en.Wedoany.com Reported - Canadian mineral exploration company Star Copper (CSE:STCU) recently announced the completion of a non-brokered private placement, successfully raising C$2 million (approximately US$2.07 million). The funds are designated to support its "2026 Aggressive Drilling Program" at the Star Copper project in British Columbia.
Under the financing arrangement, Star Copper issued 1.156 million flow-through units at a price of C$1.73 per unit. Each flow-through unit consists of one common share and one common share purchase warrant. Warrant holders have the right to purchase one non-flow-through share per warrant at a price of C$1.75 per share within two years. This financing not only provides funding security for the drilling program but also incorporates flexibility for potential future equity financing through the warrant structure.
The drilling program will focus on three key areas: expansion and step-out drilling of known mineralization zones, deep testing of priority targets, and follow-up drilling based on geological modeling and geophysical survey results. Star Copper emphasized that subsequent drilling will dynamically adjust targets based on real-time geological data to ensure exploration efficiency. As a core project in the development of the copper-gold system in British Columbia, the Star Copper project is currently at a critical stage for resource upgrade. This drilling program aims to expand the existing resource base and test the deep mineralization potential.
Star Copper specializes in the exploration and development of copper-gold deposits in British Columbia. Its technical team possesses extensive geological research experience in the region. The raised funds will be directly invested in areas such as drilling equipment rental, core sample analysis, and 3D geological modeling. The 2026 drilling meterage is expected to increase by 30% compared to previous years. The company stated that with the funds secured, drilling equipment mobilization has begun, and the locations for the initial drill holes are being optimized based on the latest geophysical anomaly data.
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