Announcement PDF \ www.adavaleresources.com Adavale Resources Limited Level 2, 49 Oxford Close West Leederville, WA, 6007 Directors & Officers ALLAN RITCHIE Executive Chairman & CEO DAVID WARD Managing Director NIC MATICH Non-Executive Director LEONARD MATH CFO & Company Secretary ASX: ADD Adavaleresources Adavale_ASXADD Investor@adavaleresources.com +61 2 9127 9852 ASX ANNOUNCEMENT 22 September 2026 FROM ZERO TO 383KOZ GOLD IN 20 MONTHS HIGHLIGHTS • Parkes Gold Resource more than TRIPLES to 383koz — up from 115koz in less than 17 months through resource growth and strategic portfolio expansion. • London–Victoria Resource surges 228% to 263koz with 126koz classified as Indicated — following Adavale’s first standalone drilling campaign at the deposit in almost 30 years. • London–Victoria remains wide open for growth — mineralisation remains open at depth, down plunge, along strike and in parallel zones. • ~70koz added from near-mine opportunities —Victoria South and Armstrongs expand the resource base beyond the historic London–Victoria mine. • A much larger resource foundation to build on — drilling has focused on London– Victoria, while the broader Parkes Project remains at an early stage of exploration. • Significant exploration upside remains across the Parkes Project — multiple near-mine and regional targets are yet to be systematically drill tested. Adavale Resources Executive Chairman, Mr. Allan Ritchie, commented: “When we completed the Parkes acquisition in January 2025, the project had no gold Mineral Resource reported under JORC 2012. In approximately 20 months, we have built a total Parkes gold resource inventory of 383,300 ounces through resource definition, successful drilling and strategic acquisitions. That progress demonstrates our ability to recognise an overlooked opportunity and turn it into a growing resource base. “We see this as just the beginning. Our drilling has concentrated on London–Victoria alone, where mineralisation remains open, while exploration across the broader project area is still at an early stage. With new near-mine resources established and further gold and copper targets to test, we are only beginning to assess the potential of the belt scale portfolio we have assembled. Our focus is now on continuing to grow this resource base while pursuing new discoveries across the broader project. Alongside this we are advancing the technical work required to properly evaluate the development opportunity.” Adavale Resources Managing Director, Mr. David Ward, commented: “This is a step-change result for Adavale, the first update to the London-Victoria JORC Mineral Resource since we established the maiden Resource in May 2025, and one that reflects the quality of the systematic 85-hole drillout we’ve just completed. Importantly, mineralisation remains open in every direction, at depth, down plunge, along strike and in parallel zones and multiple near-mine prospects have only just started to be tested. From a technical perspective, we’re only starting to define the scale of the London- Victoria system let along the broader Parkes Gold Project.” 2 Updated Mineral Resources at London-Victoria and Satellite Deposits: Material Type Au Indicated Inferred Total cut-off (g/t) Tonnes Au Au Tonnes Au Au Tonnes Au Au (Mt) (g/t) (oz) (Mt) (g/t) (oz) (Mt) (g/t) (oz) London-Victoria Oxide 0.2 1.56 0.59 29,500 0.69 0.86 19,300 2.25 0.67 48,800 Sulphide 0.25 4.13 0.73 96,700 3.36 1.08 117,200 7.49 0.89 213,900 Total Various 5.69 0.69 126,200 4.06 1.05 136,500 9.74 0.84 262,700 Victoria South Oxide 0.2 0 0 0 0.67 0.77 16,600 0.67 0.77 16,600 Sulphide 0.25 0 0 0 0.05 0.88 1,400 0.05 0.88 1,400 Total Various 0 0 0 0.72 0.78 18,000 0.72 0.78 18,000 Armstrongs Oxide 0.2 0 0 0 2.12 0.76 51,800 2.12 0.76 51,800 COMBINED TOTAL Oxide 0.2 1.56 0.59 29,500 3.48 0.78 87,700 5.04 0.72 117,100 Sulphide 0.25 4.13 0.73 96,700 3.41 1.08 118,600 7.54 0.89 215,300 TOTAL Various 5.69 0.69 126,200 6.9 0.93 206,250 12.58 0.82 332,500 Table 1: London-Victoria and Satellite Deposits MRE Update Deposit Tonnes Gold grade Contained gold London-Victoria 9.74Mt 0.84g/t Au 262,700oz Victoria South 0.72Mt 0.78g/t Au 18,000oz Armstrongs 2.12Mt 0.76g/t Au 51,800oz Combined subtotal 12.58Mt 0.82g/t Au 332,500oz Calarie 0.87Mt 1.83g/t Au 50,800oz Total Parkes inventory 13.45Mt 0.89g/t Au 383,300oz Table 2: Parkes Project Combined Total MRE RESOURCE GROWTH DELIVERS A STEP-CHANGE FOR ADAVALE Adavale Resources Limited (ASX: ADD) (Adavale or the Company) is pleased to report a substantial updated Mineral Resource Estimate for the London-Victoria Gold Mine, located approximately 5km from Parkes in central-west New South Wales. The updated London-Victoria MRE of 9.74Mt at 0.84g/t Au for 262,700oz represents a 228% growth in contained gold compared with the previous MRE of 3.8Mt at 0.95g/t Au for 115koz. The result more than doubles the London-Victoria Mineral Resource. New Inferred Mineral Resources at Victoria South (18,000oz) and Armstrongs (51,800oz) lift the combined estimate to 332,500oz. Including Calarie, Adavale's Parkes Gold Mineral Resource inventory increases to 383,300oz. 3 Figure 1: Plan View of Mineralisation Wireframes, drillhole collars, representative section lines and USD$4,200/oz pit optimisation used to constrain the MRE 4 Figure 2: Representative London-Victoria MRE Cross Section C-C’ Note - Resource blocks that fall outside of the USD$4,200/oz Pit Shell are Excluded from the Reported MRE The updated Mineral Resources at London-Victoria and the two satellite deposits are shallow and contained within a modelled USD$4,200/oz open-pit optimisation shell. London-Victoria contains 126,200oz classified as Indicated, representing 48.0% of its contained gold and providing a stronger technical foundation for the planned Scoping Study and assessment of potential open-pit mining and processing alternatives. The updated MRE represents the culmination of Adavale's systematic 85-hole drilling program and marks an important transition for London-Victoria - from resource drilling into technical and economic studies directed towards evaluating a potential staged redevelopment of the historical gold mine. 5 Figure 3: Representative London-Victoria MRE Cross Section D-D’ Note - Resource blocks that fall outside of the USD$4,200/oz Pit Shell are Excluded from the Reported MRE Figure 4: Representative London-Victoria MRE Long Section A-A’ Note - Resource blocks that fall outside of the USD$4,200/oz Pit Shell are Excluded from the Reported MRE 6 FIRST RESOURCE TO INCORPORATE ADAVALE'S DRILLING The previous London-Victoria MRE was based entirely on historical drilling. None of the 82 RC holes or three diamond drillholes completed by Adavale were included. The updated MRE is the first comprehensive assessment to incorporate Adavale's modern drilling, geological interpretation and structural model. The drilling was designed to: • test mineralisation beneath the historic open pit; • increase drilling density across the mineralised corridor; • validate the position, dip and continuity of the principal mineralised structures; • improve understanding of the distribution of higher-grade zones; • provide modern geological, assay and QA/QC information; • support Mineral Resource classification; and • provide diamond core for structural, density and metallurgical assessment. The program confirmed a combination of broad mineralised zones and structurally controlled higher-grade positions beneath the 1.5km-long open pit. Many of the principal intersections were returned outside the modelled limits of the previous 115koz Mineral Resource. DRILLING PROGRESSIVELY BUILT ON THE LONDON-VICTORIA RESOURCE Phase 1 - confirming the system Adavale's maiden 14-hole, 2,060m RC program represented the first standalone drilling campaign undertaken at London-Victoria in approximately 28 years. The program confirmed mineralisation immediately below and adjacent to the historical pit, including: • 10m at 1.95g/t Au from 149m in ALRC001; • 12m at 1.48g/t Au from 38m in ALRC004; • 6m at 1.69g/t Au from 37m in ALRC008; • 3m at 6.64g/t Au from 10m, including 1m at 14.6g/t Au in ALRC011; and • 48m at 0.82g/t Au from 133m, including 25m at 1.17g/t Au in ALRC014. ALRC014 extended mineralisation approximately 100m below the pit floor and beyond the previous Mineral Resource envelope. This demonstrated that London-Victoria remained open at depth and provided the foundation for detailed structural interpretation and Phase 2 drilling. Phase 2 - validating the geological controls Detailed structural mapping, incorporation of historical BHP Gold grade-control information and three-dimensional modelling identified fold geometry and an east-dipping mineralised shear as important controls on the distribution of gold mineralisation. 7 The subsequent 12-hole, 2,411m Phase 2 program tested approximately 150m of strike at close drill spacing and returned: • 14m at 2.62g/t Au from 133m in ALRC018; • 28m at 1.53g/t Au from 137m, including 11m at 2.62g/t Au in ALRC019; • 23m at 1.64g/t Au from 142m, including 4m at 3.46g/t Au in ALRC020; • 21m at 1.40g/t Au from 162m in ALRC021; and • 20m at 1.26g/t Au from 102m in ALRC023. These results validated the interpreted geological controls and demonstrated continuity beneath the pit, providing the confidence to expand into a larger systematic resource drill-out. Phase 3 - Systematic drill-out - establishing scale and continuity The expanded drilling program systematically increased drill density beneath the northern, central and southern parts of the historic pit. Successive assay batches demonstrated that the London-Victoria system contains broad zones of consistent mineralisation together with discrete higher-grade positions. Results included: • 6m at 2.96g/t Au from 219m in ALRC028; • 10m at 2.11g/t Au from 180m in ALRC031; • 54m at 0.75g/t Au from 124m in ALRC034; • 47m at 0.68g/t Au from 121m in ALRC056; • 6m at 3.22g/t Au from 35m, including 1m at 10.3g/t Au in ALRC058; • 19m at 1.36g/t Au from 149m in ALRC059; • 23m at 1.10g/t Au from 136m, including 7m at 2.42g/t Au in ALRC045; • 31m at 1.29g/t Au from 133m in ALRC070; • 38m at 0.87g/t Au from 138m, including 7m at 2.16g/t Au in ALRC073; • 38m at 0.96g/t Au from 142m in ALRC075; • 19m at 4.00g/t Au from 148m, including 4m at 15.02g/t Au and 1m at 52.6g/t Au in ALRC076; • 39m at 1.01g/t Au from 140m and a separate 7m at 5.97g/t Au from 202m in ALRC080; and • 20.95m at 2.25g/t Au from 278m, including 10m at 3.69g/t Au in ALD003. Collectively, the results confirmed continuity of the broader mineralised system and identified higher-grade zones that may influence the design and economics of future development concepts. 8 POTENTIAL FOR FURTHER RESOURCE GROWTH While the reported Mineral Resource is shallow and entirely contained within the modelled open- pit USD$4,200/oz optimisation shell, the London-Victoria mineralised system remains open at depth, down plunge and along strike. The updated geological interpretation indicates that potential remains for: • extensions beneath the current Mineral Resource; • continuation of mineralisation down plunge; • additional higher-grade shoots associated with structural intersections and fold positions; • extensions to the north and south of the historical pit; and • mineralisation within parallel or repeated structures. Future drilling will be prioritised following completion of the Scoping Study work and assessment of opportunities capable of adding the greatest potential development value. Figure 5: Representative Armstrongs MRE Cross Section E-E’ 9 Figure 6: Armstrongs MRE Long Section B-B’ PATHWAY TOWARDS DEVELOPMENT STUDIES London-Victoria is a brownfields gold project centred on an existing 1.5km-long open pit. The updated Mineral Resources at London-Victoria and the two satellite deposits are shallow and fall within the modelled open-pit USD$4,200/oz optimisation shells used to constrain the estimate. This provides a basis for evaluating open-pit mining configurations, strip ratio and potential staged development. Broad mineralisation immediately below the pit - including 31m at 1.29g/t Au in ALRC070, commencing approximately 16m below the existing pit floor - provides a compelling opportunity to evaluate potential shallow early-stage mine feed. Following completion of the updated MRE, Adavale intends to commence a Scoping Study considering: • potential open-pit mining configurations; • possible production scale and scheduling; • the sequencing of shallow Mineral Resources beneath the existing pit; • preliminary waste movement and strip-ratio assumptions; • metallurgical performance and gold recovery; • on-site and regional processing alternatives; • infrastructure and permitting requirements; • preliminary capital and operating parameters; and • potential supplementary feed from Calarie or other satellite deposits. 10 The objective of the Scoping Study will be to determine whether London-Victoria could support a technically and economically viable staged pathway towards production. CALARIE - POTENTIAL HIGHER-GRADE SATELLITE DEPOSIT The 100%-owned Calarie Gold Project contains an existing Mineral Resource of 0.87Mt at 1.83g/t Au for 50,800oz and is located on granted Mining Licence ML739. Calarie's higher average Mineral Resource grade, granted mining tenure and location within the broader Parkes Thrust corridor provide an opportunity to evaluate the deposit as a potential source of supplementary feed within a future integrated development strategy. Planned work at Calarie is expected to include: • detailed review and reinterpretation of the existing Mineral Resource and drilling; • evaluation of high-grade results and potential extensions; • assessment of metallurgical characteristics; • preliminary mining, haulage and processing studies; • modern drilling of priority resource and extension targets; and consideration of Calarie within future development scenarios centred on London-Victoria. BROADER PARKES PROJECT PIPELINE The updated London-Victoria MRE establishes London-Victoria as the principal Mineral Resource anchor of Adavale's approximately 610km² Parkes Gold-Copper Project. As London-Victoria advances into development studies, Adavale can progressively broaden its exploration focus across a portfolio that includes: • Calarie; • Victoria South and Armstrongs, now supported by new Inferred Mineral Resources, together with further near-mine extensions; • historically drilled near-mine prospects at Drapers, Nibblers Hill, Waterhouse, Somers and McGuiggans; • the Ashes gold-copper prospect, where surface geochemistry, induced-polarisation and magnetic data have generated priority targets; and • largely untested prospective geology extending along approximately 70km of the Parkes Thrust corridor. Adavale's strategy comprises two complementary potential value drivers: 1. advancing London-Victoria and potentially Calarie through further increases in mineral resources and development studies; and 2. testing the wider Parkes Project for new gold and copper discoveries capable of further increasing the Company's Mineral Resource inventory and project scale. 11 London-Victoria Gold Mine – Next Steps • Brownfields drilling o Systematic “drill out” complete, designed to expand and upgrade existing mineralisation and support Mineral Resource growth. o All drillhole assays received. o Additional brownfields drilling in the greater London-Victoria Project Area is being planned with the view to add to the existing 383koz global resource base. • Metallurgical testing o Comprehensive metallurgical test work on core samples to assess recoveries and support future development studies. • Scoping study o Early-stage technical and economic assessments to evaluate development pathways and inform project prioritisation. • Geophysical surveys o High-resolution airborne geophysics to refine structural interpretation, improve targeting accuracy and prioritise follow-up drilling. Calarie Gold Mining Licence (ML739) – Next Steps • Magnetic Survey: In the light of the positive magnetics vs gold association at London- Victoria airborne and/or ground-based magnetics will be assessed as a potential tool to assist with targeting. • Detailed Review and Interpretation to refine follow-up drill targets. • RC and/or Diamond Drilling: Post detailed review and interpretation follow-up drilling of high-grade drill results by OMX at the Calarie Gold Mine. Greenfields Exploration – Regional Targets at Belt-Scale Parkes Project -Next Steps • Geophysical surveys o Extension of high-resolution magnetics at Ashes, into the newly acquired exploration tenure to assist target generation associated with the IP anomalism and high-grade surface sampling. • Surface geochemistry o Extension of systematic soil and rock-chip programs at Ashes, into the newly acquired exploration tenure to generate new anomalies and rank targets for drilling. • First-pass drilling o Initial drill testing of priority greenfield targets generated from geophysics and geochemistry to pursue new discoveries. 12 This announcement is authorised for release by the Board of Adavale Resources Limited. Further information: Allan Ritchie Executive Chairman and CEO Adavale Resources E: investor@adavaleresources.com P: +61 2 9127 9852 David Ward Managing Director Adavale Resources E: investor@adavaleresources.com P: +61 2 9127 9852 Forward Looking Statements Certain statements in this announcement are or may be “forward-looking statements” and represent Adavale’s intentions, projections, expectations, or beliefs concerning among other things, future exploration activities. The projections, estimates and beliefs contained in such forward-looking statements involve known and unknown risks, uncertainties, and other factors, many of which are beyond the control of Adavale Resources, and which may cause Adavale Resources actual performance in future periods to differ materially from any express or implied estimates or projections. Nothing in this announcement is a promise or representation as to the future. Statements or assumptions in this announcement as to future matters may prove to be incorrect and differences may be material. Adavale Resources does not make any representation or warranty as to the accuracy of such statements or assumptions. ASX Announcement References • 5 May 2025 - Maiden JORC Resource at London-Victoria Project • 1 July 2025 - Drilling Commences at London Victoria Mine • 16 July 2025 - London Victoria Mine Drilling Update • 4 August 2025 - London Victoria Maiden Drilling Campaign Completed • 8 September 2025 - Shallow High-Grade Gold Intercepts Confirm Growth Upside • 24 September 2025 - Wide Gold Intercepts Confirm Open Mineralisation • 17 November 2025 - Major Resource Growth Uncovered at London Vic • 3 December 2025 - High Conviction Phase 2 Drilling Underway at London-Vic • 22 December 2025 - High Conviction Drilling Completed • 20 January 2026 - Highest Grade Intercept at London Victoria • 9 February 2026 - London-Victoria Continues to Deliver • 26 March 2026 - Accelerating Resource Growth at London-Victoria • 30 April 2026 - Drillout Assays Build Momentum for Resource Growth • 1 June 2026 - Gold Resource Reaches 166koz Au via Belt Scale Consolidation • 24 June 2026 - Solid Gold Assays up to 10.3g/t Au from Resource Drillout • 7 July 2026 - Adavale Extends Gold Below 1.5km London-Victoria Open Pit • 22 July 2026 - Shallow High-Grade Gold Builds Near-Mine Pipeline • 6 August 2026 - 31m at 1.29g/t Au Confirms Continuity at London-Victoria • 13 August 2026 - New Drilling Returns More Gold at London-Victoria • 18 August 2026 - Exceptional 19m at 4.0g/t Au Extends London-Vic Gold Resource • 26 August 2026 - Drillout Success Set to Drive Upgraded MRE & Scoping Study 13 The Company confirms that it is not aware of any new information or data that materially affects the information included in the original market announcements. 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 market announcement. The updated Mineral Resource Estimate for London–Victoria reported in this announcement supersedes and replaces the Mineral Resource Estimate announced on 5 May 2025. The updated estimate incorporates additional drilling and revised geological interpretation, with its estimation methodology, material assumptions and technical parameters detailed in this announcement and the accompanying JORC Code Table 1. References to the 5 May 2025 estimate are provided for comparative purposes. Information on the Mineral Resources presented on the Calarie’s gold deposit is contained in the ASX announcement dated 1 June 2026. Where the Company refers to Mineral Resource in this announcement, it confirms that it is not aware of any new information or data that materially affects the information included in that announcement and all material assumptions and technical parameters underpinning the Mineral Resource estimate with that announcement continue to apply and have not materially changed. The Company confirms that the form and context in which the Competent Person’s findings are presented have not materially changed from the original announcement. Overview of The Parkes Project: A World-Class Geological Setting The Project resource is 383koz Au and comprises the Calarie Mining Licence, London Victoria Mine as well as an additional 10 granted exploration licences (EL’s) that cover a total area of ~610 km2 across 70km of contiguous Belt-Scale strike strategically located within the Macquarie Arc of NSW’s Lachlan Fold Belt – a Tier-1 mining jurisdiction. The region hosts world-class operations such as Cadia Ridgeway (35.1Moz Au & 7.9Mt Cu) and Northparkes (5.2Moz Au & 4.4Mt Cu), adjacent and directly west of the Parkes Project. 14 Map of the central New South Wales Lachlan Fold Belt 15 ABOUT ADAVALE RESOURCES Gold and Copper explorer-developer focused on the Belt-Scale Parkes Project in NSW's Lachlan Fold Belt. The Belt-Scale Parkes Thrust Project Adavale Resources Limited (ASX:ADD) tenements span ~610km2 including the Calarie Mining Licence and the London Victoria Mine with a combined historical resource of 166koz Au as well as an additional 10 licences, with all licences spanning 70km of contiguous strike, that are highly prospective for Au-Cu. Located adjacent to ASX:EVN’s giant Northparkes (5.2Moz Au & 4.4Mt Cu) copper-gold porphyry and along the Parkes Thrust Hosted orogenic deposits including our London-Victoria, Calarie and ASX:ALK’s Tomingley and Peak Hill deposits. The project area encompass’ the highly prospective Ordovician-aged rocks of the Macquarie Arc which includes ASX:NEM massive Cadia-Ridgeway (35Moz Au & 7.9Mt Cu) copper-gold porphyry. The Kabanga Jirani Nickel Project Adavale also holds the Kabanga Jirani Nickel Project, a portfolio of 11 highly prospective granted licences along the East African Nickel belt in Tanzania. The nine southernmost licences are proximal to the world class Kabanga Nickel Deposit (87.6Mt @ 2.63% Ni Eq). Adavale holds 100% of all licences except for two licences that are known as the Luhuma-Farm-in, which are held at 65%, adding a further 99km2 and bringing the portfolio to 1,000km2 . Adavale’s licences were selected based on their strong geochemical and geophysical signatures from the previous exploration undertaken by BHP. 16 Appendix 1 –Collar Summary Table 1: London-Victoria Collars HOLE_ID Hole Type X (GDA94) Y (GDA94) RL DEPTH Dip Azimuth (GDA94) AEIDD001 DDH 605445 6330006 337 453 -55 275 ALD001 DDH 604978 6329155 322 280 -62 272 ALD002 DDH 604983 6329214 321 246 -50 282 ALD003 DDH 604968 6329115 321 351 -51 234 ALKDS001 NR 610075 6335899 400 123 -55 231 ALKDS002 NR 610025 6336006 400 111 -55 231 ALKDS003 NR 609978 6336026 400 184 -55 231 ALKDS004 NR 609982 6336051 400 207 -62 237 ALKDS005 NR 610056 6336039 400 200 -55 239 ALKHM001 NR 605318 6328680 357.2 182 -55 280 ALKHM002 NR 605294 6328633 355.4 166 -55 280 ALKLV002 NR 593228 6320772 300 156 -55 100 ALKLV008 NR 593521 6321307 333 62 -55 276 ALKLV009 NR 593352 6320782 315 140 -55 276 ALKLV010 NR 593545 6321303 333.5 73 -55 276 ALKMM001 NR 608324 6335983 370 111 -55 277 ALKMM002 NR 608511 6336307 360 113 -55 277 ALKMM003 NR 608459 6336316 360 128 -50 277 ALKMM004 NR 608546 6336529 360 99 -54 277 ALKMM005 NR 608724 6336626 360 112 -55 277 ALKMM006 NR 608363 6335977 370 163 -55 277 ALKNB001 NR 606030 6327443 380 97 -55 296 ALKNB002 NR 606038 6327493 380 116 -55 296 ALKPWB001 NR 604287 6327635 295 69 -90 0 ALKPWB002 NR 604916 6327424 295 60 -90 0 ALRC001 RC 605280 6330083 333.2 180 -55 259 ALRC002 RC 605294 6330131 334.6 223 -65 261 ALRC003 RC 605303 6330183 335.5 226 -60 260 ALRC004 RC 605027 6329629 296.6 94 -50 200 ALRC005 RC 605014 6329632 296.6 36 -90 0 ALRC006 RC 605040 6329627 296.6 25 -90 0 ALRC007 RC 605093 6329806 285.8 37 -90 0 ALRC008 RC 605106 6329804 285.8 55 -90 0 ALRC009 RC 604675 6328818 312 120 -70 280 ALRC010 RC 604759 6328789 313.6 223 -70 290 ALRC011 RC 604706 6328814 314 211 -62 33 ALRC012 RC 604739 6328798 314.7 213 -70 283 ALRC013 RC 604771 6328838 315.1 219 -60 320 ALRC014 RC 604938 6329177 323.9 219 -60 245 ALRC015 RC 604936 6329224 323.9 150 -50 275 ALRC016 RC 604933 6329198 325 150 -51 280 ALRC017 RC 604937 6329175 325 162 -50 278 ALRC018 RC 604960 6329150 321.3 194 -49 287 ALRC019 RC 604956 6329124 320.3 210 -50 276 ALRC020 RC 604955 6329107 319.8 210 -50 271 ALRC021 RC 604955 6329105 319.9 231 -51 266 ALRC022 RC 605001 6329216 323.4 231 -60 87 ALRC023 RC 604974 6329216 322.8 231 -60 284 ALRC024 RC 604967 6329191 322.2 180 -60 282 ALRC025 RC 604959 6329143 321 231 -60 258 ALRC026 RC 604957 6329126 320.3 231 -57 254 ALRC027 RC 605301 6329989 331 202 -51 282 ALRC028 RC 605302 6329988 331 231 -60 280 ALRC029 RC 605286 6329927 330.7 231 -51 278 ALRC030 RC 605287 6329927 330.8 231 -60 277 ALRC031 RC 605274 6329878 330.6 213 -50 281 ALRC032 RC 605275 6329878 330.5 231 -60 281 ALRC033 RC 605242 6329808 330.9 201 -49 298 ALRC034 RC 604977 6329215 322.7 231 -70 280 ALRC035 RC 604969 6329190 322.2 231 -69 285 ALRC036 RC 604966 6329159 321.4 201 -60 281 ALRC037 RC 605231 6329791 333.2 201 -50 280 ALRC038 RC 605232 6329791 333.2 231 -60 280 ALRC039 RC 605203 6329744 331.8 201 -51 279 17 HOLE_ID Hole Type X (GDA94) Y (GDA94) RL DEPTH Dip Azimuth (GDA94) ALRC040 RC 605203 6329744 331.7 183 -60 278 ALRC041 RC 605185 6329697 332.8 201 -50 279 ALRC042 RC 605186 6329697 332.7 234 -60 280 ALRC043 RC 605169 6329650 333.9 198 -48 282 ALRC044 RC 605170 6329650 333.8 234 -60 281 ALRC045 RC 605157 6329600 334.7 204 -50 278 ALRC046 RC 605157 6329600 334.5 234 -60 277 ALRC047 RC 605142 6329554 334.9 162 -48 280 ALRC048 RC 605143 6329554 334.7 234 -60 280 ALRC049 RC 605103 6329510 333.3 210 -60 278 ALRC050 RC 605104 6329510 333.3 234 -70 277 ALRC051 RC 605086 6329460 331.6 204 -55 276 ALRC052 RC 605086 6329460 331.4 227 -66 275 ALRC053 RC 605086 6329411 329.5 72 -50 278 ALRC054 RC 605087 6329411 329.5 204 -60 280 ALRC055 RC 605087 6329411 329.4 210 -70 279 ALRC056 RC 605079 6329348 327.8 210 -55 276 ALRC057 RC 605080 6329348 327.8 222 -65 277 ALRC058 RC 605048 6329304 326 204 -50 276 ALRC059 RC 605049 6329304 326.1 234 -60 276 ALRC060 RC 605021 6329262 324.9 204 -50 280 ALRC061 RC 605022 6329262 324.8 234 -60 279 ALRC062 RC 605296 6329957 331 204 -49 279 ALRC063 RC 605297 6329957 331 234 -60 280 ALRC064 RC 605195 6329721 332 204 -50 275 ALRC065 RC 605196 6329721 332 234 -59 274 ALRC066 RC 605216 6329769 332 204 -49 277 ALRC067 RC 605217 6329769 331 234 -59 277 ALRC068 RC 605179 6329674 333 204 -49 274 ALRC069 RC 605180 6329674 333 234 -59 274 ALRC070 RC 605084 6329436 330.5 204 -55 277 ALRC071 RC 605085 6329436 330.5 234 -64 277 ALRC072 RC 605089 6329388 329 204 -55 277 ALRC073 RC 605090 6329388 328.5 234 -64 277 ALRC074 RC 604999 6329243 324 204 -53 276 ALRC075 RC 605000 6329243 324 234 -64 278 ALRC076 RC 605035 6329286 325.5 204 -55 280 ALRC077 RC 605036 6329286 325.5 234 -64 276 ALRC078 RC 605063 6329327 327 204 -54 274 ALRC079 RC 605064 6329327 327 234 -64 273 ALRC080 RC 604643 6328978 317 360 -48 101 ALRC081 RC 604664 6329026 317 400 -50 101 ALRC082 RC 604640 6329097 317 360 -51 101 BD2C 7 0 NR 608350 6335880 375 53 -60 280 BD2C 7-2 NR 608300 6335888 375 53 -60 280 BD2C 7.5 0 NR 608251 6335896 375 53 -60 280 BD2C 8 0 NR 608153 6335912 375 40 -60 280 BD2C 8-1 NR 608128 6335916 375 47 -60 280 BD2C 8.5 0 NR 608054 6335929 375 41 -60 280 BD2C 8.5+2 NR 608103 6335921 375 41 -60 280 BD3A 29-1 NR 606319 6331250 340 53 -60 280 BD3A 29-2 NR 606294 6331255 340 53 -60 280 BD4A 12 0 NR 605318 6328721 332 53 -60 280 BD4A 12+1 NR 605343 6328716 328 53 -60 280 BD4A 12+2 NR 605368 6328712 324 53 -60 280 BD4A 12+3 NR 605392 6328708 320 53 -60 280 BD4A 12-1 NR 605294 6328725 336 53 -60 280 BD4A 12-2 NR 605269 6328729 337 53 -60 280 BD4A 13 0 NR 605121 6328753 324 53 -60 280 BD4A 13+1 NR 605146 6328749 332 53 -60 280 BD4A 13+2 NR 605170 6328745 338 53 -60 280 BD4A 13-1 NR 605096 6328757 320 51 -60 280 BD4A 13-2 NR 605072 6328761 318 53 -60 280 BD4A 15+1 NR 604751 6328814 312 54 -60 280 BD4A 15-2 NR 604677 6328826 312 52 -60 280 BD4A 15-3 NR 604652 6328831 312 52 -60 280 BD6A 25.0 NR 606013 6326488 285 35 -60 280 BD6A 25.5 NR 605915 6326504 295 41 -60 280 18 HOLE_ID Hole Type X (GDA94) Y (GDA94) RL DEPTH Dip Azimuth (GDA94) BD6A 26-1 NR 605791 6326525 310 53 -60 280 BD6A 26-2 NR 605767 6326529 315 36 -60 280 BD6A 26.0 NR 605816 6326521 305 53 -60 280 BD6A 26.5 NR 605718 6326537 325 53 -60 280 BD6A 27.0 NR 605619 6326553 300 35 -60 280 BD6A 3 0 NR 604731 6326700 295 53 -60 280 BD6A 3.5 0 NR 604633 6326716 295 42 -60 280 BD6A 4.5 0 NR 604435 6326749 295 53 -60 280 BD6A 5 0 NR 604337 6326765 295 35 -60 280 BD6A 5.5 0 NR 604234 6326782 295 53 -60 280 BD6A 5.5+2 NR 604284 6326774 295 53 -60 280 BD6A 6 0 NR 604137 6326798 295 53 -60 280 BD6A 7 0 NR 603942 6326830