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Highlights
- 15,000-meter drill program focused on high-grade zones to optimize production planning.
- Advanced geophysical surveys to enhance exploration models and identify resource expansion.
- A comprehensive exploration strategy aimed at unlocking district-scale potential across 435 km² land package.
Troilus Gold Corp. (TSX:TLG) is excited to announce the commencement of its 2025 exploration program at the Troilus Copper-Gold Project, located in north-central Quebec, Canada. The Troilus Project has already proven to be a significant asset, with the company setting its sights on expanding the resource base and advancing toward the early stages of production. This year’s exploration efforts are designed to further grow the resource potential within and along the existing mineralized corridor, with targeted drilling and advanced geophysical surveys playing key roles in the strategy.
Justin Reid, CEO of Troilus Gold, highlighted the importance of this exploration phase, stating, “While 2025 marks an exciting new chapter for the Troilus Project—with engineering advancing, permitting nearing completion, and early works planned—we still see substantial exploration upside, both near the mine and across the broader land package.” Reid emphasized the potential for integrating higher-grade mineralization into early production years, along with the objective to further unlock the regional potential of the project.
Highlights of the 2025 Exploration Program
The 2025 program includes a variety of strategic efforts aimed at enhancing Troilus Gold’s understanding of its resource potential and refining its exploration models. Key components of the program include:
- 15,000m Drill Program: The company plans to drill high-priority zones near the planned mine pits. This drilling will focus on areas where higher-grade mineralization may be incorporated into the early years of production. Additionally, follow-up drilling will be conducted on historical geophysical targets to further refine resource expansion opportunities.
- Geophysical Surveys: A total of 2,100 line-kilometres of versatile time-domain electromagnetic (VTEM) surveys will cover extensions of the Troilus mine trend and the Pallador target claim blocks. These surveys will help improve the resolution of exploration models and prioritize the most promising zones for future drilling. Moreover, 23.3 line-kilometres of induced polarization (IP) surveys will be carried out over high-priority soil anomalies to enhance drill targeting accuracy.
- Soil Sampling and Prospecting: Approximately 3,700 soil samples will be collected to fill data gaps from previous geochemical surveys, helping to refine target generation. Detailed geological mapping will also be conducted across the Troilus land package, which spans an impressive 435 km².
Drill Program Details
The 15,000-meter drill program is a key part of Troilus’ 2025 exploration push. The focus will be on delineating high-grade trends near the Southwest Pit to support the development of the project and define the first five years of production. This effort builds on the success of last year’s drilling, which led to the discovery of the “West Rim” zone. Notably, the West Rim intercept yielded high-grade results such as 1.66 g/t AuEq (1.64 g/t Au, 0.92 g/t Ag, 0.01% Cu) in hole WR-24-003, located just 150 meters from the planned reserve pit. The 2025 drill campaign will allocate about 70% of the drilling to the Southwest Pit area, with the remaining drilling focused on other near-site, high-grade targets and follow-up to geophysical survey results.
Geophysical Survey Strategy
Troilus Gold is also incorporating cutting-edge geophysical techniques to refine its exploration models and better define drilling targets. The company will conduct 23.3 line-kilometres of IP surveys over prominent geochemical anomalies identified through soil and rock surveys. Additionally, over 2,100 line-kilometres of airborne VTEM surveys will be flown across the Troilus mine trend and Pallador claim blocks. Previous VTEM surveys in the area have shown a strong correlation with high-grade volcanogenic mineralization, and the modern VTEM technology offers improved resolution and depth of investigation—critical for understanding the subsurface geology and refining exploration targets.
