IP Survey on Mystery Property Outlines Porphyry Targets
Rokmaster’s IP survey refines targets on the Mystery Property ahead of a fall drilling program.
Rokmaster Resources Corp. has completed an Induced Polarization (IP) survey on its Mystery Property within the Nechako Project. The survey identified three high-priority, deep-seated porphyry Cu-(Mo±Au) targets: the B2/B3 Zones, the Ford Anomaly, and a Northern Target. Geophysical data reveals strong high chargeability and resistivity anomalies at depths of 300-500 meters, significantly refining drill targeting.
Re-Os age dating on the Northern Target confirms that molybdenite mineralization belongs to the late Cretaceous Bulkley Intrusive Suite, aligning with regional porphyry systems. Diamond drilling is scheduled for September-October 2026. Management explicitly confirms the company is fully funded to execute the planned drilling program and holds active exploration permits.
Rokmaster Resources Corp. (RKR) released results on July 13, 2026, following its June 1, 2026 announcement regarding the start of the IP survey. The findings align with prior expectations, successfully converting surface geochemical and magnetic anomalies into specific, geophysically defined drill targets. The company also confirmed full funding for the upcoming fall program, a milestone that removes near-term dilution risk for this specific campaign. This update represents an incremental exploration step that advances the project timeline as previously communicated, without introducing new strategic shifts, unexpected discoveries, or material changes to the company's financial profile.
Rokmaster Resources Corp. is an exploration-stage company focused on the Nechako Project in west-central British Columbia. The project spans 28,238 hectares across three properties: Mystery, Fox-Coconut, and Hanson. Primary targets include porphyry Cu-(Mo±Au) systems and high-grade Au-Ag vein deposits. The Hanson Property is located near the historic Endako Molybdenum Mine, providing geological context and infrastructure advantages. Recent work has highlighted strong potassic alteration, IP anomalies, and high-grade silver intercepts on the Fox-Coconut property.