Intrepid Metals Expands Ringo Footprint with Latest Drill Results at Corral Copper in Arizona
- Written by Media Outreach
Vancouver, British Columbia - Newsfile Corp. - September 9, 2025 - Intrepid Metals Corp. (TSXV: INTR) (OTCQB: IMTCF) ("Intrepid" or the "Company") is pleased to provide assay results from a step-out diamond drill hole from the Ringo Zone, part of the ongoing 2025 drill campaign at the Company's Flagship Corral Copper Property ("Corral" or the "Property") in Cochise County, Arizona. To date, Intrepid has competed seventeen drill holes (4602.35 meters ("m")) across the Ringo, Earp and Holliday zones, with an eighteenth hole currently underway at the Ringo Zone. The latest drill hole, CC25_037 intersected 140.80m of 0.36% CuEq1 including 32.15m of 0.85% CuEq1 and is located 50m north of CC24_018, which intersected 88.25m of 0.60% CuEq1 including 28.30m of 0.94% CuEq1 and roughly 90m northwest of CC24-019, which intersected 175.00m of 0.45% CuEq1 (see Figure 1 below). "These latest results continue to demonstrate the consistency and scale of copper-gold-silver mineralization at our project. Step-outs to the north/northwest confirm grade continuity and the mineralized footprint, enhancing our confidence in the potential of this system," said Mark Morabito, Chairman and CEO of Intrepid Metals. "With each hole, we're not only validating our geological model but also building toward a district-scale opportunity. The strength of these intercepts, combined with the growing interest from major industry players, reinforces our belief that Corral Copper is emerging as one of the most compelling copper exploration stories in the Southwest. We're excited to continue advancing the program and unlocking value for our shareholders." Highlights from Hole CC25_037:
Image 1: Drillhole CC25_037 at 258.2m showing patches of chalcopyrite>pyrite in the Courtland Hydrothermal Breccia To view an enhanced version of this graphic, please visit: https://images.newsfilecorp.com/files/6187/265453_13b9b544b4877be9_001full.jpg
Image 2: Drillhole CC25_037 at 266.7m showing vienlets of chalcopyrite>pyrite in the Courtland Hydrothermal Breccia To view an enhanced version of this graphic, please visit: https://images.newsfilecorp.com/files/6187/265453_13b9b544b4877be9_002full.jpgEconomic Geology of Corral Precious and base metal mineralization at Corral is concentrated in structurally controlled northeast dipping siliciclastic and carbonate sedimentary rocks including (oldest to youngest) Cambrian Bolsa Quartzite, upper-Cambrian Abrigo Limestone, Devonian Martín limestone and Mississippian Escabrosa limestone and in Jurassic aged intrusions. The most intense mineralization occurs in the Abrigo Limestone (main host) and Bolsa Quartzite, which...
- - 140.80 meters ("m") of 0.27% Copper ("Cu"), 0.15 grams per ton ("gpt") Gold ("Au") and 3.37 gpt Silver ("Ag") (0.36% Copper Equivalent ("CuEq")1) including,
- 87.30m of 0.39% Cu, 0.18 gpt Au and 4.89 gpt Ag (0.49% CuEq1) including
- 32.15m of 0.66% Cu, 0.29 gpt Au and 9.87 gpt Ag (0.85% CuEq1) including
- 13.30m of 0.94% Cu, 0.40 gpt Au and 10.31 gpt Ag (1.15%CuEq1).
- - 105.20m of 0.55 gpt Au including 48.85m of 0.97 gpt Au in Hole CC24_011
- - 44.40m of 0.53 gpt Au including 3.30m of 1.86 gpt Au in Hole CC24_013
- - 79.00m of 0.65 gpt Au including 33.00m of 1.43 gpt Au and 2.35m of 15.84 gpt Au in Hole CC24_014
- - 112.95m of 0.53 gpt Au including 63.40m of 0.91 gpt Au in Hole CC24_023
- - 49.10m of 0.78 gpt Au including 23.05m of 1.31 gpt Au in Hole CC25_029
- - 37.50m of 1.00 gpt Au in Hole CC25_030
Image 2: Drillhole CC25_037 at 266.7m showing vienlets of chalcopyrite>pyrite in the Courtland Hydrothermal Breccia To view an enhanced version of this graphic, please visit: https://images.newsfilecorp.com/files/6187/265453_13b9b544b4877be9_002full.jpgEconomic Geology of Corral Precious and base metal mineralization at Corral is concentrated in structurally controlled northeast dipping siliciclastic and carbonate sedimentary rocks including (oldest to youngest) Cambrian Bolsa Quartzite, upper-Cambrian Abrigo Limestone, Devonian Martín limestone and Mississippian Escabrosa limestone and in Jurassic aged intrusions. The most intense mineralization occurs in the Abrigo Limestone (main host) and Bolsa Quartzite, which...
