Sun Peak Metals Corp. (TSXV:PEAK)(OTCQB:SUNPF) has announced an exciting development in its exploration efforts at the Halahila VMS Project in Saudi Arabia. The company has identified two new gold and silver-bearing gossan zones, located approximately 3.5 km and 5 km south of the Halahila Main zone. These findings are part of ongoing geological work and showcase the potential for significant mineral resources in the area.
Promising Gold and Silver Returns
The newly discovered gossan zones are each approximately 200 meters long and range from 2 to 14 meters in width. Rock-chip and grab samples from these areas have yielded impressive results, with assays returning up to 1.32 grams per tonne (g/t) gold, 11 g/t silver, 0.64% copper, and 1.05% zinc. This discovery underscores the potential richness of the Halahila VMS Project, which is already recognized for its mineral wealth. Learn more on Investopedia.
In addition to the new findings, the Halahila Main zone continues to show promise. Time Domain Electromagnetic (TDEM) surveys have revealed strong conductors associated with a 650-meter gossan zone, where previous assays returned remarkable results of up to 16.35 g/t gold and 180 g/t silver. These findings not only highlight the surface-level potential but also suggest significant subsurface mineralization.
Exploration Activities and Future Plans
As the exploration at Halahila progresses, the company is actively conducting geological mapping, rock sampling, and ground TDEM surveys, coupled with detailed gravity surveys. The Halahila Main zone is now considered drill-ready, with plans to initiate drilling in late Q2 2026. This phase of exploration aims to evaluate the subsurface gold and copper VMS mineralization further, expanding the company's understanding of the project's potential.
Greg Davis, CEO of Sun Peak Metals, expressed enthusiasm regarding the recent discoveries. He stated, "The identification of multiple mineralized gossan zones and high-grade samples at Halahila underscores the scale and potential of the Halahila VMS Project. The newly identified gold and silver-rich VMS gossans at surface, located up to 5 kilometres along trend to the south of the Halahila Main Zone, highlight significant size potential." Davis also mentioned that the EM surveys have identified modellable conductors beneath the gossan, presenting compelling drill targets for the upcoming program.
Significant Historical Context
These recent discoveries build upon earlier exploration results from January 2026, which indicated that 25% of samples (24 out of 98) exceeded 1 g/t gold, with the highest result reaching 16.35 g/t. Additionally, 29% of samples (28 out of 98) surpassed 10 g/t silver, with a peak reading of 180 g/t silver. The Halahila South gossans are located beneath the Cambrian-Ordovician post-mineral Wajid Sandstone cover, suggesting the possibility of additional concealed VMS targets along the trend.
The 35 km² Halahila Project is situated within the Kutam-Al Masane VMS Belt in the southern Asir Terrane of Saudi Arabia, an area known for its rich deposits. Nearby, the Al Masane copper-zinc mining complex is located just 45 km to the north, while the historic Kutam copper mine lies 40 km to the west of the Halahila site. This region's geological history points to a favorable environment for further discoveries.
Broader Exploration Strategy in Saudi Arabia
Sun Peak Metals is actively pursuing exploration across its portfolio in Saudi Arabia, which includes not only the Halahila Project but also the Al Miyah and Safra projects, as well as recently acquired Round 9 licenses. The company is committed to expanding its footprint in this mineral-rich region, leveraging its findings to unlock further value.
The anticipated maiden drill program in Saudi Arabia is set to commence shortly, promising further updates in the near future. As Sun Peak continues its exploration efforts, the potential for significant discoveries remains high, driven by the compelling evidence of mineralization at Halahila and beyond.
Originally reported by Financialcontent. View original.