Lexston Mining Corporation Announces Phase 1 of the Garfield Hills Work Program

Executive Summary

• Lexston Mining Corp. has engaged Geophasic Exploration LLC to commence Phase 1 of its exploration program on the 128‑claim Garfield Hills property in Mineral County, Nevada, with field crews slated to mobilize on February 3, 2026.
• The work will focus on identifying porphyry‑related mineralization (gold, silver, copper) and potential uranium targets through soil and rock sampling, geologic mapping, and targeting deep‑seated intrusive bodies highlighted by neighboring Guardian Metal Resources’ 3D magnetic modelling.
• This initiative expands Lexston’s Nevada portfolio and aims to delineate new drill‑ready targets in the historically productive Pamlico district.

Key Details

• Engagement: Geophasic Exploration LLC contracted to execute Phase 1 field program.
• Property: Garfield Hills, 128 mineral claims located in Mineral County, Nevada (Pamlico district).
• Mobilization Date: February 3, 2026.
• Exploration Focus:
• Porphyry‑style mineralization (gold, silver, copper) associated with Cretaceous intrusions and skarn/carbonate replacement zones.
• Mineralized quartz veins within the intrusion.
• Additional target: uranium mineralization outside historically explored areas.
• Planned Activities: Soil sampling, rock sampling, detailed geologic mapping of known mineralized lithologies.
• Strategic Context: Property borders Guardian Metal Resources’ holdings; Guardian’s recent 3‑D magnetic inversion identified two deep‑seated intrusive/magnetic bodies (High‑Grade and Power Line Zones) with >800 m vertical extent, guiding Lexston’s focus areas.
• Management Quote: Jag Bal, President, stated the company is “excited to begin our Phase 1 Work Program… focusing work in these areas” highlighted by Guardian’s modelling.

Notable Quotes

“We are excited to begin our Phase 1 Work Program on our Garfield Project which borders Guardian Metal Resources… we are focusing work in these areas.” – Jag Bal, President, Lexston Mining Corp.