en.Wedoany.com Report on Mar 25th, Canadian mining company (CSE:STCU) has announced the first batch of assay data and geological observations from drilling at two satellite targets within its Star Project in British Columbia, Canada. CEO Darryl Jones noted that these drilling results confirm that the Star Project is not a single zone but has the potential for multiple mineralization centers.
Within the Star Project, hole CC-25-001 intersected 111 meters @ 0.348% copper equivalent, including 57 meters @ 0.614% copper equivalent and 15 meters @ 0.779% copper equivalent. Jones stated, "Copper Creek has provided strong initial drilling data, while Star North shows appropriate alteration and sulfide characteristics, supporting further exploration."
The Star North area has confirmed a large, fertile porphyry-style alteration system located 1 kilometer northeast of Star Main, where soil copper-gold anomalies coincide with induced polarization (IP) chargeability anomalies. These first holes drilled outside the Star Main area aimed to test strong soil, mapping, and IP-magnetic anomalies and provide subsurface vector information for additional porphyry centers within the broader camp.
Partial results from the 2025 drilling program were also disclosed. This program involved six holes to expand the copper-gold system and test the relationship between porphyry-style mineralization, potassic alteration, fault structures, and coincident IP anomalies to the west, north, and south. Jones emphasized, "The results show that Star Main possesses multiple mineralization corridors, not a single isolated panel. The repeatability of the system is encouraging: in areas with suitable structures, potassic alteration, and quartz-sulfide vein assemblages, we consistently intersect broad copper-gold intervals."
The Star Project is an alkaline copper-gold porphyry asset located in the Golden Triangle and Golden Horseshoe regions of British Columbia. These discoveries reinforce the view that the Star Project supports multiple mineralization centers, providing a foundation for subsequent exploration.
