GLAD.v Drilling and Regulatory Progress at Whitehorse Proj. Gladiator Metals Corp. (Ticker: GLAD.v or GDTRF for US investors) has released new assay results from its Phase 2 drilling campaign at the Cowley Park prospect, part of the Whitehorse Copper Project in Yukon.
Gladiator’s current drilling plans include up to 48,000m of work across Cowley Park, Chiefs Trend, Arctic Chief, and surrounding zones through 2025.
The latest data from Cowley Park confirms strong copper-gold continuity and continues to expand the project’s mineralized footprint.
Drilling has demonstrated continuous high-grade mineralization over more than 400m of strike, extending the Southern Limb by roughly 150m to the east.
Notable intercepts include:
- 14.0m grading 2.36% Cu, 2.78 g/t Au, 22.37 g/t Ag, and 1,516 ppm Mo from 33m, with 8.0m at 3.58% Cu and 4.80 g/t Au
- 20.0m at 1.72% Cu from 136m, with 14.0m at 2.21% Cu (Hole CPG-099)
- and 47.1m at 0.69% Cu from 126.5m, with 5.2m at 1.88% Cu and 0.28 g/t Au
CEO Jason Bontempo said the results reinforce the presence of consistent, near-surface copper mineralization and suggest increasing gold grades toward the eastern portion of the Southern Limb—an encouraging sign for project economics that may also benefit from silver and molybdenum by-products.
Four rigs are currently active across the 35km-long Whitehorse Copper belt, with two focused on Cowley Park and two targeting regional prospects. Further results from the Valerie and Little Chief areas are expected soon.
Regulatory progress also continues as the Yukon Environmental and Socio-economic Assessment Board (YESAB) has recommended approval of Gladiator’s Class 3 permit application.
Once finalized, the permit will allow expanded infill and step-out drilling at Cowley Park in preparation for a maiden resource estimate planned for Q2 2026.
https://www.gladiatormetals.com/news/gladiator-continues-to-deliver-near-surface-high-grade-copper-gold-intercepts-at-cowley-park-with-14m-2-36-copper-and-2-78-g-t-gold
Posted on behalf of Gladiator Metals Corp.