Mustang Minerals Limited has mobilised a field crew to begin induced-polarisation geophysical work at its Confusion Hills project in Nevada [1].
The deployment is a critical step in refining the company's exploration strategy. By gathering precise geophysical data now, the company aims to reduce risk and increase the accuracy of its upcoming exploration phase.
The work focuses on the Confusion Hills project in the U.S. [1]. This specific geophysical survey is designed to aid in final drill targeting for a first-pass drilling program scheduled for the fourth quarter of 2026 [2].
Induced-polarisation, or IP, is a method used to detect mineralisation by measuring the electrical chargeability of the earth. This technique helps geologists identify potential ore bodies that may not be visible through other means, providing a roadmap for where to place drill rigs.
This current activity follows previous findings at the site. The company previously identified a large IP chargeability anomaly on the Pilot Project that measures approximately 1.25 km by up to 2.2 km [6]. The current field work builds upon that discovery to narrow down the most promising locations for extraction.
Mustang Minerals is listed on the TSX-V as MMX and on the OTCQB as MMXLF [1]. The company said the crew was mobilised on Aug. 18 [3].
“Mustang Minerals has mobilised a field crew to begin induced-polarisation geophysical work at its Confusion Hills project.”
The transition from geophysical surveying to active drilling represents a shift from theoretical mapping to physical verification. By targeting a specific anomaly of significant size, Mustang Minerals is attempting to validate the presence of economic mineral deposits in Nevada. Success in the Q4 2026 drilling program would likely increase the valuation of the Confusion Hills asset and potentially attract further investment or partnership.
