Announcement PDF ASX Announcement & Media Release | ASX: KAL | 5 October 2026 Extensive gold targets generated from aircore drilling at LTZ Flexure KalgoorlieGoldMiningLimited | ACN645666164 Suite 2, 1209 Hay St, West Perth WA 6005, Australia T: +61 (0)8 6002 2700 | E: infoatkalgoldmining.com.au | www.kalgoldmining.com.au Kalgoorlie Gold Mining (ASX: KAL) (‘KalGold’ or ‘the Company’) is pleased to report widespread gold anomalism from the first aircore drill program over the regional-scale Laverton Tectonic Zone (LTZ) Flexure target. Numerous targets for follow-up testing for potential primary gold mineralisation at depth are defined. Highlights: • 225 aircore holes completed for 7,212 m (average depth = 32 m), in the first test of the regional- scale LTZ Flexure target area. • Multiple zones of coherent gold anomalism in regolith across the LTZ Flexure program footprint, defined using a cumulative down-hole Au threshold of 20 ppb o Including a zone extending for up to 2 km of strike through the northern half of the drill grid. • Gold anomalism coincides with interpreted structural and geophysical features, potentially providing vectors towards primary gold mineralisation at depth. • Deeper follow-up RC drilling is planned to test the gold-in-regolith targets for potential primary mineralisation at depth, with additional first-pass aircore drilling of the Rebecca Sequence target to the north due to commence in mid-October 2026. For KalGold MD and CEO Matt Painter’s thoughts on the results of the LTZ Flexure program, please see our video on the KalGold Investor Hub site here. Discussing the results, Dr Painter said: "The first-pass aircore program at the LTZ Flexure has successfully opened up a previously untested area of the Pinjin Gold Project, identifying multiple coherent gold anomalies along the region’s principal gold-mineralising structure. Importantly, several of these anomalies align with the structural and magnetic features identified through KalGold’s targeting work. This provides encouraging validation of the geological model and has identified priority areas for follow-up exploration targeting primary gold mineralisation at depth. In the north-east of the drill grid, initial drilling also tested part of the Rebecca Sequence, which hosts gold mineralisation at Ramelius Resources’ Rebecca Gold Project along strike to the south. Gold anomalism, together with an associated antimony response, provides further encouragement to test the extent of this prospective sequence within KalGold’s tenure. Further aircore drilling of the Rebecca Sequence is due to commence shortly, alongside the Company’s next RC drilling program at Lighthorse. These programs will continue to systematically test the broader discovery potential across Pinjin." Page 2 Gold targetsgenerated atLTZFlexure forfollow-up exploration Figure 1 – Plan of the LTZ Flexure drill program. Drill hole collar symbols are coloured by cumulative down-hole gold content, with circles representing the current program and triangles representing historic drilling by Newmont (early 2000s). Yellow areas represent interpreted gold-in-regolith anomalism defined using a cumulative down-hole Au threshold of 20 ppb, approximately 10–20 times background levels. Several anomalous trends broadly follow the subsurface geological and structural trends interpreted from regional aeromagnetic data. The LTZ Flexure is evident in the underlying aeromagnetic image (reduced to pole, first vertical derivative, NE lighting), changing from a NNW-SSE strike in the north to approximately N- S in the south. Various target and structural features are labelled and discussed in the text. Projection: MGA 94 Zone 51. Page 3 Gold targetsgenerated atLTZFlexure forfollow-up exploration Aircore drilling at the LTZ Flexure The aircore program tested a regional-scale flexure within the LTZ, a major crustal-scale structure that hosts numerous major gold deposits throughout the Eastern Goldfields. Drilling was completed on widely spaced east-west drill lines. Nominal drill spacing was 320–400 m × 80 m, with holes drilled at -60° towards the east. Drilling encountered 5–30 m of transported cover over deeply weathered Archean basement, with the cover generally thickening to the south towards the Lake Rebecca palaeochannel system beyond KalGold’s tenure. Individual assay results were generally subdued, consistent with the shallow, first-pass nature of the program. Significant intercepts reported at a 0.1 g/t Au lower cut-off (100 ppb Au) include: • KGAC26094: 1 m @ 0.196 g/t Au (196 ppb) from 40 m • KGAC26188: 1 m @ 0.378 g/t Au (378 ppb) from 41 m • KGAC26189: 4 m @ 0.167 g/t Au (167 ppb) from 36 m Importantly, the cumulative down-hole gold response defines multiple coherent zones of anomalism extending over several hundred metres, including a trend in the northern half of the drill grid extending for up to 2 km of strike (Figure 1). Unlike earlier aircore drilling at Lighthorse, where results were influenced by primary gold mineralisation drilling at the LTZ Flexure represents a shallow, first-pass test of a largely unexplored part of this regionally important structure. The coherent gold anomalism identified by the program provides clear targets for follow-up exploration. Gold-in-regolith targets defined in the LTZ Flexure A cumulative 20 ppb Au threshold has been applied across the LTZ Flexure drill grid to define targets for follow-up exploration aimed at confirming additional gold discoveries. The use of low-level gold anomalism for target definition is well established in Yilgarn Craton regolith exploration, where regional laterite and ferricrete background gold values are commonly less than 2 ppb Au and lower in other weathered lithologies.¹, ² Low-level gold anomalism can form coherent, mappable geochemical haloes that strengthen towards mineralisation and provide an effective exploration vector through the regolith.³, ⁴ The 20 ppb Au cumulative threshold applied here distinguishes higher-tenor anomalism from the broader background response, delineating multiple coherent anomalous zones across the drill grid (Figure 1). Targets align with structural controls and demagnetisation zones First-pass aircore drilling has defined multiple coherent zones of gold anomalism that broadly align with geological and geophysical features identified by KalGold during targeting of the LTZ Flexure, including: • Gold anomalism follows the strike of magnetic units interpreted from regional aeromagnetic datasets. These trends vary from north-westerly in the northern part of the drill grid to approximately north-south in the south, mirroring the geometry of the LTZ Flexure. • Offsets of magnetic units, analogous to those observed at Kirgella Gift and interpreted to represent fault structures, locally coincide with gold anomalism. • Zones of reduced or variable magnetic response along strike also locally coincide with gold anomalism, potentially representing areas of demagnetisation associated with mineralising fluids. Together, these spatial relationships suggest that the gold anomalism may reflect underlying geological and structural controls and provide vectors towards potential primary orogenic gold mineralisation at depth. Page 4 Gold targetsgenerated atLTZFlexure forfollow-up exploration Gold mineralisation potential of the Rebecca Sequence The LTZ Flexure program covers an area where the LTZ changes orientation from NW-SE to N-S, juxtaposing upper greenschist facies rocks of the Pinjin Sequence to the west against upper amphibolite to lower granulite facies rocks of the Rebecca Sequence to the east. The Rebecca Sequence is largely concealed beneath transported cover in the program area, with only a small portion intersected by drilling in the north-east of the drill grid (Figures 1 and 2). The Pinjin Sequence hosts KalGold’s Kirgella Gift deposit and Lighthorse gold prospect, while the Rebecca Sequence hosts gold mineralisation at Ramelius Resources’ (ASX: RMS) Rebecca Gold Project, approximately 16 km to the south along strike. Encouragingly, the limited drilling of the Rebecca Sequence within the current program returned low-level gold anomalism, with multi-element data indicating a possible association between gold and antimony. In contrast, gold anomalism within the Pinjin Sequence shows a stronger association with arsenic (Figure 2). The Rebecca Sequence is the focus of KalGold’s upcoming first-pass aircore program immediately to the north of the LTZ Flexure drill grid, commencing mid-October 2026. Figure 2 – Multi-element geochemistry across the LTZ Flexure drill program, showing down-hole gold (Au) and arsenic (As) assays and bottom-of-hole antimony (Sb) data. Gold anomalism within the Pinjin Sequence shows an association with arsenic, while limited drilling of the Rebecca Sequence in the north-east of the drill grid indicates a possible association between gold and antimony. Refer to Figure 1 for drill hole locations. Projection: MGA 94 Zone 51. Page 5 Gold targetsgenerated atLTZFlexure forfollow-up exploration Rationale for the gold anomalism cut-off Regional Yilgarn laterite and ferricrete background is generally below 2 ppb Au1,2 . A 20 ppb Au contour is therefore approximately ten times background and provides a conservative threshold for coherent gold anomalism. This threshold is commonly used in Yilgarn regolith exploration, where values above 20 ppb Au can define mappable haloes that strengthen towards mineralisation3,4 , as is observed here at the LTZ Flexure. A significant number of the 225 drillholes completed showed anomalous gold anomalism, with peak values several hundred times background. By dropping this threshold, a 10 ppb Au cut-off outlines broader, lower-tenor anomalism at Pinjin that aligns with bedrock geology and structures interpreted from aeromagnetic data. This relationship is consistent with primary geological control and supports prioritising the targets for drill testing. Additional upcoming drill programs Next drill programs are scheduled to commence mid-October: • Follow-up RC drilling at Lighthorse, approximately 3 km north-west of the LTZ Flexure is scheduled to commence around 10 October 2026. The program will test extensions to high-grade gold intercepts in fresh rock will commence as soon as practicable to test beneath previously reported high-grade gold intercepts. • First-pass aircore drilling of the Rebecca Sequence is scheduled to commence around 16 October 2026, extending drilling to the north and northeast of this LTZ Flexure program. For both programs, the exact commencement date remains uncertain due to unseasonal heavy rainfall across the Pinjin area in late September 2026 that resulted in the closure of many roads throughout the Eastern Goldfields. Final commencement dates are therefore subject to timely reopening of the Kurnalpi- Pinjin Road by the City of Kalgoorlie-Boulder to all vehicles for access to site. 1 Cornelius, M., Smith, R.E. & Cox, A.J., 2001. Laterite geochemistry for regional exploration surveys – a review, and sampling strategies. Geochemistry: Exploration, Environment, Analysis 1(3): 211–220. 2 Smith, R.E. et al., 1992. Laterite geochemistry for detecting concealed mineral deposits, Yilgarn Craton, Western Australia (CSIRO/AMIRA Project P240; reissued as CRC LEME Open File Report 50). Regional Yilgarn ferricrete background population (n ≈ 500); 3 Anand, R.R. & Butt, C.R.M., 2010. A guide for mineral exploration through the regolith in the Yilgarn Craton, Western Australia. Australian Journal of Earth Sciences 57: 1015–1114. 4 Butt, C.R.M., Robertson, I.D.M., Scott, K.M. & Cornelius, M. (eds), 2005. Regolith Expression of Australian Ore Systems, CRC LEME; and CRC LEME Minerals Exploration Seminar abstracts, 2005 (distal – proximal Au tenor ranges in laterite). Page 6 Gold targetsgenerated atLTZFlexure forfollow-up exploration About the Pinjin Project The Pinjin Gold Project is located in a Tier One location approximately 140km northeast of Kalgoorlie- Boulder and covers a substantial portion of the southern part of the prolific Laverton Tectonic Zone (LTZ). To the north, this major crustal structure hosts some of the Eastern Goldfields’ largest gold mines and deposits. The project is strategically located next door to Ramelius Resources (ASX: RMS) Rebecca Gold Project, where a recent definitive feasibility study outlined commencement of mining activities in the December 2027 quarter (ASX: RMS 28/10/25). Figure 3 – Location map of KalGold’s Pinjin Gold Project and the Kirgella Gift and Providence deposits, around 140 km northeast of Kalgoorlie-Boulder. The project is situated approximately 25 km north of Ramelius Resources’ (ASX: RMS) Rebecca Gold Project. Also shown is KalGold’s La Mascotte deposit 35 km east of Kalgoorlie. Projection: MGA 94 Zone 51. Authorised for lodgement by the Board of Kalgoorlie Gold Mining Limited. For further information regarding KalGold, please visit www.kalgoldmining.com.au or contact: Matt Painter Managing Director and Chief Executive Officer Tel +61 8 6002 2700 Follow KalGold on social media. Page 7 Gold targetsgenerated atLTZFlexure forfollow-up exploration About KalGold ASX-listed resources company Kalgoorlie Gold Mining (KalGold, ASX: KAL) is a proven, low-cost gold discoverer with a large portfolio of West Australian projects and a total gold resource in excess of 214,000 oz. KalGold prides itself on defining shallow, potentially open-pittable gold resources at very low costs, currently less than A$4.60 per ounce of gold2 . Current focus includes: • The Pinjin Project within the 30 Moz Laverton Tectonic Zone (host to Sunrise Dam, Granny Smith, Rebecca, Anglo Saxon, and Wallaby projects) is located only 25 km north along strike from Ramelius Resources (ASX: RMS) Rebecca Gold Project. A first JORC Code (2012) Inferred Mineral Resource Estimate at Kirgella Gift and Providence (2.34 Mt at 1.0 g/t Au for 76,400 oz5 ) represents the first area targeted at Pinjin, with many more targets scheduled for testing. The company aims to define further resources as these targets are tested. Some tenure is the subject of a farm-in over two years. Between this tenure and KalGold’s own tenure and applications, the Company has established a significant presence in a strategic and important gold producing region. • The Bulong Taurus Project, 35 km east of Kalgoorlie- Boulder. Contains the outcropping La Mascotte gold deposit where KalGold has defined a JORC Code (2012) Inferred Mineral Resource Estimate of 3.61 Mt at 1.19 g/t Au for 138,000 oz6 , plus a series of satellite prospects and historic workings of the Taurus Goldfield. Work continues at the project. • The Central Yandal Gold Project, 45 km east of Wiluna and in the heart of the prolific Yandal Greenstone Belt that is home to some of the world’s greatest gold discoveries since the 1990s. 5 See KalGold ASX release, “First Kirgella Gift Inferred Resource of 76,400oz from 3m”. 25 July 2024. 6 See KalGold ASX release, “La Mascotte gold deposit: First JORC (2012) Mineral Resource of 138,000 oz Au”. 7 March 2023. Page 8 Gold targetsgenerated atLTZFlexure forfollow-up exploration CAUTIONARY NOTE REGARDING FORWARD-LOOKING INFORMATION This news release contains forward-looking statements and forward-looking information within the meaning of applicable Australian securities laws, which are based on expectations, estimates and projections as of the date of this news release. This forward-looking information includes, or may be based upon, without limitation, estimates, forecasts and statements as to management’s expectations with respect to, among other things, the timing and amount of funding required to execute the Company’s exploration, development and business plans, capital and exploration expenditures, the effect on the Company of any changes to existing legislation or policy, government regulation of mining operations, the length of time required to obtain permits, certifications and approvals, the success of exploration, development and mining activities, the geology of the Company’s properties, environmental risks, the availability and mobility of labour, the focus of the Company in the future, demand and market outlook for precious metals and the prices thereof, progress in development of mineral properties, the Company’s ability to raise funding privately or on a public market in the future, the Company’s future growth, results of operations, restrictions caused by COVID-19, performance, and business prospects and opportunities. Wherever possible, words such as “anticipate”, “believe”, “expect”, “intend”, “may” and similar expressions have been used to identify such forward-looking information. Forward-looking information is based on the opinions and estimates of management at the date the information is given, and on information available to management at such time. Forward-looking information involves significant risks, uncertainties, assumptions, and other factors that could cause actual results, performance, or achievements to differ materially from the results discussed or implied in the forward-looking information. These factors, including, but not limited to, fluctuations in currency markets, fluctuations in commodity prices, the ability of the Company to access sufficient capital on favourable terms or at all, changes in national and local government legislation, taxation, controls, regulations, political or economic developments in Australia or other countries in which the Company does business or may carry on business in the future, operational or technical difficulties in connection with exploration or development activities, employee relations, the speculative nature of mineral exploration and development, obtaining necessary licenses and permits, diminishing quantities and grades of mineral reserves, contests over title to properties, especially title to undeveloped properties, the inherent risks involved in the exploration and development of mineral properties, the uncertainties involved in interpreting drill results and other geological data, environmental hazards, industrial accidents, unusual or unexpected formations, pressures, cave-ins and flooding, limitations of insurance coverage and the possibility of project cost overruns or unanticipated costs and expenses, and should be considered carefully. Many of these uncertainties and contingencies can affect the Company’s actual results and could cause actual results to differ materially from those expressed or implied in any forward-looking statements made by, or on behalf of, the Company. Prospective investors should not place undue reliance on any forward-looking information. Although the forward-looking information contained in this news release is based upon what management believes, or believed at the time, to be reasonable assumptions, the Company cannot assure prospective purchasers that actual results will be consistent with such forward-looking information, as there may be other factors that cause results not to be as anticipated, estimated or intended, and neither the Company nor any other person assumes responsibility for the accuracy and completeness of any such forward-looking information. The Company does not undertake, and assumes no obligation, to update or revise any such forward-looking statements or forward-looking information contained herein to reflect new events or circumstances, except as may be required by law. No stock exchange, regulation services provider, securities commission or other regulatory authority has approved or disapproved the information contained in this news release. COMPETENT PERSON STATEMENT The information in this report that relates to Exploration Targets, Exploration Results, Mineral Resources or Ore Reserves is based on information compiled by Dr Matthew Painter, a Competent Person who is a Member of the Australian Institute of Geoscientists. Dr Painter is the Managing Director and Chief Executive Officer of Kalgoorlie Gold Mining Limited (KalGold) and has sufficient experience that is relevant to the style of mineralisation and type of deposit under consideration and to the activity being undertaken to qualify as a Competent Person as defined in the 2012 edition of the Australasian Code for Reporting of Exploration Results, Mineral Resources and Ore Reserves. Dr Painter consents to the inclusion in the report of the matters based on his information in the form and context in which it appears. Dr Painter holds securities in Kalgoorlie Gold Mining Limited. EXPLORATION RESULTS The references in this announcement to Exploration Results were reported in accordance with Listing Rule 5.7 in the announcements titled: • Infill and extensional RC drilling intersects broad gold mineralisation at Kirgella Gift and Providence, 4 August 2026. • Kirgella Gift diamond drilling intersects thick gold mineralisation, confirms primary gold extends at depth, 13 February 2026 • New RC drilling extends primary gold at Lighthorse, 19 December 2025 • Sub-Audio Magnetics (SAM) geophysical data guides upcoming RC drill program at Pinjin. Diamond Drilling at Kirgella Gift and Providence to commence soon, 26 August 2025 • Lighthorse Strike Extended to 1,450m. Extensive RC Program Beginning Shortly, 15 July 2025 Page 9 Gold targetsgenerated atLTZFlexure forfollow-up exploration • SAM geophysical survey commencing around Lighthorse, and exploration update, 6 June 2025 • Farm-in at Pinjin Gold Project completed, 29 May 2025 • Quarterly activities report for the quarter ending 31 March 2025, 30 April 2024 • Lighthorse RC program confirms primary gold mineralisation at depth, follow up drilling imminent, 15 April 2025 • Aircore drilling to test Lighthorse strike extensions in April, 10 March 2025 • Multi-kilometre target areas along strike at KalGold’s Lighthorse discovery, 17 February 2025 • Lighthorse gold discovery follow-up RC drilling to commence first week of March, 13 February 2025 • ‘Lighthorse’ gold discovery at Pinjin: thick, high-grade gold intercepted at new greenfields find, 7 February 2025 • First-pass aircore drilling at Kirgella West: broad gold anomalism and mineralisation over 1,200m strike, 18 December 2024 • Quarterly activities report for the quarter ending 30 September 2024, 30 October 2024 • Providence: North plunging shallow gold mineralisation has significant potential, 7 December 2023 • Shallow, high-grade results extend Kirgella Gift and Providence corridor to over 1,150m of strike, 25 October 2023 • Thick, shear-hosted gold mineralisation intercepted at Kirgella Gift, 8 June 2023 • KalGold farms-in to Kirgella gold tenements and acquires Rebecca West tenure at Pinjin, 23 May 2023 The Company confirms that it is not aware of any new information or data that materially affects the information included in the previous market announcements noted above. MINERAL RESOURCE ESTIMATES The references in this announcement to Mineral Resource estimates were reported in accordance with Listing Rule 5.8 in the following announcements: • La Mascotte gold deposit: First JORC (2012) Mineral Resource of 138,000 oz Au, 7 March 2023. • First Kirgella Gift Inferred Resource of 76,400 oz from 3m, 5 July 2024. In accordance with ASX Listing Rule 5.23, the Company confirms that it is not aware of any new information or data that materially affects the information included in the previous market announcement noted above and that all material assumptions and technical parameters underpinning the Mineral Resource estimates in the previous market announcements continue to apply. Page 10 Gold targetsgenerated atLTZFlexure forfollow-up exploration APPENDIX 1 – Collar Location Data Collar location data for aircore (AC) drill holes completed within the LTZ Flexure program, with cumulative gold (Au) and arsenic (As), as well as bottom of hole (BOH) antimony (Sb). Abbreviations used: b.d = below detection, NS = no sample (hole redrilled). Drill hole Type Tenement Grid Easting Northing RL Depth Dip Azimuth Cumulative Cumulative BOH Sb (mE) (mN) (mASL) (m) (°) (°) Au (ppb) As (ppm) (ppm) KGAC26001 AC E28/03134 MGA94_51 478,945.0 6,659,171.0 356.8 27 -60 90 b.d. 62.4 2.4 KGAC26002 AC E28/03134 MGA94_51 478,782.0 6,659,171.0 356.6 48 -60 90 17 29.1 0.7 KGAC26003 AC E28/03134 MGA94_51 478,623.0 6,659,172.0 355.1 36 -60 90 2 22.0 0.5 KGAC26004 AC E28/03134 MGA94_51 478,540.0 6,659,172.0 355.8 18 -60 90 b.d. 26.9 0.5 KGAC26005 AC E28/03134 MGA94_51 478,462.0 6,659,174.0 355.2 9 -60 90 b.d. 6.6 0.4 KGAC26006 AC E28/03134 MGA94_51 478,389.0 6,659,173.0 354.0 18 -60 90 2 13.0 0.3 KGAC26007 AC E28/03134 MGA94_51 478,298.0 6,659,175.0 352.7 27 -60 90 18 26.4 1.4 KGAC26008 AC E28/03134 MGA94_51 478,222.0 6,659,172.0 350.8 36 -60 90 6 24.2 0.3 KGAC26009 AC E28/03134 MGA94_51 478,135.0 6,659,173.0 349.9 39 -60 90 11 26.8 0.8 KGAC26010 AC E28/03134 MGA94_51 478,063.0 6,659,172.0 350.0 20 -60 90 11 17.8 0.4 KGAC26011 AC E28/03134 MGA94_51 477,984.0 6,659,172.0 352.5 57 -60 90 59 73.6 0.5 KGAC26012 AC E28/03134 MGA94_51 477,906.0 6,659,176.0 351.5 60 -60 90 63 67.9 1.4 KGAC26013 AC E28/03134 MGA94_51 477,821.0 6,659,173.0 351.8 43 -60 90 6 45.8 0.4 KGAC26014 AC E28/03134 MGA94_51 477,740.0 6,659,172.0 349.8 54 -60 90 11 115.5 0.8 KGAC26015 AC E28/03134 MGA94_51 477,655.0 6,659,163.0 350.0 48 -60 90 7 62.3 1.7 KGAC26016 AC E28/03134 MGA94_51 477,579.0 6,659,172.0 351.7 60 -60 90 13 71.2 1.1 KGAC26017 AC E28/03134 MGA94_51 479,016.0 6,658,846.0 354.1 42 -60 90 14 47.5 0.9 KGAC26018 AC E28/03134 MGA94_51 478,942.0 6,658,846.0 354.8 51 -60 90 18 40.2 1.3 KGAC26019 AC E28/03134 MGA94_51 478,861.0 6,658,848.0 353.5 50 -60 90 39 39.2 0.8 KGAC26020 AC E28/03134 MGA94_51 478,782.0 6,658,846.0 353.8 42 -60 90 5 21.3 2.3 KGAC26021 AC E28/03134 MGA94_51 478,700.0 6,658,849.0 352.6 21 -60 90 11 27.6 0.9 KGAC26022 AC E28/03134 MGA94_51 478,623.0 6,658,852.0 351.9 9 -60 90 2 8.6 1.2 KGAC26023 AC E28/03134 MGA94_51 478,544.0 6,658,849.0 353.3 15 -60 90 3 17.8 0.4 KGAC26024 AC E28/03134 MGA94_51 478,460.0 6,658,849.0 353.6 24 -60 90 19 47.9 0.6 KGAC26025 AC E28/03134 MGA94_51 478,383.0 6,658,849.0 350.6 36 -60 90 7 23.0 0.7 KGAC26026 AC E28/03134 MGA94_51 478,308.0 6,658,848.0 350.6 36 -60 90 42 49.5 0.4 KGAC26027 AC E28/03134 MGA94_51 478,224.0 6,658,848.0 352.2 33 -60 90 23 40.0 0.3 KGAC26028 AC E28/03134 MGA94_51 478,142.0 6,658,850.0 352.0 27 -60 90 7 38.6 1 KGAC26029 AC E28/03134 MGA94_51 478,063.0 6,658,846.0 352.6 54 -60 90 42 79.8 0.8 KGAC26030 AC E28/03134 MGA94_51 477,986.0 6,658,854.0 350.3 69 -60 90 117 227.8 1.5 KGAC26031 AC E28/03134 MGA94_51 477,901.0 6,658,856.0 347.3 66 -60 90 7 88.6 0.8 KGAC26032 AC E28/03134 MGA94_51 477,823.0 6,658,850.0 350.3 42 -60 90 7 54.0 0.4 KGAC26033 AC E28/03134 MGA94_51 477,744.0 6,658,849.0 347.7 44 -60 90 5 93.8 1.4 KGAC26034 AC E28/03134 MGA94_51 477,657.0 6,658,855.0 348.3 43 -60 90 10 114.8 0.6 KGAC26035 AC E28/03134 MGA94_51 477,581.0 6,658,846.0 347.6 47 -60 90 22 72.6 1.6 KGAC26036 AC E28/03134 MGA94_51 479,100.0 6,658,530.0 353.1 22 -60 90 9 34.9 0.3 KGAC26037 AC E28/03134 MGA94_51 479,021.0 6,658,532.0 352.8 45 -60 90 14 66.6 1.5 KGAC26038 AC E28/03134 MGA94_51 478,937.0 6,658,531.0 352.2 54 -60 90 8 55.7 0.6 KGAC26039 AC E28/03134 MGA94_51 478,779.0 6,658,529.0 351.4 33 -60 90 3 27.0 0.4 KGAC26040 AC E28/03134 MGA94_51 478,857.0 6,658,529.0 353.8 33 -60 90 b.d. 13.6 0.6 KGAC26041 AC E28/03134 MGA94_51 478,700.0 6,658,535.0 352.0 33 -60 90 13 108.4 0.3 KGAC26042 AC E28/03134 MGA94_51 478,620.0 6,658,530.0 352.3 45 -60 90 6 36.8 0.4 KGAC26043 AC E28/03134 MGA94_51 478,553.0 6,658,529.0 352.5 20 -60 90 16 12.4 0.2 KGAC26044 AC E28/03134 MGA94_51 478,461.0 6,658,528.0 350.8 27 -60 90 18 59.6 0.2 KGAC26045 AC E28/03134 MGA94_51 478,383.0 6,658,529.0 352.1 40 -60 90 15 54.4 0.2 KGAC26046 AC E28/03134 MGA94_51 478,303.0 6,658,525.0 350.1 25 -60 90 9 46.8 0.3 KGAC26047 AC E28/03134 MGA94_51 478,220.0 6,658,528.0 349.4 23 -60 90 11 34.0 0.3 KGAC26048 AC E28/03134 MGA94_51 478,137.0 6,658,531.0 351.4 10 -60 90 3 28.8 0.4 KGAC26049 AC E28/03134 MGA94_51 478,059.0 6,658,527.0 353.1 26 -60 90 4 43.1 0.2 KGAC26050 AC E28/03134 MGA94_51 477,984.0 6,658,530.0 349.0 32 -60 90 3 60.5 0.4 KGAC26051 AC E28/03134 MGA94_51 477,903.0 6,658,528.0 351.0 27 -60 90 6 64.4 0.5 KGAC26052 AC E28/03134 MGA94_51 477,822.0 6,658,527.0 349.1 36 -60 90 2 70.8 2 KGAC26053 AC E28/03134 MGA94_51 477,752.0 6,658,530.0 350.6 39 -60 90 4 82.8 0.3 Page 11 Gold targetsgenerated atLTZFlexure forfollow-up exploration Drill hole Type Tenement Grid Easting Northing RL Depth Dip Azimuth Cumulative Cumulative BOH Sb (mE) (mN) (mASL) (m) (°) (°) Au (ppb) As (ppm) (ppm) KGAC26054 AC E28/03134 MGA94_51 477,664.0 6,658,529.0 349.8 43 -60 90 6 90.8 0.2 KGAC26055 AC E28/03134 MGA94_51 477,576.0 6,658,522.0 349.4 46 -60 90 6 98.8 0.3 KGAC26056 AC E28/03134 MGA94_51 479,020.0 6,658,207.0 350.3 34 -60 90 9 40.0 0.2 KGAC26057 AC E28/03134 MGA94_51 478,941.0 6,658,211.0 350.1 32 -60 90 4 42.9 0.3 KGAC26058 AC E28/03134 MGA94_51 478,860.0 6,658,210.0 352.3 27 -60 90 6 57.4 0.2 KGAC26059 AC E28/03134 MGA94_51 478,780.0 6,658,207.0 350.1 52 -60 90 23 77.0 0.2 KGAC26060 AC E28/03134 MGA94_51 478,701.0 6,658,201.0 350.4 35 -60 90 54 82.6 0.2 KGAC26061 AC E28/03134 MGA94_51 478,617.0 6,658,211.0 350.6 41 -60 90 82 53.6 0.3 KGAC26062 AC E28/03134 MGA94_51 478,539.0 6,658,212.0 350.6 32 -60 90 19 47.1 0.2 KGAC26063 AC E28/03134 MGA94_51 478,460.0 6,658,207.0 351.7 31 -60 90 9 39.8 0.3 KGAC26064 AC E28/03134 MGA94_51 478,380.0 6,658,210.0 349.7 32 -60 90 13 42.7 0.2 KGAC26065 AC E28/03134 MGA94_51 478,301.0 6,658,210.0 347.5 21 -60 90 14 43.2 0.8 KGAC26066 AC E28/03134 MGA94_51 478,221.0 6,658,222.0 350.9 21 -60 90 9 55.4 0.7 KGAC26067 AC E28/03134 MGA94_51 478,146.0 6,658,218.0 349.1 25 -60 90 5 60.2 1.2 KGAC26068 AC E28/03134 MGA94_51 478,063.0 6,658,215.0 348.5 24 -60 90 4 75.7 0.5 KGAC26069 AC E28/03134 MGA94_51 477,982.0 6,658,217.0 349.3 23