Highlights
- Seven of ten diamond holes returned copper-gold-silver mineralisation.
- DD26CT008 returned 19.7 m at 1.2% Cu, 1.4 g/t Au and 24 ppm Ag.
- DD26CT014 returned 25.9 m at 1.2% Cu, with a molybdenum-rich zone.
- Follow-up drilling aimed at an initial resource planned for H1 2027.
Hawk Resources Limited (ASX:HWK) has released assay results for ten diamond holes drilled along the Cactus Corridor in Utah, USA, between the historical Comet and Cactus mines. Seven holes returned copper-gold-silver mineralisation, and assays for a final hole are pending.
Key Intersections
Hole DD26CT008 returned 19.7 m at 1.2% copper, 1.4 g/t gold and 24 ppm silver from 72 m, before being abandoned in visible mineralisation due to technical problems. Its re-drill, DD26CT011, returned 12.7 m at 0.94% copper and 1.4 g/t gold.
Hole DD26CT014 returned 25.9 m at 1.2% copper from 88 m, along with a molybdenum-rich zone of 43.9 m at 0.03% molybdenum. Other results include 2.59 m at 2.60% copper in DD26CT010 and 23.26 m at 0.62% copper in DD26CT012.
Geological Setting
The drilling tested about 550 m of the roughly 1 km Cactus Corridor, with holes designed to test within 50 m of surface. Mineralisation is mainly chalcopyrite hosted in tourmaline breccia.
The historical Cactus mine produced about 1.3 Mt of ore grading 2.07% copper between 1905 and 1920. Hawk believes mineralisation may extend about 400 m northwest to the New Years prospect.
Next Steps
Managing Director Scott Caithness said the assays clearly highlight the potential for shallow copper-gold-silver mineralisation along at least 500 m of the corridor.
Hawk will review all assays, including the pending hole DD26CT016, before designing the next drilling phase in Q4 2026. Follow-up drilling to delineate an initial resource is planned for H1 2027. True widths have not yet been calculated.
Key Takeaways
- Most holes along the Cactus Corridor intersected mineralisation.
- Results support shallow copper-gold-silver potential over at least 500 m.
- One further assay result is pending.
- Hawk aims to work towards an initial resource in 2027.






Please wait processing your request...