Solstice Gold Announces Initial Drill Program at the Strathy Gold Project in the Temagami Greenstone Belt, Abitibi Subprovince, NE Ontario

In This Article:

Figure 1: Plan view of chargeability, 200m below surface with Solstice gold drill target areas 1-5. Simcoe Geosciences IP targets also shown.
Figure 1: Plan view of chargeability, 200m below surface with Solstice gold drill target areas 1-5. Simcoe Geosciences IP targets also shown.
Figure 2: 3D view of high chargeability (>15mV/V) isosurface with chargeability slices. Planned drillholes indicated in white/black at target areas. Note that IP responses at main targets are more pronounced than responses at the known Leckie Gold Zone.
Figure 2: 3D view of high chargeability (>15mV/V) isosurface with chargeability slices. Planned drillholes indicated in white/black at target areas. Note that IP responses at main targets are more pronounced than responses at the known Leckie Gold Zone.

VANCOUVER, British Columbia, April 02, 2025--(BUSINESS WIRE)--Solstice Gold Corp. (TSXV: SGC) ("Solstice", "we", "our" or the "Company") is pleased to announce finalization of plans for a 3,500 m, fully funded and permitted diamond drill program at the Strathy Gold Project, located in the Temagami Greenstone Belt in the prolific Abitibi Subprovince in Ontario. The program consists of 15-18 drill holes at an average length of 200 m below surface which will test five high-priority target areas and is set to commence in April, 2025.

Pablo McDonald, Solstice CEO stated, "We’re thrilled to be able to launch our initial drill program at our Strathy Gold Project. It’s rare to control a property in the prolific Abitibi Subprovince that hosts documented high-grade gold, but which is essentially untested over several adjacent square kilometres. After months of rigorous technical work, culminating in our recent IP geophysical survey, we interpret a much larger, coherent mineralizing system at Strathy than has been documented or tested to date. This campaign marks a pivotal moment for Solstice shareholders as we embark on a well-designed drill program that we believe gives us a strong chance of discovery."

Background

The core of the Strathy Project is centered on the regional-scale Leckie Fault, which is a gold-bearing N-S-trending fault that hosts the historic Leckie Gold Zone. The Leckie Gold Zone is mainly situated on two small (24ha) third party-owned patents, but documented gold mineralization extends onto Solstice’s claims and includes 5.00 g/t Au over 17.28m and 7.66 g/t Au over 7.25m (core lengths) at vertical depths of approximately 50-100 metres below surface1. Solstice controls the North and South extensions of the Leckie Fault which are untested by diamond drilling along 1.2km of strike length and to depths in excess of 1km on Solstice Claims (see Figure 1).

Recent IP surveys (Simcoe Geosciences) detect the known mineralization at the Leckie Gold Zone which is an important ‘proof of concept’. The IP survey shows more extensive, better-developed and untested IP anomalies along the North and South extensions of the Leckie Fault. These anomalies extend from surface to depths of >300m on Solstice claims (see Figures 1 and 2), as summarized, below:

  1. Leckie Fault Extensions: North and South extensions of the Leckie Fault show strong IP chargeability anomalies. Many of these are better developed than those at the historic high-grade intercepts noted above.

  2. Potential Intrusive-Related Targets: A second type of target at Strathy which exhibits high chargeability and associated high resistivity (as opposed to low resistivity at the Leckie Gold Zone). These IP responses are up to 800m long and may suggest the presence of a different style of mineralization from the Leckie Fault, possibly associated with intrusive source rocks, which are spatially associated with many gold deposits in the Temagami Greenstone Belt and in the Abitibi in general.

  3. New Leckie-Parallel Faults: Digital elevation modelling (DEM) and IP data define linear N-S targets which are interpreted to represent multiple Leckie-type targets across the Property. The highest priority areas on these targets are where they intersect the high chargeability / high resistivity targets described above.