Welcome to our dedicated page for Greenridge Exploration news (Ticker: GXPLF), a resource for investors and traders seeking the latest updates and insights on Greenridge Exploration stock.
Greenridge Exploration Inc (GXPLF) delivers focused mineral exploration through advanced geological analysis and strategic partnerships. This page provides investors and stakeholders with official press releases, project updates, and operational developments directly from the company.
Access timely updates on exploration milestones, technical evaluations, and corporate announcements. Our curated collection includes earnings reports, joint venture details, and progress on key resource targets, offering a transparent view of the company’s activities.
Content spans resource discovery updates, partnership agreements, and technical validation reports, all critical for assessing operational momentum. Bookmark this page to stay informed about Greenridge Exploration’s role in advancing high-potential mineral projects.
Greenridge Exploration (OTCQB: GXPLF) reported results from a helicopter-borne time-domain electromagnetic and radiometric Xcite™ survey at the Flying Vee Project in Q3 2025. The 2025 Survey comprised 726 line-kilometres at 100-metre line spacings and improved interpretation of known conductive structural trends that could be prospective for sulphide-hosted critical metals (nickel-copper-cobalt) and gold.
Axiom Exploration Group, with New Resolution Geophysics, detected conductive zones coincident with mineral showings at Nickel Lake, Reeve Lake and Day Lake, and radiometric anomalies near the Day Lake gold showing. Management said the results define higher-resolution target zones, bringing the company closer to drill testing.
Greenridge Exploration (OTCQB:GXPLF) reported results from a helicopter-borne MobileMT survey at the Sabre Uranium Project in the Athabasca Basin on Oct 27, 2025. The Survey identified robust basement conductors at ~300–400 metres consistent with graphite-rich lithologies and mapped secondary conductivity in the overlying Athabasca sandstone that may reflect clay alteration halos. MobileMT also outlined NE–SW structural corridors and cross-cutting features, some spatially associated with surface uraniferous sandstone boulders. The company says these results prioritize targets and moves the project closer to drill testing in the months to come.
Greenridge Exploration (OTCQB:GXPLF) has completed a helicopter-borne time-domain electromagnetic (HTDEM) survey at its Bradley Lake Uranium Project in Saskatchewan. The project, which spans 1,147 hectares and is located 30 kilometers northwest of Stony Rapids, SK, is fully owned by Greenridge with no underlying royalties.
The Bradley Lake Project features two significant uranium showings - Bradley West and Bradley East - with historical uranium grades reaching up to 3.53% U3O8. Recent sampling from 2022 by ALX Resources Corp. (acquired by Greenridge in December 2024) yielded uranium values ranging from 0.08% to 1.77% U3O8. The new survey, conducted by Axiom Exploration Group Ltd., aims to identify conductive structural corridors that could potentially host uranium mineralization.
Greenridge Exploration (OTC:GXPLF) has announced its first diamond drilling program at the Carpenter Lake Uranium Project in Saskatchewan's Athabasca Basin. The company owns 60% of the project, which spans 15,091 hectares across nine mineral claims, with potential to earn 100% interest.
The Phase I program includes 1,500 metres of helicopter-supported diamond drilling across up to 8 holes, targeting depths under 200 metres. The program, set to commence in mid-to-late August 2025, will explore multiple high-priority targets along the Cable Bay Shear Zone, characterized by strong geophysical conductors and uranium indicators.
The company has established exploration agreements with local Indigenous communities - English River First Nation and Kineepik Metis Local #9 - ensuring their participation in environmental monitoring and economic benefits.
Greenridge Exploration (OTCQB: GXPLF) has initiated a helicopter-borne time-domain electromagnetic (HTDEM) survey at its Flying Vee Nickel Project in Saskatchewan. The survey, conducted by Axiom Exploration Group, will cover 726 line-kilometers using their proprietary Xcite™ system.
The Flying Vee project spans 10,734 hectares across seven mineral claims, located 25 kilometers north of Stony Rapids. The survey aims to identify conductive zones potentially hosting nickel, copper, cobalt, and gold mineralization. The program includes radiometric data collection to detect radioactive anomalies that could indicate pathfinder minerals.
Greenridge Exploration (OTCQB:GXPLF) has announced the start of a new exploration program at its Hook-Carter Uranium Project in Saskatchewan's Athabasca Basin. The project, which is 80% owned by Denison Mines and 20% by Greenridge, covers 25,115 hectares across eleven claims.
The program includes a moving loop time-domain electromagnetic (MLTDEM) ground geophysical survey to identify new drill targets along the Patterson Lake Corridor. The property is strategically located near several significant uranium deposits, including NexGen Energy's Arrow deposit and Paladin Energy's Triple R deposit.
Greenridge Exploration (GXPLF) has announced its 2025 exploration plans for the Blackbird Project in northern Saskatchewan, Canada. The company will conduct a helicopter-borne time domain electromagnetic (TDEM) survey followed by prospecting and mapping activities. The Blackbird Property is located approximately 70 km north of LaRonge, Saskatchewan, in an emerging metallogenic district near the historic Rottenstone Mine.
The announcement follows recent significant discoveries in the region, including Ramp Metals' high-grade gold discovery at their Rottenstone SW project, which yielded 73.55 g/t gold over 7.5 metres, and subsequent massive sulphides intersections with copper and zinc mineralization. CEO Russell Starr emphasized the area's high prospectivity and the company's plans to leverage modern exploration tools in this underexplored district.