3D Geophysics Unlocks Massive Untested Target at Super Copper's Chilean Asset
3D geophysics reveal an untested, high-grade core right beneath historic shallow holes, setting the stage for a highly anticipated Phase 1 drill program.
We’ve been keeping a close eye on Super Copper Corp. (CSE: CUPR | OTCQB: CUPPF) here at juniorstocks.com, and for good reason. If you read our previous coverage on the company, you already know they have been advancing highly prospective ground in Chile’s world-renowned Atacama region. But sometimes, a single piece of new data completely rewrites the playbook. Today, the company released fresh geophysical evidence that not only expands the scale of their Cordillera Cobre Project but gives them a massive, previously untested bullseye to aim at.
Through the magic of 3D Magnetic Vector Inversion modeling, a highly technical way of saying they meticulously mapped the subsurface magnetic plumbing, Super Copper has successfully linked its El Alto and Calcite Hill target areas. For the first time, geophysics confirms a continuous 3.5-kilometre magnetic corridor stretching across the central target area. But the real kicker isn't just the sheer size; it is the overlap. Mother Nature rarely gives explorers two neon signs pointing to the exact same spot, but the new magnetic data perfectly overlaps with a previously identified chargeability anomaly found via Induced Polarization surveys conducted by Argali Geofísica. In the world of Chilean Iron Oxide Copper-Gold systems, having both magnetic and chargeability signatures perfectly stacked at depth strongly suggests that magnetite and copper sulphides were deposited by the exact same mineralizing fluids.

