Taranis Identifies Borr Zone Using EM, Prepares for Drilling on East Side of Lamprophyre Dyke
Taranis Chases the Source as Borr Zone EM Anomalies Point to Deep Mineralized Continuity
The most recent news (February 17, 2026) highlights the identification of the "Borr Zone" using airborne Electromagnetic (EM) data. This conductive anomaly is located east of the known Thor deposit and suggests the mineralization continues down-dip. The company also released results for hole Thor-257, which intersected several narrow intervals including 0.56m of 7.05% combined Pb+Zn and 0.4m of 3.43% combined Pb+Zn. While these grades are respectable, the widths are extremely narrow (less than 1 meter). The news frames these results as confirmation of a larger geological model linking the Thor deposit to historical mines via the Silver Cup Anticline.
The impact of the recent news is Routine - Positive. While the EM data provides high-priority targets and the Borr Zone discovery (first announced in late 2025) is validated, the actual drill results from Thor-257 are not "game-changing." - Grade vs. Width: The intersections in Thor-257 are narrow (0.4m to 0.74m). For a project aiming for "bulk-mineable" or significant resource expansion, these narrow veins require high continuity to be economic. - Model Validation: The news is more significant for geological modeling than for immediate resource tonnage. It confirms that the "Thor system" likely extends beyond the previously known boundaries, particularly across the lamprophyre dyke. - Comparison: The 2025 discovery hole in the Borr Zone (5.25m of 26.2 g/t Ag and 3.55% Pb+Zn) was much more significant than the current Thor-257 results. This suggests the Borr Zone may be patchy or that Thor-257 hit a distal part of the system.
Taranis Resources is focused on the Thor Project in southeastern British Columbia. The project is an epithermal gold-silver-base metal system that spans 2.2km and links five historical mines (True Fissure, Great Northern, Broadview, St. Elmo, and Blue Bell). The company is currently testing a "linked epithermal-porphyry" model, believing the near-surface mineralization is fed by a deeper intrusive source (the "Elephant" or I-1 target).