Relevant Gold Intersects 83.8 g/ton Gold over 1 metre at Golden Buffalo - Seite 2

"These exciting results confirm gold mineralization and Abitibi-style alteration are indeed associated with large-scale shear structures cutting the property. The high-grade gold in 22GB-012 proves that gold mineralization continues to depth, confirming that our Abitibi-style gold mineralization model is appropriate for the project," said Robert Bergmann, CEO of Relevant Gold. "We are very excited with these results and look forward to combining them with our regional mapping and sampling to target the multiple Golden Buffalo-style shear zones we've mapped traversing the claim package. We eagerly anticipate drilling some of these shears in our 2023 work program."

Key Observations from Drill Core

The Company's primary focus for this drilling program was to test the continuation of the Golden Buffalo Shear Zone to depth, along strike and begin to define the subsurface geology, architecture, alteration and pathfinder geochemistry. The following key observations were made:

• The Golden Buffalo Shear Zone is traceable from surface to a vertical depth of at least 300m. It remains open at depth.
• Strike length of the Golden Buffalo Shear Zone was expanded to approximately 800m. Step out holes 400 - 500m to the North (22GB-009 and 22GB-014) cut multiple mineralized shear zones parallel to the Golden Buffalo Shear Zone.
• Gold mineralization correlates strongly with As, Ag, Sb and W.
• Deep drilling beneath the Golden Buffalo Shear Zone from holes 22GB-009 and 22GB-014 illustrates widening of the Golden Buffalo Shear Zone at depth.
• Abundant episodic, complex quartz vein arrays were cut in most drill holes.
• Quartz veining includes steeply dipping (~85°) shear parallel veins and repeated shallowly- dipping (~35°) extensional vein sequences.
• Below the 30-50m oxidized zone, pyrite-pyrrhotite is associated with shear zones and related quartz veining.
• Alteration mineralogy includes an Abitibi-style assemblage of biotite, chlorite, actinolite, sericite, tourmaline and silicification.
• The style of orogenic quartz-sulfide veining is typical of that occurring in a brittle-ductile transition zone.
• Shear zones consist of an anastomosing, multi-strand array of E-W striking, steeply south (~85°) dipping structures that vary in width from <1.0m to >150m.

Twenty-six holes were completed, totaling 3,478m, of HQ and PQ oriented diamond core drilling (Figure 1). Hole 22GB-012 intersected 1m (core length) of 83.8 g/ton Au from 170m - 171m within a discrete 3m wide mineralized shear strand averaging 28 g/t gold, which importantly correlates as the downdip extension of the surface trace of the Golden Buffalo Shear Zone (Figure 2). Hole 22GB-013 was drilled from the same pad (different azimuth) and intersected 1.29m of 0.62 g/ton Au from 104.32m - 105.61m and 0.84m of 1.16 g/ton Au from 134m - 134.85m within the Golden Buffalo Shear Zone (see core photos).