Mineral Mountain Resources Ltd. and Mineral Mountain Resources (SD) Inc. reported that 2 drill holes, ST19-011 and branch hole ST19-011B have now intersected the East Shear at Standby Target 1 Area and a third hole, branch hole ST20-012, designed to undercut ST19-011B, is now in progress. In branch hole ST19-011B, multiple intervals of moderate to strong arsenopyrite-pyrrhotite mineralization, quartz-flooded, hydrothermal chlorite-altered were intersected and sampled between 462m to 632m (East Limb Shear). Approximately 200 split core samples have been submitted to the laboratory for gold analysis. DDH ST19-11 intersected branches of the East Shear Zone from 374m (1159 ft.) to 633m (1962 ft.), including a brecciated quartz flooded alteration zone from 373m to 384m with typically 5%, but locally semi-massive arsenopyrite, followed by hydrothermal chlorite altered and quartz flooded Rochford Iron Formation from 538m to 551m, and five major intervals of quartz veining with altered wall rock septa between 584m and 633 m. DDH ST19-11B Intersected the major East Shear Zone from 545m to 633m, which includes, complex brecciated quartz veining with up to 10% hydrothermal chlorite, 3% hydrothermal cummingtonite, up to 3% magnetic pyrrhotite, and trace arsenopyrite from 545m to 578m, followed by chlorite-cummingtonite-chert Rochford Iron Formation with 10% hydrothermal chlorite, 5% hydrothermal cummingtonite, 20% grey quartz flooding, 3% magnetic pyrrhotite, and up to 2% finely disseminated to blady arsenopyrite to 633m (1962 ft.). Drill core samples are transported, handled and stored with chain of custody procedures. Core is sawn or split in representative halves with one half submitted to the laboratory for analysis and the second half saved for archival purposes. Typical core samples are 0.5 to 1.5 m in length. Gold (Au) assays are by 30 g fire assay with atomic absorption finish with a lower limit of 0.005 ppm and upper limit of 10 ppm. The 48 element geochemical package, including silver (Ag), uses a 4 acid digestion followed by Induced Coupled Plasma with Atomic Emission Spectrometry (ICP-AES) and Mass Spectrometry (ICP-MS), when gold values are greater than 10 ppm then the sample is reanalyzed using fire assay with a gravimetric finish. All over limits are also analyzed using the screened metallic method.