Black Mammoth outlines anomaly at Amador

Executive Summary

• Black Mammoth Metals Corp. has released results from an induced polarization (IP) survey at its 100%-owned Amador silver property in Nevada, identifying a large, high-chargeability anomaly underlying historic mine workings.
• The company has newly staked 55 unpatented lode claims, expanding the total property size to approximately 631 hectares (1,560 acres).
• The company intends to permit five drill sites to test the chargeability anomaly and the potential deeper extension of the high-grade silver shear zone.

Key Details

• Geophysical Survey Results:
  • The IP survey delineated a large, high-chargeability anomaly with high resistivity.
  • The anomaly extends at least 1.22 kilometres along the range front and under the historic Amador mine workings.
  • The zero-to-50-metre IP depth slice aligns with geophysical and sampling criteria.
  • The 150-to-250-metre depth slice indicates a potential northeastern dip of the sulphide mineralized zone.
• Historic Context and Sampling:
  • Historic drilling and recent rock-chip sampling in the area encountered significant silver mineralization.
  • Recent rock-chip samples assayed up to 23.05 ounces per ton silver (oz/t Ag).
  • Historic drilling in this specific area has not been followed up on.
  • The silver mineralization is hosted in a quartz-vein shear along a contact zone of Devonian sediments (Slaven chert) with plutonic intrusive.
  • Previous exploration (2003–2010) reported significant silver mineralization in rock chips and in three- to 12-metre drill intervals.
• Property Expansion:
  • The company newly staked 55 unpatented lode claims at Amador.
  • Claims are administered by the Bureau of Land Management (BLM) on the range front and the U.S. Forest Service uphill to the east.
  • Combined with 23 existing claims, the property now covers approximately 631 hectares (1,560 acres).
• Future Plans:
  • The company initially intends to permit five drill sites.
  • A BLM notice of intent will be filed to test the chargeability anomaly, which encompasses the high-grade silver shear zone along the range front and its potential deeper extension to the west.

Notable Quotes

• No direct quotes from management were included in the provided text.