Sayona Mining Limited’s 2024 Moblan Drilling Yields 38,953m of High-Grade Lithium—Fueling Resource Upgrade and Growth Potential
Tuesday, July 15, 2025
at
8:17 am
Sayona Mining Limited today released its final 2024 drill results from the Moblan Lithium Project, Québec. With 116 diamond drillholes totalling nearly 39,000m, high-grade lithium intercepts across multiple areas support resource upgrades and expansion, reinforcing the project's growth potential amid rising lithium demand.
Sayona Mining Limited has released extensive drilling results from its Moblan Lithium Project in Québec, Canada. The company completed 116 new drillholes totaling nearly 39,000 meters, which have delivered numerous high-grade lithium pegmatite intercepts. Among the notable technical results are intercepts such as 59.55 meters averaging 1.46% Li₂O, along with several intercepts within the current pit shell—some exceeding 50 meters in length—with lithium oxide grades ranging from approximately 1.4% to 2.3% Li₂O. The drilling program confirmed the continuity of spodumene-bearing pegmatites across four key zones (Main, South, New South, and Moleon) and supports the potential conversion of inferred resources to measured and indicated categories. In addition to detailed assay and intercept data, the announcement includes comprehensive technical information and JORC code statements on sampling, assay preparation, and QA/QC procedures, reinforcing the reliability of the dataset.
The technical details and operational efficiency of the drilling campaign underscore the project’s potential. The methodical collection of drillhole collar data, accurate downhole surveys, and high core recovery rates contribute to a robust resource database that could pave the way for future expansions. Bullish observers will note the strong lithium grades, significant intercept lengths, and sound sampling protocols, all of which support the long‐term growth prospects of the project and imply further resource upgrades. On the bearish side, some caution remains regarding the challenges in converting apparent drill intercepts to true widths and the inherent uncertainties in future resource model updates. Overall, the results demonstrate promising exploration success, suggesting a positive long-term impact for the company while acknowledging standard technical risks that come with advanced-stage resource development.