Northisle Announces Near Surface Intercepts and Higher-Grade Intercepts at Depth at West Goodspeed on its North Island Project

Northisle Copper and Gold Inc. has announced encouraging initial results from its 2025 exploration campaign at the West Goodspeed target within the North Island Project in British Columbia. The company completed four drill holes that revealed both near-surface mineralization intercepts and higher-grade zones at depth, demonstrating continuity across the mineralized system. Additionally, Northisle successfully mobilized a Scan by Veracio mobile XRF scanning system to the property, enhancing its analytical capabilities.

The drilling results at West Goodspeed build upon previous campaigns conducted in 2023 and 2024, with President and CEO Sam Lee noting that the intercepts observed across multiple holes underscore the strength of the mineralized system. The continuity of mineralization, particularly in higher-grade zones at depth, reinforces the potential for developing near-surface deposits within the Northwest Corridor of the project.

These developments align with Northisle's broader 2025 exploration strategy, which focuses on two key objectives: increasing higher-margin resources in the Northwest Corridor and accelerating target generation across the extensive 35-kilometre North Island Project porphyry belt. The addition of mobile XRF scanning capabilities represents a significant technological advancement that should enhance the efficiency and accuracy of the company's exploration efforts.

For the copper-gold sector, these results demonstrate the ongoing potential of British Columbia's porphyry systems and highlight how established projects can continue to yield promising discoveries through systematic exploration. The combination of near-surface mineralization and deeper higher-grade zones at West Goodspeed suggests a robust system that could contribute meaningfully to Northisle's resource base, particularly important given the current market focus on copper projects with near-term production potential.