공시 • Mar 24
Inflection Resources Ltd., Annual General Meeting, May 19, 2026 Inflection Resources Ltd., Annual General Meeting, May 19, 2026. 공시 • Mar 20
Inflection Resources Ltd. announced that it has received CAD 3.345 million in funding On March 19, 2026, Inflection Resources Ltd closed the transaction. An insider of the Company purchased a total of 30,000 Units, Cash finder’s fees of CAD 136,975 and 547,900 finder warrants exercisable at CAD 0.40 per common share for a 24-month term were paid on a portion of the Offering. 공시 • Feb 26
Inflection Resources Ltd. announced that it expects to receive CAD 2.5 million in funding Inflection Resources Ltd. announced a non-brokered private placement of up to 10,000,000 units at a price of CAD 0.25 per unit for gross proceeds of up to CAD 2,500,000 on February 25, 2026. Each unit will comprise of one common share and one-half of a share purchase warrant, with each whole warrant exercisable into one further common share at a price of CAD 0.40 for a term of 24 months. All securities issued will be subject to a statutory hold period of four months and one day. Finder’s fees may be paid in connection with the offering in accordance with the policies of the Canadian Securities Exchange. The offering is subject to the approval of the CSE. Directors and officers of the company may acquire securities under the offering. 공시 • Jan 19
Inflection Resources Ltd. Intercepts 3 Metres Grading 7.72 g/t Gold in New Zone at Trangie in New South Wales, Australia and Plans Eighty-Three Additional Drill Holes Inflection Resources Ltd. provided an update on drilling completed in New South Wales, Australia under the Exploration Agreement with AngloGold Ashanti Australia Limited as announced on June 14, 2023 and March 25, 2025. Summary Highlights: High-grade gold was intersected in a new standalone target area within the Trangie district. The expanded drill program at Trangie is a significant step-forward with air-core drilling representing a proven and widely used drilling methodology in New South Wales, notably in the discovery of several deposits, including the Northparkes and Cowal mines. This discovery, made as part of strategic alliance with AngloGold Ashanti, validates its exploration approach of systematic drilling across multiple targets in the northern extension of the Macquarie Arc. Mineralisation includes chalcopyrite associated with the skarn assemblages and disseminated magnetite alteration along with multi-generational epidote-calcite and quartz veining. Notable intercepts include 3.0 m grading 7.72 g/t Au from 190.0 m to 193 m; 2.0 m at 0.19% Cu from 199.0 m to 201.0 m; 1.85 m at 0.20% Cu from 208.5 m to 210.4 m; and 1.6 m at 0.10% Cu from 310.4 m to 312.0 m. Drill hole TRNDH029 was drilled 270 m northwest of hole TRNDH023 in a northwesterly direction (310deg) at -70deg to follow-up on anomalous mineralisation encountered in TRNDH010 which returned 10.0 m grading 0.12 g/t Au from221.0 m to 231.0 m. The hole intersected an interfingering sequence of andesites and sedimentary units with epidote and localized magnetite/albite alteration. Eighty-three air-core drill holes are planned for the Trangie project, focused on the area around hole TRNDH023 and the recently discovered zone in TRNDH032 where high-grade gold and elevated copper values were intersected. Drilling is scheduled to commence in February once the requisite permits and landowner access agreements are fully in place. Following the identification of several areas of priority interest in the broader Trangie district, the decision was made to grid drill an area of approximately 15 km2 on approximately 250 metre centres, with the objective of infilling areas where the Company has limited or no data. This first-pass drilling and geochemical dataset is expected to be highly effective for mapping discrete zones of alteration and mineralisation across the district. The Company has commenced land access discussions and permitting for the drilling. The drill program will consist of air-core drilling, a cost-effective and efficient technique to collect lithological and geochemical data from the prospective Ordovician basement sequence, which should provide valuable vectors for deeper drilling. Air-core is an inexpensive rotary drilling method that uses compressed air instead of drilling fluids to remove rock cuttings from the drill hole. The drill bit fractures the rock into small chips and chunks, which are then taken back up through the hollow drill rods to surface by high-pressure air. This creates a continuous stream of bedrock material that geologists collect and analyze, allowing explorers to map lithology, mineralisation and alteration. Hole NYNDH003 was drilled to the south (180deg) at -70deg and intersected basement at 236.5 m, where it intersected sandy, matrix-supported polymictings from the drill hole. 공시 • Nov 25
An undisclosed Australian subsidiary of Inflection Resources Ltd. (CNSX:AUCU) acquired Dandaloo Project. An undisclosed Australian subsidiary of Inflection Resources Ltd. (CNSX:AUCU) acquired Dandaloo Project on November 24, 2025.
An undisclosed Australian subsidiary of Inflection Resources Ltd. (CNSX:AUCU) completed the acquisition of Dandaloo Project on November 24, 2025. 공시 • Oct 30
Inflection Resources Ltd. Outlines Large-Scale Copper-Gold Targets on the Endurance Projects, Northern Territory, Australia Inflection Resources Ltd. provided an update on its 100% owned Endurance Projects located in Australia's Northern Territory. The Endurance Projects were acquired from a subsidiary of Newmont Corporation ("Newmont") and announced by the Company on June 16, 2025. Summary Highlights: The Projects are located in Australia's Northern Territory and consist of twelve 100% owned exploration applications, totaling 4,592 km2, covering sixteen large iron oxide copper-gold ("IOCG") targets. IOCG deposits are among the most metal-rich mineral systems globally, with Australia'sOlympic Dam, Prominent Hill and Carrapateena mines owned by BHP and the Ernest Henry mine owned by Evolution Mining being major sources of copper in Australia. IOCG deposits are attractive exploration targets due to their large scale and by-product potential, which includes gold and potentially uranium, which can greatly enhance project economics. The Endurance Projects are considered by the Company to be prospective for large-scale IOCG deposits of the style represented by Ernest Henry, Olympic Dam, Carrapateena and Prominent Hill mines. The Company considers the Endurance Projects to have the potential to represent a new IOCG province which has received minimal exploration. The projects are located in or in close proximity to a large, crustal-scale structure identified by the Australian federal government agency, Geoscience Australia and limited historic drilling which identified IOCG-style alteration and mineralisation. A government-funded airborne electromagnetic (AEM) survey identified several discrete conductors close to the margin of the Bigeye circular magnetic feature, which Inflection interprets as being prospective for IOCG-style mineralisation. A stratigraphic drill hole completed by Geoscience Australia into the northwestern portion of this target (Hole NDIBK07) intersected rocks which were dated and returned a maximum age of 1,652Ma, which suggests the area is geologically contemporaneous with the eastern succession of the Mt Isa Inlier, which hosts the Ernest Henry mine. Hole NDIBK07 intersected intensely hematite-pyrite altered sediments with quartz veining, which is considered highly encouraging in terms of potential prospectivity. Inflection sampled the Geoscience Australia core, which returned assay results anomalous in barium, thorium, cerium, lanthanum, and yttrium with high potassium values that reflect an elemental association similar to that reported in hematite-rich zones at Olympic Dam, Prominent Hill and Ernest Henry (Belperio et al. 2007 and Rusk et al. 2010). Government AEM survey interpretation shows large conductors on the margins of magnetic-gravity anomalies with similar characteristics to those seen at Ernest Henry, where sulphide accumulations occur on structural margins around an intrusive complex. Collectively, the magnetic and Bouguer gravity anomalies with AEM conductors, the Mt Isa-age basement rocks and IOCG-style alteration suggest Bigeye could represent a district-scale intrusive complex capable of hosting IOCG-style mineralization. 