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Uranium Rock Chip Sampling Assay Results
Metals One Plc announced assay results from rock chip sampling at its Uravan Uranium-Vanadium Project in Colorado. Highlights include uranium assays reaching up to 41,768 ppm U (4.17%) from historic waste material. Vanadium assays showed up to 24,688 ppm V (2.46% V), also from waste. Copper concentrations reached up to 11,449 ppm Cu (1.14%), and silver hit 99.4 g/t Ag. A scintillometer survey identified anomalies up to 27,000 CPS, coinciding with historic mine sites. These results confirm the presence of ore-grade uranium, vanadium, copper, and silver in the area, validating the high value of historically mined material. Disclaimer*
About this update from Metals One Plc
[{"type":"text","content":"\n\n29 September 2025\n \nMetals One Plc\n(\"Metals One\" or the \"Company\")\n \nUranium Rock Chip Sampling Assay Results\n \nOre-Grade Uranium, Vanadium and Copper Assays Confirmed in Historical Mining Areas at UV Project, Colorado\n \nMetals One plc (AIM: MET1), a critical and precious metals exploration and development company, is pleased to announce the results of reconnaissance rock chip sampling and scintillometer surveying at its Uravan Uranium-Vanadium Project in Montrose County, Colorado (the \"Project\").\n \nA total of 19 rock chip samples were collected from across the claim block and surrounding areas. The samples were analysed for uranium, vanadium and associated elements, with full QA/QC protocols including blanks, standards and duplicates.\n \nHighlights:\n \n· Uranium assays up to 41,768 ppm U (4.17%) from historic waste material (UV5).\n· Vanadium assays up to 24,688 99m V (2.46% V) (UV16, waste dump).\n· Copper up to 11,449 ppm Cu (1.14% Cu) (UV16).\n· Silver up to 99.4 g/t Ag (UV5).\n· Pathfinder elements typical of redox-front uranium systems, including molybdenum (108 ppm), selenium (32 ppm) and arsenic (428 ppm), coincident with high uranium-vanadium values.\n· Results confirm uranium-vanadium-copper-silver association typical of Salt Wash Member (Morrison Formation), which is known to host uranium deposits.\n· Sampling included historic waste dumps and limited outcrop.\n \n\n\n\n\n\n\n\n\n\nFigure 1: Uranium assay results from recent rock chip sampling\n\n\n\n\n \nScintillometer Survey\n \nA RS-125 spectral scintillometer survey over the UV claim block identified numerous high-count anomalies (>3× background, up to 27,000 CPS), mostly coinciding with historic mine sites, but also including moderate anomalies in areas without recorded workings (see Figure 2 below):\n \n· Red category (>400 CPS) anomalies cluster around historical adits.\n· Green anomalies (above 250 CPS) represent anomalous above background readings.\n \n\n\n\n\n\n\n\n\n\nFigure 2: Results from the scintillometer survey\n\n\n\n\n \nSampling Context\n \n· Majority from historic waste dump...