VR Resources Initiates Cutting-Edge Geophysical Survey in Nevada
VR Resources Limited, trading as TSXV: VRR, has officially commenced a sophisticated 3D-array DCIP geophysical survey at the Copper Queen target within its Bonita porphyry copper-gold project in Nevada. This advanced exploration effort, announced on February 17, 2026, leverages modern technology to potentially uncover significant mineral deposits in a historically rich mining district.
Strategic Survey Design and Collaboration
The geophysical proposal for the Bonita project was meticulously scoped last Fall, building upon the company's prior extensive exploration activities, including reconnaissance-level drilling. To ensure best practices, the survey design underwent a thorough review and refinement process in collaboration with Dias Geophysical, a leading provider of geophysical services. This optimization occurred during the recent AME Mineral Exploration Conference in Vancouver, highlighting VR Resources' commitment to precision and innovation.
Dr. Michael Gunning, Chief Executive Officer of VR Resources, emphasized the company's established relationship with Dias Geophysical, noting previous successful surveys on multiple properties in Nevada and Ontario. "Our experience with Dias has been instrumental in fine-tuning the survey design for Copper Queen," Gunning stated. "We are eager to collaborate with their team again this year, utilizing industry-leading technology to drive our exploration forward."
Exploration Goals and Historical Context
The primary objective of the DCIP survey is to generate precise exploration vectors for follow-up drilling, based on surface mapping and previous surveys conducted by VR Resources. Notably, the 2017 reconnaissance drilling at Copper Queen intersected porphyry-style copper-sulfide veining, which showed clear associations with anomalous copper-gold geochemistry. This survey aims to provide the most accurate and robust vector to date, potentially guiding targeted drilling efforts to unlock the site's full mineral potential.
The Bonita project is situated in a district with a history of artisanal iron workings, dating back to the 1950s, as illustrated in historical photographs. The application of state-of-the-art geophysical technology represents a fusion of modern mineral deposit models with this historic setting, underscoring the potential for new discoveries in an area with established infrastructure that supports cost-effective exploration and operations.
Future Updates and Visual Insights
VR Resources plans to release further details as preliminary and final models from the DCIP 3D modeling become available. The company has also shared field photographs and on-site videos on its project page, showcasing the technological advancements and infrastructure advantages at the Bonita site. These visuals emphasize the role of innovation in mineral discovery and the strategic benefits of the region's existing resources.
This initiative marks a significant step in VR Resources' ongoing exploration strategy, combining historical data with cutting-edge geophysical techniques to advance the discovery of alkaline porphyry copper-gold systems in Nevada.
