Cascade Copper Corp. announced that they have completed a compilation and comprehensive review of all historic data from their Rogers Creek Porphyry Project in Southern BC. Mira Geoscience was contracted to model and assimilate all the Induced Polarization data from previous surveys into a definitive database.

All historic data has been loaded into Mira's proprietary Geoscience Analyst Software that allows for viewing in 3D. The Target 1 area at Rogers Creek has been identified by 8 lines of Pole-Dipole Induced Polarization surveys that were completed over several campaigns between 2009 and 2019. This compilation and modelling exercise was the first time all the IP data has been combined and modelled by 3D Inversion.

This new inversion model shows two large, >500m wide, 30ms chargeability anomalies in the centre of Target 1 encompassed by a broad >2km wide, 20ms isoshell interpreted to represent mineralized porphyry centres and their associated phyllic alteration halo. In addition to the IP, previous soil and rock sampling have returned over 500ppm Cu in soil and over 1% Cu in rock grab samples. Geological and alteration mapping has indicated porphyry style veining with propylitic, phyllic, and potassic alteration on surface.

Mineralization observed in historic drill core directly correlates with the IP chargeability highs, which together with the surface mapping indicate a "blind" porphyritic body at Target 1. Previous Drilling. Previous diamond drilling at Target 1 intersected wide intervals of copper mineralization, especially when nearing chargeability highs. Several historic drill holes intersected significant intervals of gold enrichment.

Drill hole MRC-007 intersected over 150m of elevated copper including 0.172% Cu over 12.3m and WRC-002 intersected 0.2 g/t Au over 120m including 1.05 g/t Au over 13.5m. These 2 holes were drilled pre-IP surveying and targeted below known surface mineralization. Cascade Copper plans to drill test the higher chargeability anomaly centres at Rogers Creek Target 1 to investigate the interpreted copper porphyry system.

Drilling will focus on intersecting the deeper IP anomaly centre where surface investigation has indicated D-type porphyry veins, copper mineralization, and significant porphyry style alteration above and peripheral to it. As well, historic drilling has encountered copper and gold mineralization when in close proximity. A two to three hole, 1,500m program is planned and the collars for the holes will be set on existing forestry access roads allowing for higher cost efficiency and lower impact.

The drill permitting process has been initiated.