Announcement PDF ASX: AIS 1 ASX RELEASE 22 OCTOBER 2026 AERIS DELIVERS MATERIAL INCREASE TO GOLDEN PLATEAU MINERAL RESOURCE AT ITS CRACOW OPERATIONS  Updated Mineral Resource estimate (MRE) for the Golden Plateau deposit now totals 3.0Mt at 2.1g/t Au and 8g/t Ag:  Contains 200koz Au metal and 750koz Ag metal  Represents a 220% increase in contained gold metal and 200% increase in contained silver metal compared to the previous MRE1  Measured and Indicated Mineral Resource have increased substantially and now accounts for 50% of the contained gold, materially improving confidence in the resource base.  Updated MRE incorporates an extensive geological review, validated historical drilling, and an additional 88 new drill holes totalling 16,204m.  A further 15,000m of Drilling is planned in FY27 to test resource extensions and increase confidence, supporting a future MRE update and Ore Reserve estimate.  This expanded Golden Plateau Mineral Resource provides significant potential to extend the Cracow mine life. Established Australian copper-gold producer and explorer, Aeris Resources Limited (ASX: AIS) (Aeris or the Company) is pleased to announce an updated Mineral Resource estimate (MRE) for the Golden Plateau deposit, located within the Company’s 100% owned Cracow tenement package in Queensland. Aeris’ Executive Chairman, Andre Labuschagne, said “this update demonstrates the prospectivity of the Cracow tenements and is the first step towards demonstrating a longer life operation at Cracow. The Mineral Resource at Golden Plateau has increased threefold and importantly the Resource is constrained within potentially mineable pit shells and stope shapes. We see further opportunity to significantly grow the Resource along strike. The Cracow team will now start detailed mine design work on a potential open cut and underground operation at Golden Plateau to feed the Cracow processing plant. Permitting activities for a new operation have commenced and are expected to be completed during FY28.” 1 Refer to ASX announcement “Group Mineral Resource and Ore Reserve Statement” dated 30th July 2026. ASX:AIS 2 Background The Golden Plateau deposit is located within current mining leases, 1km north of the Cracow Processing Facility and 2km east of the current underground mining operations at the Western Vein Field (refer to Figure 1). Golden Plateau was the most significant contributor to the Cracow goldfield, with approximately 850,000 gold ounces2 produced between the 1930s to 1990s. Figure 1: Plan view showing the location of the Golden Plateau deposit, Cracow processing facility and current underground operation at the Western Vein Field. 2 Refer to ASX announcement “Golden Plateau Project Update” dated 29th September 2025. ASX:AIS 3 Golden Plateau Mineral Resource Estimate The October 2026 MRE for the Golden Plateau deposit totals 3.0 million tonnes at 2.1 gram per tonne gold, 8 gram per tonne silver for 200 thousand ounces of gold metal and 750 thousand ounces of silver metal (see Table 1). Of this, 1.3Mt at 2.4g/t Au (99koz Au) is classified as Measured and Indicated, and 1.7Mt at 1.9g/t Au (100koz Au) as Inferred. Total contained gold has increased by140koz (220%) compared with the previous MRE1. Table 1: Golden Plateau October 2026 MRE Deposit Category Tonnes (kt) Grade Contained Metal Au (g/t) Ag (g/t) Au (koz) Ag (koz) Open Pit Measured 95 2.8 8 8.4 23 Indicated 910 2.1 5 60 160 Inferred 1,500 1.8 7 83 350 Total 2,500 1.9 7 150 530 Underground Measured 30 5.2 11 5.1 10 Indicated 260 3.1 12 26 96 Inferred 240 2.4 15 18 120 Total 530 2.9 13 50 220 Total Measured 130 3.3 8 13 33 Indicated 1,200 2.3 7 86 250 Inferred 1,700 1.9 9 100 470 Grand Total 3,000 2.1 8 200 750 Notes:  Mineral Resource tonnes and contained metal are reported to two significant figures; grades are reported to one decimal place (Au) and the nearest whole number (Ag). Figures are rounded and may not sum precisely to reported totals or reconcile exactly between tonnes, grade and contained metal.  The open pit Mineral Resource figures are reported from within a conceptual pit shell at a 0.5g/t Au cut-off grade on a block-by-block basis.  The underground Mineral Resource figures are reported outside and below the conceptual pit shell within stope optimisation (SO) shapes at a 1.0g/t Au cut-off grade. All classified material within the stope shapes is reported as Mineral Resource.  A detailed description for the Mineral Resource estimate is included in the Appendices. The updated MRE for the Golden Plateau deposit incorporates an additional 88 drill holes (16,204m) from the current diamond drill program that commenced in September 2025. The drill program was designed to:  test/validate the geological model;  test for extensions to mineralisation beyond the known footprint;  infill drilling to improve confidence in the Mineral Resource; and  validate the historical void model. The additional drill hole data was complemented by an extensive geological review of historical mapping, level plans and sectional interpretations dating from the 1970s to 1990s. ASX:AIS 4 The information was scanned and registered in 3D, which formed the basis of the current geological interpretation and modelled wireframes. The October 2026 Mineral Resource Estimate has been constrained using an optimised pit shell and underground stope optimisation (SO) shapes, to satisfy the JORC Code (2012) requirement for Reasonable Prospects for Eventual Economic Extraction (RPEEE). The potential open pit Mineral Resource is reported from within a conceptual pit shell at a 0.5g/t Au cut-off grade, while the underground Mineral Resource is reported below the reporting pit shell, within SO shapes generated using a whole of stope cut-off grade of 1.0g/t Au. The October 2026 MRE is based on 545 drill holes and extends from near surface to approximately 400 m below surface. The MRE is classified as Measured, Indicated and Inferred, reflecting drill spacing and confidence in the geological interpretation and grade continuity. Measured Mineral Resources are defined in areas with nominal drill spacing of 20 m × 20 m or less, where confidence in the geological interpretation is high. Indicated Mineral Resources are defined in areas with nominal drill spacing of 40m × 40m, where geological interpretation is consistent between drill sections and grade continuity is well understood. For underground resources these are reduced to 15m and 30m respectively. Inferred Mineral Resource is defined in areas with wider drill spacing of up to 60 m × 60 m, where the geological framework and grade distribution are reasonably understood. In some areas, Inferred Mineral Resources extend beyond the limits of drilling, supported by the geological interpretation. The MRE is reported in accordance with the JORC Code (2012), with a summary of the reporting assumptions provided in the Appendices. ASX:AIS 5 Figure 2: Plan view showing the Golden Plateau October 2026 reported Mineral Resource. Figure 3: Long section view looking north showing the Golden Plateau October 2026 reported Mineral Resource. ASX:AIS 6 Figure 4: Cross sections through the October 2026 Golden Plateau MRE showing estimated Au grades and informing drill hole data. Note: Cross sections are displaying drill hole data +/-10m from the section plane. The block model is reporting along the section. ASX:AIS 7 Golden Plateau Mineral Resource Estimate Changes The October 2026 Golden Plateau MRE represents a significant increase in the total Mineral Resource compared to the June 2026 MRE (see Table 2 and Figure 5). Total Mineral Resource tonnage increased from 0.64Mt to 3.0Mt (370%), while contained gold increased from 63koz to 200koz (220%). The increase in Mineral Resource is based on several factors, including revised geological interpretations, additional drilling data and updated metal price assumptions. The revised geological interpretation, supported by additional drilling, identified additional mineralised lodes previously not modelled and extended previously modelled lodes. Key changes include:  Open pit: Mineral Resource tonnage increased from 0.15Mt to 2.5Mt and contained gold from 14koz to 150koz. The increase reflects a larger optimised pit shell, generated using a higher gold price assumption and supported by the revised geological interpretation. The cut-off grade is unchanged at 0.5g/t Au. The larger 2026 reporting pit shell captures more lower grade mineralisation, reducing the average grade from 2.9g/t Au to 1.9g/t Au.  Underground: Contained gold is largely unchanged at approximately 50koz; however, the reporting basis has changed. To align with the framework applied at Cracow, the Mineral Resource is now reported within SO shapes at a whole of stope cut-off grade of 1.0g/t Au. Previously, the underground MRE at Golden Plateau was reported on a block-by-block basis at 1.5g/t Au. Portions of the previously reported Mineral Resource are no longer reported in areas where the modelled mineralised vein is thin e.g. <1m. Tonnes increased from 0.49Mt to 0.53Mt, and the average Au grade decreased from 3.2g/t Au to 2.9g/t Au. Measured and Indicated has increased substantially, from 2koz to 31koz Au, reflecting improved confidence in the geological interpretation and grade continuity. Figure 5: Changes to MRE 0 50 100 150 200 250 Jun 26 Pit Jun 26 UG Jun 26 Total Oct 26 Pit Additions Oct 26 UG Additions Oct 26 Total Contained Gold (koz) ASX:AIS 8 Table 2: Comparison between the October 2026 and June 2026 MRE Deposit Category Tonnes Grade Contained Metal (kt) Au (g/t) Ag (g/t) Au (koz) Ag (koz) October 2026 MRE Open Pit Total 2,500 1.9 7 150 530 Underground Total 530 2.9 13 50 220 Golden Plateau Measured 130 3.3 8 13 33 Indicated 1,200 2.3 7 86 250 Inferred 1,700 1.9 9 100 470 Total 3,000 2.1 8 200 750 June 2026 MRE (previous) Open Pit Total 150 2.8 14 14 71 Underground Total 490 3.2 11 50 170 Golden Plateau Measured - - - - - Indicated 120 3.5 15 14 59 Inferred 510 3.0 11 50 180 Total 640 3.1 12 63 250 Change Open Pit Total 2,400 -0.9 -7 140 460 Underground Total 40 -0.3 2 - 50 Golden Plateau Measured 130 3.3 8 13 33 Indicated 1,100 -1.2 -8 73 190 Inferred 1,200 -1.1 -2 50 290 Total 2,400 -1.0 -4 140 500 Notes: Mineral Resource tonnes and contained metal are reported to two significant figures; grades are reported to one decimal place (Au) and the nearest whole number (Ag). Figures are rounded and may not sum precisely to reported totals or reconcile exactly between tonnes, grade and contained metal. Next Steps Drilling and Resource Definition Drilling is planned to continue throughout FY27 (approximately 15,000 metres remaining), with the aim of improving confidence in the existing Mineral Resource and testing for extensions to the modelled mineralised lodes. The drill program will also continue to validate the location and extent of historical underground workings, complementing the historical void validation drilling completed to date. An updated Mineral Resource Estimate (MRE) is planned following the completion of the current program. Permitting Permitting activities will focus on submission of an Environmental Authority amendment application and an updated Progressive Rehabilitation and Closure Plan to the Queensland Government, supporting approvals for the proposed mining activities. ASX:AIS 9 Metallurgical Testwork Metallurgical testwork will continue on newly identified mineralised extensions and lodes to confirm their suitability for treatment through the Cracow processing plant and expected metallurgical performance. Geotechnical Studies and Mine Design Geotechnical studies and detailed mine design will continue to support staged open-pit development and the design of a new portal and decline to access the proposed underground mining areas. Mine Planning and Options Studies Mine planning and options studies will continue to determine the optimal development strategy and sequencing of open-pit and underground mining, with the objective of defining the preferred pathway for development. Figure 6: Oblique view looking north showing the Golden Plateau June 2026 reported MRE displayed by Mineral Resource category. ASX:AIS 10 Figure 7: Oblique view looking north showing the Golden Plateau October 2026 reported MRE displayed by Mineral Resource category. Golden Plateau – Geology The local geology at Golden Plateau is dominated by andesitic lavas, tuffs and coarse volcaniclastics of the Early Permian (291 to 281Ma) Camboon Andesite. This unit forms the southern portion of the Camboon Volcanic Arc, is north-northwest striking and roughly 25° dipping, and forms the eastern margin of the Bowen Basin. The Camboon Andesites comprise a lower unit of felsic volcanics, overlain progressively by vesicular felsic volcanics and tuffs, andesitic volcanics and an upper felsic volcanic unit. They are unconformably overlain by Early Carboniferous acid lavas of the Torsdale Beds, which are in turn overlain to the west by fossiliferous limestone. Gold mineralisation is associated with quartz veining and zones of silicification, present as quartz lode breccia and quartz vein breccia, both of which are the result of multi-phase mineralisation. The lodes are 1m to 25m wide and are constrained by faults on their footwall and hanging wall. Quartz vein breccia comprises swarms of brecciated veins up to several cm thick, which together can form economic mineralisation at Cracow. In general, the higher- grade quartz lode breccia mineralisation is fringed by a broader zone of variably mineralised vein stockworks up to 50m across. Gold is generally very fine-grained and visible gold is extremely uncommon. Alteration styles include propylitic and intermediate argillic to argillic. Jun 26 MRE Drill hole Oct 26 MRE Drill hole ASX:AIS 11 Figure 8: Oblique view northwest showing the modelled vein at Golden Plateau. Also shown are a series of historical plan view interpretations which have been used along with cross sectional interpretations (not shown). Gold mineralisation at Golden Plateau was generally thought to be hosted within a series of east-west trending, steeply-dipping, stacked, parallel quartz lodes. Historical mining focused on selectively mining high-grade gold shoots within the broader low-grade east-west trending quartz lodes. The recent drilling by the Company targeted both remnant areas along the previously mined main structure (predominantly E-W trending) as well as steep north-south trending zones at Chas and King Lodes. Drilling and sampling techniques Drilling and sampling at Golden Plateau have been undertaken since the 1930s, with active mining ceasing in the 1990s, with periodic exploration and review occurring subsequently. The drilling and sampling database for the Mineral Resource area has been compiled from several sources and collated in the consolidated Cracow Mine database (Table 3). It includes a large number of historic drill holes and face samples collected during underground operations before 1980. These samples were used to guide exploration targeting and variogram assessment; however, they are concentrated in mined-out areas and could not be satisfactorily verified, so they have been excluded from the Mineral Resource estimate. Drilling completed during the 1980s and 1990s to support the later open pit and underground operations was collected to a higher standard. Each of these holes was reviewed for ASX:AIS 12 compliance, and those that met verification requirements were included in the estimate (Table 3). The vein domains are based on the geological framework established by the Sedimentary Holdings study (Hopwood and Cook, 1983), refined through a review of historical mapping, level plans and technical reports dating from the late 1980s to 2021. The 88 drill holes completed by Aeris since the previous Mineral Resource estimate have confirmed the domain interpretation, which has proven robust with the additional drilling. Table 3: Summary of drilling and sampling data used to inform the October 2026 Golden Plateau MRE. Sample Type Company Year Holes Drill Length Samples Drilling Aeris Resources 2020–26 211 44,888 14,661 Evolution Mining 2013 10 2,190 1,560 Cracow Joint Venture1 2000–11 31 8,055 4,210 Cracow Mining Venture1 1985–92 274 13,935 6,424 Australian Occidental 1983–84 19 2,320 719 Total 545 71,388 27,574 1 Cracow Mining Venture was a venture between Sedimentary Holdings NL and Costain Australia Limited. Cracow Joint Venture was a venture between Newcrest Mining Limited and Sedimentary Holdings NL. Table 3 summarises the drilling that informs the Mineral Resource domains and grade estimation. This shows that 63% of the drilling metres used in the Mineral Resource Estimate has been completed by Aeris since 2020. Appendix A and B summarise the drilling and resource intercepts. Appendix C describes all the available data, concentrating on the more relevant Aeris, Newcrest and Evolution drilling, which consists of predominantly RC drilling with diamond core tails. RC drilling followed conventional industry standards and used ~5 inch face sampling hammers with an onboard cyclone and a ‘1-in-8’ riffle splitter to achieve a target sample of ~3kg. Diamond HQ3 core was cut in half longitudinally for sampling, while whole-core samples were taken from NQ3 core to achieve similar sample size between the three drill diameters. Sample preparation and analysis was completed by ALS Laboratories. Sample preparation consisted of standard drying, LM5 pulverization to 85% passing 75 µm, with core samples initially crushed to >70% passing 2mm. Analysis by ALS Townsville was via 50g fire assay for Au with atomic absorption spectroscopy (AAS) finish while Ag analysis was via aqua regia digest with AAS finish. ASX:AIS 13 The Company’s Quality Assurance / Quality Control (QA/QC) protocol included the following insertions:  1-in-20 field duplicate samples for RC drilling  1-in-20 samples were blind certified reference materials (CRM) i.e. standards  1-in-32 samples were blanks including certified blanks and coarse blanks ALS Laboratory QAQC protocol included the following insertions:  1-in-20 grind checks  1-in-20 pulp analysis repeats  Internal standards and RMS QA/QC was reviewed monthly for the Cracow Mine and summarised annually. This included the Golden Plateau drilling. Newcrest drilling QA/QC was assessed and summarised in 2013 by Evolution. No significant QA/QC issues were outstanding from that assessment. Cracow has at times undertaken quarter core duplicate sampling, but this has not included any Golden Plateau drilling. The collar position of holes were determined by differential GPS (67%), theodolite (2%), “not recorded” (19%) or by other methods (12%). For modern holes (41%), down hole surveying was by an independent contractor using a Reflex north seeking tool at 30m intervals. A magnetic Eastman tool was used for 10% of holes (all historical). A compass set-out/pickup was used for 38% of holes (all historical); these were deemed to intercept the target at a sufficiently shallow depth and thus acceptable. Some holes did not have the survey method recorded (11%). Modelled Domains Narrow Mineral Resource vein/lode structures (Figure 7) have been interpreted principally from geology and quartz vein occurrence in mineralised areas. The reliance on logged geology to define the lode structure is typical for the bonanza-style epithermal mineralisation systems present at Cracow. Although the mineralisation grade threshold can be as low as 0.1g/t Au in places, the strong spatial relationship between gold grade and vein occurrence has been shown to be a robust basis for defining the mineralisation domains at Cracow. Estimation Parameters The mineralisation domains were used to populate a block model with a parent block size of 6m × 6m × 6m and sub-blocked down to 3m × 3m ×3m for open pit and 2m x 2m x 2m sub blocks for underground. Drill samples were composited to 1m and capped and / or range weighted dependent on domain and estimation pass. Block grade estimation was by Ordinary Kriging using an Indicator domain to create a high grade domain within a vein model.  Dynamic anisotropy used to model flexures in the vein orientations;  Two pass search related to the indicator and vein domains;  A two structured spherical variogram model with a 30% nugget and total range of 100m. ASX:AIS 14 Nearest neighbour and inverse distance estimates, and declustered statistics were used to validate the Ordinary Kriged estimates for gold and silver. Validation included visual validation in sections and plans, global comparative statistics and local validation using swath plots. The Competent Person considered the results of the validation were satisfactory for the resource classifications applied. Mineral Resource Classification The Golden Plateau Mineral Resource has been classified as Measured, Indicated and Inferred. The resource classification followed the current Cracow Mine classification method in accordance with the JORC Code (2012) definitions, and was based on:  drill spacing;  confidence in the interpretation in three dimensions;  quality of the resulting grade estimate; and  quality of the input data. Measured Mineral Resource is approximately equivalent to a 20m drill spacing for open pit and 15m for underground. with Indicated Mineral Resource to a 40m drill spacing for open pit and 30m for underground. Measured mineral resource also requires a minimum of two drill holes and estimation via the first estimation pass. Isolated blocks are consolidated into volumes of at least 2,000m3, with smaller volumes reclassified to the next lower resource confidence category e.g. small volumes of Measured are reclassified as Indicated). The Inferred Mineral Resource includes some areas where the modelled mineralised veins are extended beyond the informing drill hole data used for the estimation. The extension is supported by historical mine workings, face sample assays and the continuity of similar veins mined elsewhere at Cracow. Most of the extensions are within 30m of drilling data. The Competent Person considers the inclusion of these zones reasonable. Cut-off grade\reporting criteria The Mineral Resource is reported at cut-off grades appropriate for both open pit and underground mining methods. The potential open pit Mineral Resource is reported inside a conceptual design that represents the potential depth and size of open pit extraction. This part of the Mineral Resource is reported at a 0.5 g/t Au cut-off grade based on the proposed marginal cost of processing ore at the Cracow processing facility. All other parts of the Mineral Resource outside and below the conceptual pit design are considered as potentially mineable by underground mining methods and are reported at a 1.0g/t Au cut-off, as is currently used for life-of-mine planning at Cracow Mine. Metallurgical Testwork A metallurgical testing campaign to assess the comminution and leach characteristics of 8 Golden Plateau variability samples has been completed. The samples were sourced from various loads across the deposit with a total tested core length of 204m. The program explored different grind and leach conditions to outline optimum settings for gold and silver extraction. ASX:AIS 15 Comminution results are quite consistent with an average BBWi of 19.1kwhr/t achieved across the 8 samples. This result is consistent with current underground ores (BBWi ~19.2kwhr/t) therefore production rates equal to those currently achieved are expected when processing Golden Plateau ore. Grades for the 8 intercepts varied between 0.7 and 6.6 g/t for gold and 9.6 and 18.0g/t for silver. Gold and silver extraction averaged 93.3% and 64.1% respectively with individual samples ranging from 86.6% to 96.9% for gold and 26% to 82.5% for silver. Extractions and leach kinetics improved under intensified cyanide and oxygen conditions and finer grinds. This announcement is authorised for lodgement by: Andre Labuschagne Executive Chairman ENDS Investor enquiries: Stefan Edelman, General Manager Corporate Development investorrelations@aerisresources.com.au Follow Aeris Resources: Subscribe to email announcements and join our Investor Hub to stay up to date and connect to Aeris leaders. About Aeris Aeris Resources Limited (ASX:AIS) is an Australian mid-tier copper and gold producer. Aeris owns and operates two producing assets, Tritton Copper Operations (NSW) and Cracow Gold Operations (Qld), along with a strong pipeline of growth projects and a highly prospective exploration portfolio. Its experienced board and management have significant corporate and technical expertise to drive an efficient operating model. Aeris continues to investigate strategic mergers and acquisitions to build value for its stakeholders. Find out more at www.aerisresources.com.au and follow Aeris on LinkedIn. ASX:AIS 16 Competent Persons Statement The information in this report that relates to Exploration Targets, Exploration Results or Mineral Resources is based on information compiled by Nicholas Spanswick. Mr Spanswick confirms that he is the Competent Person for all Exploration Results, summarised in this Report and he has read and understood the requirements of the 2012 Edition of the Australasian Code for Reporting of Exploration Targets, Exploration Results, Mineral Resources and Ore Reserves (JORC Code, 2012 Edition). Mr Spanswick is a Competent Person as defined by the JORC Code, 2012 Edition, having relevant experience to the style of mineralisation and type of deposit described in the Report and to the activity for which he is accepting responsibility. Mr Spanswick is a Member of the Australian Institute of Geoscientists (MAIG No. 6050). Mr Spanswick has reviewed the Report to which this Consent Statement applies and consents to the inclusion in the Report of the matters based on his information in the form and context in which it appears. Mr Spanswick is a full-time employee of Aeris Resources Limited. ASX:AIS 17 APPENDIX A Summary of drill hole collar and survey details for all drill holes used to inform the 2026 Golden Plateau Mineral Resource estimate. Hole ID Easting1 (m) Northing1 (m) RL1 (m) Total Depth (m) Azimuth1 Dip Company2 OXY1 1749.8 1965.7 2469.8 77 360 60 Australian Occidental OXY3 1799.9 1961 2471 141 360 60 Australian Occidental OXY4 2275 1895 2465.5 99.3 360 60 Australian Occidental OXY5 2275 1940.5 2462.3 129 360 60 Australian Occidental OXY6 1750.1 1890 2466.8 160.3 360 70 Australian Occidental OXY7 2225 1896.3 2467 182 360 50 Australian Occidental OXY8 1800 2090.7 2469.4 55 360 60 Australian Occidental OXY9 2225.2 1956.6 2462.5 51 360 60 Australian Occidental OXY10 1908.5 1910.8 2469.8 216.4 360 60 Australian Occidental OXY12 2155 2029.6 2460.7 111 180 60 Australian Occidental OXY13 2274.8 2060.6 2442.9 102 180 50.5 Australian Occidental OXY14 2050 1977.4 2464.7 56 180 60 Australian Occidental OXY15 2050 2016.4 2462.2 93.2 180 60 Australian Occidental OXY16 1909.9 2074.9 2463.4 46.2 180 45.5 Australian Occidental OXY16A 1908 2076.9 2463.5 119 180 45 Australian Occidental OXY17 1831.9 1969.9 2470.7 130.0 360.0 45.0 Australian Occidental OXY18 2155.2 1903.6 2468.9 192.0 360.0 58.0 Australian Occidental OXY19 2274.7 1938.0 2462.3 180.4 360.0 69.0 Australian Occidental OXY20 2320.0 1910.7 2462.4 179.5 360.0 45.0 Australian Occidental CRC1 1700.1 1955.2 2466.1 69.0 360.0 60.0 Cracow Mining Venture CRC2 1700.3 1930.0 2464.9 110.0 0.0 90.0 Cracow Mining Venture CRC3 1650.4 1945.3 2460.8 60.0 360.0 60.0 Cracow Mining Venture CRC4 1750.2 1984.5 2470.0 63.0 360.0 60.0 Cracow Mining Venture CRC5 1750.3 2020.3 2470.0 44.0 360.0 60.0 Cracow Mining Venture CRC6 1767.2 2020.6 2470.3 68.0 360.0 60.0 Cracow Mining Venture CRC7 1786.7 1987.3 2470.9 109.0 360.0 70.0 Cracow Mining Venture CRC8 1787.7 2019.8 2470.3 78.0 360.0 60.0 Cracow Mining Venture CRC9 1800.1 2040.5 2469.8 61.0 360.0 60.0 Cracow Mining Venture CRC10 1800.3 2018.8 2470.2 88.0 360.0 70.0 Cracow Mining Venture CRC11 1935.3 1990.7 2466.5 80.0 360.0 60.0 Cracow Mining Venture CRC12 1882.7 2079.0 2465.7 140.0 180.0 60.0 Cracow Mining Venture CRC14 1785.5 1987.1 2470.9 106.0 0.0 90.0 Cracow Mining Venture CRC15 1725.2 2019.0 2469.1 53.0 0.0 90.0 Cracow Mining Venture CRC16 1725.3 1979.6 2468.6 87.0 0.0 90.0 Cracow Mining Venture CRC17 1725.3 1939.3 2467.6 115.0 0.0 90.0 Cracow Mining Venture CRC18 1675.0 1939.7 2463.6 70.0 360.0 60.0 Cracow Mining Venture CRC21 2200.1 1956.2 2463.6 44.0 360.0 60.0 Cracow Mining Venture CRC22 2220.3 1944.3 2464.0 51.0 360.0 60.0 Cracow Mining Venture CRC23 2239.9 1956.0 2461.7 51.0 360.0 60.0 Cracow Mining Venture CRC24 2240.0 1920.0 2465.3 55.0 360.0 60.0 Cracow Mining Venture CRC25 2268.0 2005.0 2454.2 41.0 180.0 60.0 Cracow Mining Venture CRC26 2268.0 2012.0 2454.2 36.0 360.0 65.0 Cracow Mining Venture CRC28 2061.9 2015.5 2461.9 84.0 180.0 60.0 Cracow Mining Venture CRC29 2254.0 1957.0 2461.0 80.0 360.0 60.0 Cracow Mining Venture CRC30 2184.6 1955.8 2460.0 53.0 360.0 60.0 Cracow Mining Venture CRC31 2320.0 2043.1 2430.5 84.0 180.0 60.0 Cracow Mining Venture CRC32 2210.0 1950.0 2463.7 44.0 360.0 60.0 Cracow Mining Venture CRC33 2232.0 1965.0 2460.8 38.0 360.0 60.0 Cracow Mining Venture CRC34 2193.0 1936.0 2465.6 72.0 360.0 60.0 Cracow Mining Venture CRC35 2174.0 1959.0 2463.7 35.0 360.0 65.0 Cracow Mining Venture CRC36 2247.0 1960.0 2461.0 49.0 360.0 60.0 Cracow Mining Venture CRC37 2261.0 1967.0 2456.6 90.0 360.0 60.0 Cracow Mining Venture CRC38 2288.0 1974.0 2455.7 94.0 360.0 60.0 Cracow Mining Venture CRC39 2193.0 1953.0 2464.1 44.0 360.0 60.0 Cracow Mining Venture CRC40 2303.0 1982.0 2453.9 87.0 360.0 60.0 Cracow Mining Venture CRC41 2303.0 1956.0 2457.9 120.0 360.0 60.0 Cracow Mining Venture CRC43 1951.3 2121.8 2459.8 50.0 1.4 60.0 Cracow Mining Venture CRC44 1953.7 2174.8 2456.1 50.0 1.4 60.0 Cracow Mining Venture CRCF7 2383.7