Prismo Metals Inc. announced that given the success of the current drill program, it plans to expand the program at the Palos Verdes property located in the Panuco district in Mexico. The new holes will be drilled from Vizsla Silver Corp. concessions adjacent to the Palos Verdes concession and will target the Palos Verdes vein at depth.

A recommendation presented the Panuco Joint Technical Committee calls for drilling of approximately 3,600 meters in ten holes to be completed in two phases. The Joint Technical Committee is comprised of Prismo's CEO Dr. Craig Gibson, Vizsla Silver's VP Exploration Dr. Jesus Velador and Dr. Peter Megaw. The planned drilling from Vizsla's concessions will be from approximately eight sites in two phases.

The first phase will include seven holes with an average depth of about 300 meters, while the second phase will consist of three holes with an average depth of about 500 meters. The holes are designed to test the Palos Verdes vein at depth on Prismo's Palos Verdes concession and also test for the vein extension and splits on the adjacent Vizsla ground. The Company is in the process of completing a 2,500-meter drill program on the Palos Verdes project.

The drill program is designed to test the areas of the Palos Verdes vein system in areas where there previously was no drill access, mainly along the northeastern extension of the vein system and certain areas in the southwestern portion where previous drilling occurred. Ten holes have been completed for a total of about 2,035 meters of HQ core drilled for the current program, with an eleventh hole in progress. Assays for seven holes, PV-23-19 to PV-23-25 have been reported, and the last three completed holes have been sent to the lab.

About three holes remain in the program, after which the drill crew is expected to take a two-week break. QA/QC: Samples taken by Prismo are analyzed by multielement ICP-AES and MS methods internationally recognized analytical service providers. Certified Reference Materials including standard pulps and coarse blank material are inserted in the sample stream at regular intervals.