Announcement • Jul 14
Cascade Copper Corp Completes Maiden Drilling Program At Centrefire Copper-Gold Project Cascade Copper Corp. has completed its maiden drilling program at the Centrefire Copper-Gold Project, located 40 kilometres from Dryden, Ontario. All five holes intersected sulphide mineralization indicative of a Volcanogenic Massive Sulphide (VMS) environment. All drill holes show sulphide mineralization with holes CF-26-03 through -05 showing significant copper sulphide mineralization as chalcopyrite. Selected core from Drill Hole CF-26-05 shows chalcopyrite mineralization. Selected core from CF-26-04 shows chalcopyrite and pyrrhotite. Chalcopyrite and pyrrhotite mineralization from selected core in Hole CF-26-04. Chalcopyrite, pyrrhotite, quartz, and carbonate mineralization from selected core in Hole CF-26-03. Chalcopyrite, pyrrhotite, and carbonate mineralization from selected core in Hole CF-26-03. The 2,500-hectare Centrefire Cu-Au Project is located in the Wabigoon Greenstone Belt in Northwestern Ontario, ~40 kilometers northeast of Dryden and ~35 kilometers southwest of Sioux Lookout. It has been minimally explored in the past with 10 short (<75m vertical depth) drill holes, 5 surface trenches, continuous channel sampling over multi-meter intervals and geophysics, both surface and airborne including magnetics and EM surveys. Phelps Dodge explored the area between 1968 and 1970 and discovered several stacked intervals of copper, gold, and nickel mineralization within the majority of drill holes. Recent modern work by Cascade has confirmed surface mineralization, re-interpreted and modelled the EM and magnetic geophysics and defined priority drill targets from this. Recent surface sampling has returned values up to 2.86% Cu, 2.84 g/t Au, and 23.5 g/t Ag. Drilling has concluded at the Centrefire Copper-Gold VMS project, while logging and sampling continues at site. Priority sampling will continue with samples being submitted to the lab on a hole-by-hole priority basis. Initial results will be expected in six to eight weeks. Pending results, a Bore Hole Electro Magnetic (BHEM) survey will be contemplated to test for hidden VMS style conductors in the vicinity of the current drilling. This would lead to a follow-up phase 2 drill program that would target along strike and to depth of the best intersections. The technical information in this news release was prepared and approved by Shannon Baird, P.Geo., a Qualified Person as defined in National Instrument 43-101. Management cautions that core visuals and grab samples are selective in nature to begin with and are not representative of the hole or property in its entirety or indicative of any grade overall. Assay results are pending and visual identification of minerals does not guarantee economic grades. These preliminary visual observations are awaiting laboratory confirmation. Announcement • Jul 09
Cascade Copper Corp. (CNSX:CASC) acquired 10% stake in Copper Plateau Porphyry Project from Tuktu Resources Ltd. (TSXV:TUK) for CAD 0.1 million. Cascade Copper Corp. (CNSX:CASC) acquired 10% stake in Copper Plateau Porphyry Project from Tuktu Resources Ltd. (TSXV:TUK) for CAD 0.1 million on July 8, 2026. As part of consideration, CAD 0.01 million is paid towards assets of Copper Plateau Porphyry Project.
Cascade Copper Corp. (CNSX:CASC) completed the acquisition of 10% stake in Copper Plateau Porphyry Project from Tuktu Resources Ltd. (TSXV:TUK) on July 8, 2026. Announcement • Jul 08
Cascade Copper Corp. Provides Updates on its Maiden Drill Program at the Centrefire Copper-Gold Project Near Dryden, NW Ontario Cascade Copper Corp. has submitted priority assays from drill hole CF-26-01 from the maiden drilling at its Centrefire Copper-Gold Project, located 40 kilometres from Dryden, Ontario. The first two holes were collared to intersect a high priority copper-gold Volcanogenic Massive Sulphide (VMS) target horizon at varying depths. Both holes intersected multiple zones of pyrrhotite, magnetite, and chalcopyrite mineralization which seems to correspond well with geophysical modelling. Selected cut core from Drill Hole CF-26-01 showing pyrrhotite mineralization was sent for analysis. Selected cut core from Drill Hole CF-26-01 showing pyrrhotite with some chalcopyrite mineralization was sent for analysis. Selected cut core from CF-26-02 showing well laminated lithology with massive magnetite and brecciated to net-textured pyrrhotite mineralization. Chalcopyrite and pyrrhotite mineralization from selected core in Hole CF-26-02. The 2,500-hectare Centrefire Cu-Au Project is located in the Wabigoon Greenstone Belt in Northwestern Ontario, ~40 kilometers northeast of Dryden and ~35 kilometers southwest of Sioux Lookout. It has been minimally explored in the past with 10 short (<75m vertical depth) drill holes, 5 surface trenches, continuous channel sampling over multi-meter intervals and geophysics, both surface and airborne including magnetics and EM surveys. Phelps Dodge explored the area between 1968 and 1970 and discovered several stacked intervals of copper, gold, and nickel mineralization within the majority of drill holes. Recent modern work by Cascade has confirmed surface mineralization, re-interpreted and modelled the EM and magnetic geophysics and defined priority drill targets from this. Recent surface sampling has returned values up to 2.86% Cu, 2.84 g/t Au, and 23.5 g/t Ag. Drilling should be completed by the end of this week at the Centrefire Copper-Gold VMS project. Logging of the remaining holes and core cutting continues at site. Priority sampling will continue with samples being submitted to the lab on a hole by hole priority basis. Initial results will be expected in six to eight weeks. The technical information in this news release was prepared and approved by Shannon Baird, P.Geo., a Qualified Person as defined in National Instrument 43-101. Management cautions that core visuals and grab samples are selective in nature to begin with and are not representative of the hole or property in its entirety or indicative of any grade overall. Assay results are pending and visual identification of minerals does not guarantee economic grades. These preliminary visual observations are awaiting laboratory confirmation. 
