Subsurface Intelligence for Superior Targeting
At Exploration Facilitation Unlimited, Inc. (EFU), our geophysical ground surveys deliver high-resolution subsurface data to guide smarter exploration decisions. We offer advanced Induced Polarization (IP) surveys, providing chargeability and resistivity data using high-productivity, time-domain techniques to reveal mineralized zones with confidence. Our Walking Magnetometer surveys combine magnetic precision with sub-meter GPS accuracy, ideal for detailed structural interpretation in complex terrains. For near-surface investigations, our GDD Beep Mat MAG/EM surveys offer rapid electromagnetic and magnetic data collection, perfect for shallow target detection and mapping.
By integrating these tools into your exploration workflow, EFU delivers accurate, real-time geophysical insights that reduce uncertainty and improve targeting. Whether you’re identifying new prospects or refining drill plans, we bring the data clarity you need to move forward with confidence.
Induced Polarization (IP) surveys
- High productivity resistivity and time-domain induced polarization (IP) surveys
- Chargeability and Resistivity
Walking Magnetometer surveys
- High resolution sub-meter GPS accuracy
- Continuous operation mode with fast sampling rates up to 5 Hz—ideal for detailed, high-resolution ground surveys in mineral exploration
Near surface EM/MAG ground surveys
- GPS-enabled GDD Beep Mat near surface ground survey to detect magnetic susceptibility and relative EM conductivity
Precision Below the Surface, Power Above It.
At Exploration Facilitation Unlimited, Inc. (EFU), we offer advanced Overhauser walking magnetometer surveys using the industry-leading GEM GSM-19 system. Engineered for high sensitivity and rugged performance, this technology delivers precise magnetic data essential for mineral exploration success. Whether you're mapping subsurface structures, detecting lithologic contacts, or refining drill targets, our Overhauser systems provide the reliability and resolution you need in the field.