- Sassy Gold Resources (SASY) has now completed 18 drill holes on its Foremore Project
- The Vancouver-based mineral explorer’s 100%-owned project is located in Northwest British Columbia’s Eskay Camp in the Golden Triangle
- A total of 18 drill holes covering 3,740 metres were completed at the Westmore Discovery Zone
- A total of 2,420 drill core samples have been shipped to the lab with assays pending
- Sassy Gold is an exploration-stage resource company engaged in the identification, acquisition and exploration of high-grade precious and base metal projects in North America
- Sassy Gold Resources (SASY) is up 11.11 percent, trading at $0.20 as of 10:19 am ET
Sassy Gold Resources (SASY) has now completed 18 drill holes on its Foremore Project.
The Vancouver-based mineral explorer’s 100%-owned project is located in Northwest British Columbia’s Eskay Camp in the Golden Triangle.
A total of 18 drill holes covering 3,740 metres were completed at the Westmore Discovery Zone. The results equal the combined total number of Westmore holes drilled in last year’s campaign.
Twelve of the 18 drill holes were designed and completed to add additional pierce points along strike and at depth along the 4-Amigo Vein, from which very high-grade, near-surface drill intercepts were encountered last year.
A total of 2,420 drill core samples have been shipped to the lab with assays pending.
“Our crews completed a highly efficient program with our all-in cost per metre at its lowest since we started at Foremore in 2020. We look forward to results as we’re confident we’ve been able to build on the success of the last two years,” said President and CEO, Mark Scott.
Sassy is also earning up to a 100-percent interest in the Highrock Uranium Project in the Key Lake region of Saskatchewan.
Sassy Gold is an exploration-stage resource company engaged in the identification, acquisition and exploration of high-grade precious and base metal projects in North America.
Sassy Gold Resources (SASY) is up 11.11 percent, trading at $0.20 as of 10:19 am ET.
