the
results and is planning a program of select
verification
assays.
Such
were
the
immediacy
of
the
results;
these
verifications were not possible prior to the
release of the [initial/first] results. The
Company is confident that its sample
security processes are adequate for the
interim period.
•
The announcement details drill holes HH-
HH-GG25-004C, HH-GG25-005C, HH-
GG25-007C and HH-GG25-001C. Note
that HH-GG25-004C was drilled on the
same platform as HH-GG25-003C but
drilled in a different direction (Figure 3). By
this HH-GG25-004C and HH-GG25-003C
are fanned holes.
•
Sample results, certificates and results
were sent via email to RML site
contractors in Antimony Camp where
results are analysed and interpreted.
•
No assay adjustments have been carried
out.
Location
of
data points		 •
Accuracy and quality of surveys used to
locate drill holes (collar and down-hole
surveys), trenches, mine workings and
other
locations
used
in
Mineral
Resource estimation.
•
Specification of the grid system used.
•
Quality and adequacy of topographic
control.		 •
The drill hole locations were achieved
using handheld GPS programmed into the
local coordinate system. The accuracy of
the GPS is in line with best practice
standards.
Data spacing
and
distribution		 •
Data
spacing
for
reporting
of
Exploration Results.
•
Whether
the
data
spacing
and
distribution is sufficient to establish the
degree
of
geological
and
grade
continuity appropriate for the Mineral
Resource and Ore Reserve estimation
procedure(s)
and
classifications
applied.
•
Whether sample compositing has been
applied.		 •
The assay data spacing of HH-GG25-
004C, HH-GG25-005C, HH-GG25-007C
and HH-GG25-001C, the length and
frequency of each sample and the
collective coverage of the drill holes are
best practise in terms of hole sample
representativeness.
•
In terms of geological data spacing
associated with HH-GG25-004C, HH-
GG25-005C, HH-GG25-007C and HH-
GG25-001C every metre of the holes
were logged.
Orientation of
data
in
relation
to		 •
Whether the orientation of sampling
achieves unbiased sampling of possible
structures and the extent to which this is
known, considering the deposit type.		 •
The drill holes have a drill direction that is
approaching perpendicular to the regional
trend (lithologically and structurally) and
also approaching perpendicular to the
known mineralisation of a historical

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Criteria JORC Code explanation Commentary
geological
structure		 •
If the relationship between the drilling
orientation and the orientation of key
mineralised structures is considered to
have introduced a sampling bias, this
should be assessed and reported if
material.		 tungsten mine. The purpose of the holes
was to test the occurrence of known
tungsten mineralisation at surface at
depth, and to test the occurrence of gold
in un-oxidised rocks at depth.
•
Cautionary Note: There is currently
insufficient data pertaining to sampling
orientation and the local-scale orientation
of mineralisation to determine the true
width of the gold intervals in these holes.
Additional holes in all directions are
required to determine whether the gold
mineralisation is broadly pervasive or (to
various degrees) spatially constrained.
For example, if the gold mineralisation is
broadly pervasive, then the gold intervals
in this announcement are true widths. If
the
gold
mineralisation
is
spatially
constrained, then the gold intervals in this
announcement are not true widths. Based
in increasing data, the gold mineralisation
is interpreted as being broadly pervasive
in
association
with
a
structurally-
controlled repeating host sequence of
country-rock granites and fault breccias.
Sample
security		 •
The measures taken to ensure sample
security.		 •
All drill core samples were delivered
directly to RML’s geologists on site where
they remain under direct supervision at a
secure site.
Audits
or
reviews		 •
The results of any audits or reviews of
sampling techniques and data.		 •
The competent person is unaware of the
undertaking of audits or reviews for
sampling technique and data, other than
its own review.

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Section 2 Reporting of Exploration Results

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

Criteria JORC Code explanation Commentary
Mineral
tenement
and
land
tenure
status		 •
Type, reference name/number, location
and ownership including agreements or
material issues with third parties such as
joint ventures, partnerships, overriding
royalties, native title interests, past sites,
wilderness
or
national
park
and
environmental settings.
•
The security of the tenure held at the
time of reporting along with any known
impediments to obtaining a licence to
operate in the area.		 •
This announcement refers to the one
project, Horse Heaven project in Idaho
USA, comprising six hundred and
ninety-nine (699) U.S. Federal lode
mining claims covering 5,644 hectares
and includes six hundred and eighty-
nine (689) mining claims and ten lode
mining
claims
referred
as
the
Oberbillig Group.
•
The competent person understands
that the mining claims are all in good
standing.
Exploration
done by other
parties		 •
Acknowledgment
and
appraisal
of
exploration by other parties.		 •
No exploration results reported in this
release were performed by other
parties.
Geology •
Deposit type, geological setting and
style of mineralisation.		 •
The project area is dominated by
Cretaceous-aged
granitic
rocks
relating to intrusive phases associated
with the Atlanta Lobe of the Idaho
Batholith. These largely granodiorite
rocks have intruded Neoproterozoic-
aged
metasediments,
comprising
quartzites (which are dominant) calc-
silicates, marble and black shale. The
area and broader region are affected
by broad reginal folding and N-S, NNE-
SSW, and NE-SW faults.
•
Gold, antimony, tungsten and silver
mineralisation
is
associated
with
hydrothermally altered and fractured
granodiorites.
Drillhole
Information		 •
A summary of all information material to
the understanding of the exploration
results including a tabulation of the
following information for all Material
drillholes:
o
easting and northing of the
drillhole collar
o
elevation or RL (Reduced
Level – elevation above sea
level in metres) of the
drillhole collar
o
dip and azimuth of the hole
o
down
hole
length
and
interception depth
o
hole length.		 •
The drillhole information for HH-GG25-
004C, HH-GG25-005C, HH-GG25-
007C
and
HH-GG25-001C,
are
included in an in-text table (Table 1)
with drill collar location data, altitude,
dip, azimuth, and end of hole.

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Criteria JORC Code explanation Commentary
•
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
aggregation
methods		 •
In
reporting
Exploration
Results,
weighting
averaging
techniques,
maximum
and/or
minimum
grade
truncations (eg cutting of high grades)
and cut-off grades are usually Material
and should be stated.
•
Where aggregate intercepts incorporate
short lengths of high-grade results and
longer lengths of low-grade results, the
procedure used for such aggregation
should be stated and some typical
examples of such aggregations should
be shown in detail.
•
The assumptions used for any reporting
of metal equivalent values should be
clearly stated.		 •
In
reporting
downhole
gold
intersections results of HH-GG25-
004C, HH-GG25-005C, HH-GG25-
007C
and
HH-GG25-001C,
no
maximum and minimum truncations
were used.
•
In
reporting
downhole
gold
intersections/intervals, assay results of
HH-GG25-002C and HH-GG25-003C,
weighted averages were required due
to the fact that sample lengths were
variant (between 2.2ft and 5.2ft). The
sample interval length was multiplied
by the sample assay data then divided
by the total length of the interval.
•
No metal equivalents were used in this
announcement.
Relationship
between
mineralisation
widths
and
intercept lengths		 •
These relationships are particularly
important in the reporting of Exploration
Results.
•
If the geometry of the mineralisation with
respect to the drillhole angle is known,
its nature should be reported.
•
If it is not known and only the down hole
lengths are reported, there should be a
clear statement to this effect (eg ‘down
hole length, true width not known’).		 •
With reference to HH-GG25-004C,
HH-GG25-005C, HH-GG25-007C and
HH-GG25-001C, the holes were drilled
close to perpendicular across the
prospect-scale
orientation
of
the
known mineralisation.
•
There is insufficient data pertaining
to the gold mineralisation identified
in HH-GG25-004C, HH-GG25-005C,
HH-GG25-007C and HH-GG25-001C,
to allow conclusive statements
concerning
the
sampling
orientation
and
the
local-scale
orientation
of
mineralisation.
Therefore the true width nature of
the
reported
widths
of
the
mineralisation (in rock chip channel
and drilling) is not known.
Diagrams •
Appropriate maps and sections (with
scales) and tabulations of intercepts
should be included for any significant
discovery being reported These should
include, but not be limited to a plan view
of
drillhole
collar
locations
and
appropriate sectional views.		 •
A map and a cross section are
provided with geolocation information
(coordinates, northing and scale bar).
Legends are included within each
figure (where appropriate) and when
additional explanation is required, this
is given to the figure caption.
Balanced
reporting		 •
Where comprehensive reporting of all
Exploration Results is not practicable,
representative reporting of both low and
high grades and/or widths should be		 •
This announcement is considered to
be fair and balanced with respect to the

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Criteria JORC Code explanation Commentary
practiced to avoid misleading reporting
of Exploration Results.		 exploration results and interpretations
based on them.
Other
substantive
exploration data		 •
Other exploration data, if meaningful
and
material,
should
be
reported
including (but not limited to): geological
observations;
geophysical
survey
results; geochemical survey results;
bulk samples – size and method of
treatment; metallurgical test results; bulk
density, groundwater, geotechnical and
rock
characteristics;
potential
deleterious
or
contaminating
substances.		 •
There is no other material data
associated
with
new
exploration
results in this announcement.
Further work •
The nature and scale of planned further
work (eg tests for lateral extensions or
depth extensions or large-scale step-out
drilling).
•
Diagrams clearly highlighting the areas
of possible extensions, including the
main geological interpretations and
future drilling areas, provided this
information
is
not
commercially
sensitive.		 •
The
drill
holes
subject
of
this
announcement, HH-GG25-004C, HH-
GG25-005C, HH-GG25-007C and HH-
GG25-001C, are part of the 10-hole
diamond core program, which as the
announcement reports, Is completed.
Drill hole data of HH-GG25-006C and
HH-GG25-007C through to HH-GG25-
010C will be released to the market
upon receipt.
•
Plans (Figures 2 and 3) and a cross
sections (Figures 4, 5, 6 and 7) are
included in this announcement to
provide a sense of location of the hole
in relation: to i) other drill holes; and ii)
intersected mineralisation. The cross
sections
include
a
geological
interpretation.

41

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