eMetals readies maiden drilling at Mineral Range tungsten undertaking in Utah
eMetals Ltd (ASX:EMT) is making ready to launch its maiden drilling marketing campaign on the Mineral Range Tungsten Project in Utah, with website works full and the drilling contractor anticipated to mobilise within the week starting September 28, 2026.
The firm has accomplished grading of entry tracks and clearing of drill pad areas, whereas all logistical preparations are actually in place for this system concentrating on high-grade tungsten mineralisation in Beaver County.
17-hole drilling program
The marketing campaign will comprise 17 drill holes from 5 drill pads, with deliberate depths starting from about 50 metres to 200 metres.
Executive director Mathew Walker commented: “We are in common contact with the drilling contractor who will mobilise to website for graduation of the Company’s maiden drilling marketing campaign as quickly as they conclude their present contract. This is at the moment anticipated to be the week commencing 28 September 2026”.
Photographs included within the announcement present the ready drill pad areas and entry areas forward of mobilisation, highlighting the completion of groundwork for the marketing campaign.
Testing traditionally productive tungsten floor
Mineral Range covers 109 mineral claims spanning 2,072 acres, or round 838 hectares, throughout the Mineral Range Batholith.
The undertaking supplies about 12 kilometres of strike and incorporates a number of exploration prospects providing scope to check extensions alongside strike and at depth from historic workings.
The space has an extended historical past of tungsten manufacturing, together with the Garnet mine, which produced 634 tonnes at 0.64% WO₃, Big Pass with 279 tonnes at 0.79% WO₃ and Two R’s with 70 tonnes at 0.58% WO₃.
About eMetals
eMetals is a mining exploration firm targeted on valuable and demanding metals.
It holds a 100% curiosity within the Mineral Range Tungsten Project, the place its exploration technique is targeted on figuring out high-grade tungsten mineralisation inside a traditionally productive mining district.
