공시 • Jan 24
Interra Copper Corp. Announces Drill Results of the Phase One Drilling Program at the Rip Copper Project in the Stikine Region of British Columbia
Interra Copper Corp. announced the results of the Phase One drilling program at the Rip Copper Project (the "Project" or "Rip") in the Stikine region of British Columbia. The Rip Project is situated approximately 33 km northeast of Imperial Metals' past producing Huckleberry copper-molybdenum ("Cu-Mo") mine and Surge Copper's advanced stage Ox/Seal/Berg projects. Imperial Metals Corporation is exploring Huckleberry and its surrounding claims for additional Cu-Mo resources. Highlights of 2024 and the Rip Phase One Drilling: First phase drill testing at Rip has confirmed that largely covered geophysical targets define a Cu-Mo mineralized porphyry system. Zones of anomalous Cu-Mo mineralization are hosted in multiple phases of porphyritic intrusions and associated vein stockwork. In 2024, acquired five additional claims by staking, more than doubling the initial 2,308.81 ha road accessible property to its current 4,770.65 hectares in a top tier exploration and mining district, the Bulkley Porphyry Belt. In summary, the 2024 mag, IP and drill program successfully resolved the original Rip anomaly into two separate porphyry systems and demonstrated that the northern target contains multiple intrusive phases and long intervals of low-grade Cu-Mo mineralization. This northern target has been partly defined as a 600m wide subvertical cylindrical mineralized zone between a magnetic barren core and a chargeable pyrite halo. The southern geophysical target is equivalent in size to the northern anomaly and has no diamond drill testing. Technical Details of the Drill Program. Interra has received all assays from its two-hole, 1033 metre drill program at the Rip Cu-Mo porphyry project in central BC. The Rip project is interpreted as a highly underexplored porphyry Cu-Mo system that is predominantly covered by overburden. Following the airborne mag survey, a 3D-DCIP induced polarization and resistivity survey was completed over the Rip target in 2024. The new IP survey resolved the original 1980 chargeability anomaly into two charg eability "donuts" around the two separate magnetic highs, the classic "pyrite halo" signature of porphyry systems, providing more evidence for the interpretation that Rip contains two adjacent porphyry systems. Summary of assay results. DDH, From, To, Interval (m), Cu ppm, Mo ppm, Au ppm, Ag ppm, CuEq %, RP24-001, 21.4, 148, 126.6, 514, 43.2, 0.026, 0.50, 0.102, RP24-001, incl, 21.4, 94, 72.6, 659, 63.4, 63.4, 0.69, 0.137, RP24-001, including 0.69, 0.69, 0.,137, RP24-001. Following the airborne mag survey), a 3D-DC IP induced polarization and resistivity survey were completed over the Rip target in 2022. The new IP survey resolved The original 1980 chargeability anomaly into 2 charg eability "donuts' around the two separate magnetic highs. The classic "pyrite hala" signature of porphyry system, providing more evidence for the interpreted that Rip contains two adjacent porphry systems. Summary of assay Results. Summary of assay results. Summary of assay results. DH, From, To, interval (m), Cu ppm), Cu ppm, Au ppm, Agpp %, RP24-001), RP24-001, 21., 148, 126.6, 49.8, 0.023, 0.48, 0.113, RP24-002, incl, 33.6, 106, 72.4, 724, 63.9, 63.9, 0.029, 0.57, 0.57, 0".