High Tide's Labrador Iron Drilling Extends a Large, Early-Stage Target

High Tide Resources reported its strongest interval from the latest Labrador West assay batch: 99.8 meters grading 31.7% total iron in hole 26LB0082, beginning 19.2 meters downhole. The result sits near the eastern edge of the current deposit limits and adds evidence that mineralization may continue beyond the existing resource model.

The batch also included 91.1 meters grading 27.7% iron in hole 26LB0084, more than 1,800 meters north of 26LB0082. Other reported intervals included 69.0 meters at 28.6% iron in hole 26LB0079 and 49.7 meters at 24.5% in hole 26LB0078. High Tide estimates true widths at 80% to 90% of core length. Hole 26LB0080 was stopped at 20 meters for technical reasons, which limits what that hole can show.

The two widely separated holes support management's view that the system remains open in multiple directions, but assay thickness and grade are not the same as an economic reserve. The 2026 campaign drilled 27 holes totaling 6,335 meters, and additional assays are still pending. Independent laboratory ActLabs completed the analysis, while Mercator Geological Services supervised drilling and the quality-control program.

Labrador West already hosts an inferred mineral resource of 655 million tonnes grading 28.84% iron, according to High Tide's 2023 technical report. That estimate was pit-constrained, but inferred resources carry substantial geological uncertainty and cannot be treated as mineable reserves. The company still needs enough drilling, metallurgy, engineering, permitting and economic work to show whether a mine could be financed and operated profitably.

Location is the project's strongest strategic advantage. Labrador West lies about 20 kilometers from Rio Tinto majority-owned Iron Ore Company of Canada's Carol Lake complex and near established mining towns, hydroelectric power and a common-carrier railway to the year-round port of Sept-Îles. High Tide says the railway has capacity of 80 million tonnes a year. A government-backed Labrador West transmission project could improve regional power access, but its timing and benefits to High Tide remain uncertain.

The assays strengthen the exploration thesis by extending higher-grade mineralization beyond parts of the current outline. They do not settle the harder investor questions about recoveries, product quality, capital cost, approvals or financing. The next useful evidence will be the remaining 2026 assays and any updated resource or economic study that converts geological scale into a credible development case.