BMC Minerals mobilises first drill rig to Canada’s Kudz Ze Kayah project

Core Viewpoint - BMC Minerals has initiated its 2026 exploration programme at the Kudz Ze Kayah project in Yukon, Canada, aiming to expand the resource base of the proposed ABM mine through extensive drilling and geophysical surveys [1][5]. Group 1: Exploration Programme Details - The exploration programme includes 20,000 meters of diamond drilling and geophysical surveys to investigate additional targets within a 5km radius of the planned mine site [1]. - The project area spans 372 square kilometers and will utilize both ground-based and aerial geophysics, including gravity and unmanned aerial vehicle magnetics, along with surface geochemical surveys [2]. - Drilling operations are scheduled to continue until September 2026, employing heli-supported access and trail construction for deep-drill holes ranging from approximately 300 meters to 900 meters [2]. Group 2: Focus Areas and Techniques - Initial drilling efforts will concentrate on previously identified high-potential areas near the ABM mine, with down hole time domain electromagnetics used post-drilling to detect mineralization not intersected by the drill holes [3]. - The programme will also feature airborne magnetic surveys covering 2,500 line-kilometers, detailed ground gravity mapping up to 20 square kilometers, and expanded soil geochemical analysis [3]. Group 3: Strategic Importance - Prospective zones near the ABM deposit are being examined for potential stratiform polymetallic massive sulphide deposits, located both downdip of the existing deposit and northeast beneath the Wind Lake formation [4]. - The managing director and CEO of BMC Minerals expressed excitement about the commencement of the drilling programme, highlighting it as the company's largest exploration investment to date [4]. - Following a successful IPO in December, the company is positioned to execute its growth strategy and advance the KZK project systematically, focusing on unlocking the project's scale potential and enhancing geological confidence [5].