Our Services
Endeavour Scientific provides integrated geophysical, geological, and AI-assisted exploration services focused on improving exploration targeting precision, accelerating discovery, and reducing technical and financial risk in mineral exploration programmes across Botswana and Southern Africa. Our approach combines high-resolution ground geophysics, drone-based geophysical surveys, advanced modelling, and data-driven targeting workflows to detect subtle mineral systems that are often overlooked by conventional exploration methods.
Operating in some of Africa’s most prospective yet underexplored geological terranes, Endeavour Scientific specializes in identifying structurally controlled, deeply buried, narrow, or alteration-associated mineral systems within challenging terrains such as Kalahari sand cover, basalt-covered sequences, deeply weathered cratonic environments, sedimentary basins, and structurally complex fold belts.
Our services span the full exploration workflow—from conceptual targeting and survey design through to data acquisition, interpretation, prospect ranking, and drill targeting.
AMT (Audio-Frequency Magnetotellurics)
Deep-penetrating resistivity imaging used to map concealed structures, conductive horizons, alteration zones, basin architecture, and mineralized systems beneath cover. Particularly effective in Botswana’s sand-covered and basalt-covered terrains.
Ground Magnetics
Detailed magnetic surveys for mapping lithology, structures, shear zones, folds, intrusions, and alteration patterns critical to mineral targeting and geological interpretation.
Drone Radiometrics
Low-altitude gamma-ray surveys used to map uranium, alteration systems, regolith, lithology, and REE-related signatures with exceptional detail and efficiency.
Geological & Geophysical Interpretation
Integrated interpretation of geophysical and geological datasets to define structures, alteration systems, mineral controls, and exploration targets
Induced Polarization (IP) & Resistivity
High-resolution electrical methods used to detect disseminated sulphides, alteration zones, structures, and conductive pathways associated with gold, copper, nickel, zinc, and other mineral systems.
Drone Magnetics
Ultra-high-resolution low-altitude magnetic surveys designed for rapid structural mapping and target definition in early-stage and advanced exploration programmes.
Drone VLF (Very Low Frequency)
Rapid structural mapping tool for detecting conductive faults, fractures, shear zones, and fluid pathways associated with mineralization.
AI-Driven Targeting & Prospectivity Modelling
Advanced data integration and AI-assisted workflows used to generate prioritized, drill-ready targets and reduce exploration uncertainty.