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Kincora Copper Limited press release

Kincora and AngloGold Ashanti Exploration Expands and Upgrades Nevertire with Drilling Recommenced

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Kincora and AngloGold Ashanti Exploration Expands and Upgrades Nevertire with Drilling Recommenced

Melbourne, Australia--(Newsfile Corp. - February 10, 2026) - Copper-gold explorer and hybrid prospect generator Kincora Copper Limited (ASX: KCC) (TSXV: KCC) (Kincora or the Company) is pleased to provide an update on strong initial results and an acceleration of exploration activities following completion of the Phase 1 drilling program at the Nevertire and Nevertire-South projects. The programs are being conducted under earn-in and joint venture agreements with AngloGold Ashanti Australia Limited (AngloGold Ashanti).

Phase 1 drilling has upgraded the immediate target zone and reaffirmed Kincora's view that the Nevertire Magmatic Complex (NMC) represents the most advanced and geologically prospective porphyry project within the covered northern extensions of the Macquarie Arc. Drilling has now recommenced to follow up high-priority targets advanced during the second half of 2025.

In parallel, exploration activities have expanded to materially increase the search space to the south of the NMC. New geophysical surveys and a review of prior explorer drilling are underway to systematically evaluate and advance a prospective strike length exceeding 40km across the Nevertire and Nevertire South licenses.

HIGHLIGHTS

Extensive porphyry complex with multiple discovery potential confirmed: Phase 1 drilling (8-holes for 3385.2 metres, completed in 2H'2025) validated the presence of a large, highly prospective composite volcanic-intrusive complex across a greater than 5.4km strike at the Nevertire Magmatic Complex (NMC). Drilling intesected porphyry related lithologies, alteration, and vein hosted and disseminated copper, gold and pathfinder mineralisation.

Targets upgraded; follow-up drilling underway: Phase 1 successfully upgraded the immediate target zone (open in all directions) and generated strong vectors for follow-up drilling. Copper and gold grades suggest increasing proximity to one or more porphyry system centre(s) (Figure 5). High-priority infill and step-out drilling has recommenced to further refine vectoring patterns and test multiple potential porphyry centres.

Scale increased to province-scale: Phase 1 results combined with a review of prior explorer drilling support a greater than six-fold increase in the prospective strike length across the Nevertire and Nevertire South licenses. An initial ~110km² gravity surveying has been completed as part of a planned ~400km² program. The results, together with historical core resampling, are expected to refine step-out and scout drilling targets across multiple newly interpreted Macquarie Arc intrusive complexes.

Expanded scout drilling planned at Nyngan: Planning and permitting are underway to expand scout drilling at two targets at the Nyngan license along with a potential first-ever hole at the adjacent Nyngan South license.

Strong partnership and commercial alignment: The Nyngan, Nyngan South, Nevertire South and Nevertire projects form part of two earn-in and joint venture agreements with AngloGold Ashanti, which has the right to invest up to A$100-million across a total of five projects covering a continuous strike greater than 100km within Kincora's Northern Junee-Narromine Belt (NJNB) portfolio. Kincora currently manages the programs and receives a 10% management fee on expenditures.

John Holliday, Technical Committee chair, and Peter Leaman, VP of Exploration, said:

"Initial results have been very positive, validating Newcrest's prior analogues to the Cadia-Ridgeway and the Goonumbla (Northparkes) porphyry deposits and reaffirmed our view that the Nevertire Magmatic Complex is the most advanced and prospective porphyry project in the covered northern extensions of the Macquarie Arc.

As a result, activities have been expanded to both follow up immediate high priority targets with drilling but also systematically advance a province-scale pipeline across a greater than 40km strike.

Phase 1 drilling included large step-out holes from two previously favourable Newcrest intercepts and successfully upgraded the immediate target zone. We are very excited to have recommenced drilling, as the results indicate a new, large-scale mineralised system with the geological characteristics required for multiple discoveries.

Additional scale is also emerging to the south. A review of prior explorer drilling and a ground gravity survey completed in late 2025 have highlighted significant southern extension potential, where favourable basement intersections, anomalous results, and untested magnetic and gravity anomalies remain open for drill testing.

Separately, planning continues to support further scout drilling at the Nyngan and potentially Nyngan South projects. With a portfolio exceeding 2,350km² and a strong partnership with AngloGold Ashanti, Kincora is well positioned to systematically advance this unique, province-scale opportunity, offering substantial leverage to shareholders."

NEVERTIRE AND NEVERTIRE SOUTH PROJECTS

Target specific drilling

Following the April 2025 amended and second earn-in agreement with AngloGold Ashanti 1, a first phase drilling program commenced at both the Nevertire and Nevertire South licenses in 2H'2025. The program benefitied from unimpeded access across the consolidated ~8 x 12km Nevertire Magmatic Complex (NMC) and was designed to follow up two prior favourable drill results reported by Newcrest Mining and the most northern drilled holes at the NMC.

Newcrest holes ACDNY005 and ACDNY006 were drilled ~2.7km apart, in the central portion of the NMC, and returned "lithologies, alteration and veining consistent with a setting similar to the Cadia-Ridgeway and Goonumbla (Northparkes) porphyry Cu-Au deposits" 2. Kincora's relogging of these holes, led by technical director John Holliday, supported this interpretation.

The Phase 1 program included large scale step-out drilling and was designed to identify and define vectoring patterns toward potential porphyry centres. This program was very encouraging in providing strong vectors, upgrading the immediate target zone, supporting Newcrest's previous interpretation and reaffirming the Company's view that the NMC is the most geologically prospective porphyry project in the northern covered extensions of the Macquarie Arc.

The 8 hole program, totalling 3385.2 metres, utilised cost-effective mud-rotary drilling through the relatively soft post mineral cover sequence, followed by NQ3 diamond core drilling of the porphyry-prospective basement. All holes intersected basement. Drilling to date has intersected the NMC at shallow to moderate depths, with basement mostly at ~70m (in the south-west) to a 250m depth.

Step-out drilling across a greater than 4km of strike intersected multiple porphyritic intrusive phases beneath a moderate thickness of post-mineral cover - see Figures 4-5 and Tables 1-4. Lithologies intersected include monzonite, diorite, dacite, and crowded pyroxene-hornblende andesites - see selected core photographs in Figure 6. Favourable alteration and porphyry-style veining were observed, with copper, gold and pathfinder element geochemistry providing vectors for high-priority follow-up drilling, including copper grades suggestive of increasing proximity to a porphyry system centre(s) (see Figure 5).

High priority infill and further step-out drilling has recommenced to discover and refine vectoring patterns toward prospective porphyry centres.

Larger scale new target and intrusive complex generation

As previously announced, following encouraging initial visual observations, follow-up geophysical surveys commenced in 2H'2025, together with a review of prior explorer drilling results and ground gravity survey data 3.

These activities have resulted in a material increase in the prospective search space across the Nevertire and Nevertire South licenses, supporting a total prospective strike of greater than 40km N-S, representing a greater than 6x increase relative to the initial Phase 1 drill strike extent - see Figure 3.

A gravity survey covering ~110km2 has been completed and is currently being intergrated with legacy gravity data-sets, totalling ~148km2, acquired by prior explorers. These historical surveys were variable in coverage density and spatial distribution, reflecting piecemeal target-specific objectives. When combined with the new systematic gravity coverage, the dataset is expected to support a more coherent district-scale interpretation, with a further ~290km² of gravity surveying planned in 2026.

Prior explorer drilling across the southern extensions of the NMC includes 23 diamond holes totalling 7,383.7 metres, with some drillcore hosted in the publicly accessible Londonderry core library at the NSW Government's WB Clarke Geoscience Centre. Numerous historical drillholes in the Nevertire South priority area and adjacent southern targets were only partially sampled or analysed for a limited element suite, and most critical porphyry pathfinder elements were not consistently assayed.

As a result, multiple historical drillholes intersecting basement, coincident with favourable magnetic and/or gravity anomalies and returning anomalous geochemical results, were not advanced beyond initial testing. Many of these intersections are now recognised to be spatially associated with interpreted Macquarie Arc intrusive complexes that remain open and untested.

Resampling, re-logging and modern analytical work on high-priority historical drillholes, together with new geophysical data, is planned and is expected to expand and systematically advance the exploration pipeline, refine further step-out and scout drilling targets, and support evaluation of multiple potential new Macquarie Arc intrusive complexes.

Figure 1: Kincora and AngloGold Ashanti have partnered to explore new district-scale undercover extensions of the world-class Macquarie Arc in the Northern Junee-Narromine Belt via two earn-in and joint venture agreements, currently aggressively drilling large greenfield targets

Kincora has a portfolio of eight active projects, including managing two earn-in programs with AngloGold Ashanti, receiving a 10% management fee on expenditures, and covering a continuous 100km strike across 5 adjacent licenses (see References footnote 7 for source data for disclosed inventory/metal endowment)

To view an enhanced version of this graphic, please visit:

https://images.newsfilecorp.com/files/2305/283322_9d387295a4fb3b48_001full.jpg

Figure 2: Positive results have supported an acceleration of exploration activities, with step-out and infill drilling recommenced at the Nevertire South license, wider exploration planned to the south, and planning underway for recommencing drilling at multiple targets within the the Nyngan license, and potentially a maiden scout hole in the Nyngan South license

To view an enhanced version of this graphic, please visit:

https://images.newsfilecorp.com/files/2305/283322_9d387295a4fb3b48_002full.jpg

Figure 3: Phase 1 drilling results reaffirm Kincora's view that the NMC is the most advanced and geologically prospective porphyry project in the covered northern extensions of the Macquarie Arc, with the southern strike highlighting new province-scale potential

A gravity survey covering >100 km² has been completed within a planned total survey area of >400 km². This work, together with resampling of historical drill core, is expected to refine step-out and scout drilling targets and support evaluation of multiple potentially new Macquarie Arc intrusive complex targets.

Initial drilling has commenced with broad area approvals in place for upto 16 holes with further approvals to the south pending.

To view an enhanced version of this graphic, please visit:

https://images.newsfilecorp.com/files/2305/283322_9d387295a4fb3b48_003full.jpg

Figure 4: Phase 1 drilling included large scale step out drilling across a >4km strike in the central to northern portions of the NMC

Plan view of 2H'2025 drilling, with the corresponding long section provided in Figure 5. Results are consistent with Newcrest's prior interpretation that the project hosts lithologies, alteration and veining characteristic of a setting comparable to Macquarie Arc porphyry systems such as Cadia-Ridgeway and Goonumbla (Ridgeway) ²

To view an enhanced version of this graphic, please visit:

https://images.newsfilecorp.com/files/2305/283322_9d387295a4fb3b48_004full.jpg

Figure 5: Phase 1 drilling successfully upgraded the immediate target zone (open in all directions), providing vectors for follow up drilling, including copper and gold grades suggestive of proximity to a porphyry system centre

Information disclosed for Cadia-Ridgeway is not necessarily indicative of the Nevertire Magmatic Complex ("NMC"), and is provided for illustrative purposes only to demonstrate the typically discrete alteration and mineralisation footprints characteristic of Macquarie Arc "pencil" or "finger" porphyry systems. Phase 1 drilling by Kincora has returned encouraging copper and gold assay results, together with lithologies, alteration and veining consistent with this conceptual framework, supporting its relevance.

To view an enhanced version of this graphic, please visit:

https://images.newsfilecorp.com/files/2305/283322_9d387295a4fb3b48_005full.jpg

Figure 6: Positive observations with intrusions, hydrothermal alteration, porphyry veining associated with disseminated and vein-hosted sulphide

Detailed core photography of selection portions of 2H'2025 drilling, showing a range of mineralisation and alteration types from mineralised intervals within the middle-northern section of the Nevertire Magmatic Complex ("NMC")

See Tables 1-3 for additional geological discriptions, peak and significant assay results

For Photos of the drill core please refer to the PDF of this release available on Kincora's home page at https://kincoracopper.com/wp-content/uploads/2026/02/20260210_KCC_Exploration-expands-and-upgrades-Nevertire-South.pdf?utm_source=email&utm_medium=email%20marketing&utm_campaign=Kincora%20and%20AngloGold%20Ashanti%20exploration%20expands%20and%20upgrades%20Nevertire%20with%20drilling%20recommenced%20(09-02-2026)

Hole NEDD005 - 348.1m: stockwork chalcopyrite-pyrite bearing quartz-carbonate veins intersect silicified dacite porphyry, returning elevated copper (542 ppm) with minor zinc.

Hole NEDD005 - 358.6m: stockwork chalcopyrite-pyrite bearing quartz-carbonate veins intersect silicified, brecciated dacite porphyry, returning elevated copper (235 ppm) with minor molybdenum and zinc.

Hole NEDD006 - 337.15m: chalcopyrite-pyrite bearing quartz-carbonate veins cutting strongly propylitic altered intermediate volcanic rocks, returning elevated copper (4470 ppm) with minor gold, molybdenum, silver and zinc.

Hole NEDD006 - 407.7m: chalcopyrite-pyrite rich quartz-carbonate-magnetite-hematite veins intersecting weakly propylitically altered intermediate volcanic rocks, returning elevated copper (1310 ppm) with gold (0.431 g/t) and minor molybdenum, silver and zinc.

Hole NEDD006 - 417.25m: chalcopyrite-pyrite bearing quartz-carbonate-chlorite-hematite vein and dessiminated chalcopyrite-pyrite within weakly propylitically altered intermediate volcanic rocks with elevated copper (234 ppm) with minior gold, molybdenum, silver and zinc.

Hole NEDD007 - 384.45m: chalcopyrite-pyrite-bornite rich quartz-carbonate-specular hematite veining intersecting weakly propylitically altered intermediate volcanic rocks, returning elevated copper (3400 ppm) and gold (0.341 g/t), with minior molybdenum, silver and zinc.

Hole NEDD007 - 519.5m: chalcopyrite-pyrite rich quartz-carbonate-chlorite veins intersecting strongly propylitic-sodic altered hydrothermal breccia, returning elevated copper (13700 ppm) with gold (0.475 g/t) and molybdenum (31.8 ppm) with minor silver, lead and zinc.

Hole NEDD007 - 557.4m: hydrothermal breccia with a quartz-carbonate+chlorite cement hosting disseminated chalcopyrite mineralization, returning elevated copper (812 ppm) and gold (0.28 g/t) with minior molybdenum and silver.

Table 1: Nevertire-Nevertire South: Highlights of 2025 mud rotary-diamond tail drill holes

See Figure 4 for a plan view of collar locations of Kincora and prior explorer drill holes over magnetics

(NEDD009 drilled on the Nevertire license, all other holes at Nevertire South & the interpreted NMC)

See Figure 5 for a long section of collar locations of Kincora and prior explorer drill holes

HoleInterpreted

BasementBasement

Interval Highlights

NEDD002227m

downhole

~224m

vertical174.2m

total

134.6m

sampledTargetting a magnetic low corridor with interpreted ENE trending cross-fault between prior Newcrest holes ACDNY005 & 006.

Step-out 770m S & 1850m NNW from ACDNY006 & 005 respectively.

Spacing ranged from 970-1345m from subsequent Kincora holes NEDD003, 004, 005 & 006.

Extensive propylitic alteration with localised zones & lesser potassic alteration developed through intermediate volcanics and subvolcanic intrusives. Abundant quartz-carbonate ± epidote veining with generally low sulphide tenor; reflects interpreted outer zones of a porphyry-style hydrothermal system with various fluid pathways intersected.

NEDD003227m

downhole

~224m

vertical183.3m

total

177.0m core

tail sampledMost southern hole of the program targeting complex magnetic low & southern shoulder of gravity high at possible structural dilation.

Step-out 865m NNW & 2100m SSW from ACDNY005 & 006 respectively.

Hole spacing ranges from 1090-1345m from NEDD002 & 005.

Strong pervasive inner propylitic with localised & lesser potassic alteration in intermediate volcanics, cut by hematite-propylitic altered biotite-hornblende granodiorite. Mineralisation is minor, comprising pyrite ± chalcopyrite throughout. Extensive but unmineralised quartz vein & breccia development with associated argillic-phyllic alteration cuts the granodiorite. Late remobilised powellite (molybdate mineral) overprinting the veins is suggestive of the presence of metals deeper in the system which coupled with alterational and lithology is interpreted to indicate a higher level in the intrusive system.

NEDD004270m

downhole

~267mvertical91.4m

total

88.7m core

tail sampledEastern step out from ACDNY006 & the eastern margin of the program targeting ENE trending intense magnetic high on shoulder of gravity high.

Step-out 620m E & 2580m N from ACDNY006 & 005 respectively.

Hole spacing ranges from 970-1340m from NEDD002, 006 & 007.

Diorite intrusive sequence with distal-to-proximal propylitic alteration evolving locally to potassic variants at depth; magnetite ± quartz veins with albite ± K-feldspar selvages reflect a mineralised potassic veining event within an evolving intrusive-hydrothermal system.

Broad copper anomalism from basement to end of hole: 88.7m @ 171ppm Cu, with associated gold averaging 0.0174 g/t Au.

NEDD005249m

downhole

~245m

vertical172.8m

total

161.3m core

tail sampledOn the eastern margin of the program targeting NNW trending intense magnetic high & complex gravity signatures, south of major ENE cross-fault.

Step-out 940m E & 1850m N from ACDNY005 & 006 respectively, & 1690m S from NEDD004.

Hole spacing ranges are 1090-1160m from NEDD003 & 002 respectively.

Distal to transitional propylitic alteration within volcanic units, grading at depth to early potassic alteration with minor chalcopyrite-bornite mineralisation associated with porphyry veining consistent with an evolving zoned hydrothermal porphyry-style system.

Broad copper anomalism from basement to end of hole: 161.3m @ 121ppm Cu, including 21.1m @ 339 ppm Cu.

NEDD006243m

downhole

~239m

vertical217.5m

total

202.7m core

tail sampledWestern step out from ACDNY006 & the most western hole to date on the NMC, targeting a NNW trending intense magnetic & gravity high ridge.

Step-out 720m WSW & 2710m NNW from ACDNY006 & 005 respectively.

Hole spacing ranges from 970-1340m from NEDD002, 006 & 007.

Strongly altered & mineralised volcanic-intrusive sequence with potassic alteration overprinted by pervasive to structurally controlled inner propylitic & phyllic alteration, with zoned copper & multi-element porphyry pathfinder anomalism. Further zonation from pyrite to pyrite-chalcopyrite to porphyry quartz chalcopyrite-bornite veining. Multiple narrow higher-tenor Cu (peak 4470ppm) with Au intervals define hydrothermal fluid conduits providing an interpreted strong vector toward a concealed porphyry-style system or feeder.

Earlier from Kincora Copper Limited