News
Public · Published
Chalice Mining Strikes New High-Grade Kestrel Copper-Gold Discovery at Warrego North
Chalice Mining reported a copper-gold discovery at its wholly owned Warrego North project in the Northern Territory. First-pass drilling at Kestrel returned 15 metres grading 8.6 grams per tonne gold and 0.54% copper, including a 2-metre high-grade gold section; all six Kestrel holes encountered copper mineralisation.
Published:
Updated:
What happened
Chalice Mining reported a copper-gold discovery at its wholly owned Warrego North project in the Northern Territory. First-pass drilling at Kestrel returned 15 metres grading 8.6 grams per tonne gold and 0.54% copper, including a 2-metre high-grade gold section; all six Kestrel holes encountered copper mineralisation.
Confirmed
Global impact / market context
The results give Chalice a new exploration target and may justify more drilling and related spending. If further work confirms that mineralisation continues along strike and at depth, the project’s potential scale could grow; however, these early drill results do not establish an economically mineable resource or future revenue.
Analyst inference
The discovery is at an early exploration stage: drilling was wide-spaced, and the reported high gold grade is concentrated in a narrow section. A peak sample is being checked for possible coarse-gold effects, so follow-up results could change how investors assess grade consistency and scale.
Analyst inference
What to watch
- Look for follow-up drilling to test whether copper-gold mineralisation continues along strike and at depth, as the article says the system remains open in both directions. Analyst inference
- Watch for further assay testing of the high-grade gold samples; the company says testing is pending to assess whether coarse gold influenced the results. Confirmed
- Track whether Chalice outlines further exploration work and spending at Kestrel, since confirmation of a broader mineralised system could increase the project’s importance to the company. Analyst inference