Vision Lithium Inc. announced assay results for the first set of drill holes completed on the recently acquired Cadillac Lithium property. The Property comprises a total of 332 claims covering 19,070 hectares (190 km square) located just south of the historic mining town of Cadillac and approximately halfway between the major mining centres of Rouyn-Noranda and Val-d'Or, in the province of Quebec, Canada. Along with the previous surface channel sample results, these results indicate the presence of significant lithium values over the known length of the B dike as observed on surface.

The Cadillac Lithium property hosts at least 4 known spodumene-bearing pegamtitite dikes which will be tested during the on-going drilling program. A total of ten additional holes have been completed to date and are being logged and sampled at this time. Visual results appear similar to the first seven holes, with good continuity of the dike over several hundred metres and spodumene being observed in most holes.

The drilling program will continue through the spring ahead of the summer field season where numerous pegmatite targets will be ground proofed. The sampling program and the quality control program were planned and supervised by Yves Rougerie. The quality assurance and control protocol involves the insertion of control or normalized samples on average every 10 samples, in addition to the regular insertion in the process of analysis of sterile, duplicate and standardized samples, accredited by ALS Canada Ltd. Samples were transported from the Cadillac Lithium project to a secure facility in Val-d'Or, Quebec where samples were prepared.

The sawed channels samples were bagged, sealed and transported to the facility of ALS Chemex in Val-d'Or, where each sample was dried, crushed and pulped (Prep-31). The samples were crushed to 70% less than two millimetres (CRU-31), riffle split, pulverize split to better than 85% passing 75 microns (PUL-31). Samples were assayed for Lithium + 33 element by ICP-AES (ME-MS85) and by 4Acid digestion for ore grade lithium samples (Li-OG63).