UAV GEOPHYSICS · PERTH, WESTERN AUSTRALIA
We fly quantum-sensor drone magnetic surveys, LiDAR and photogrammetry for mineral exploration and environmental projects across Australia. Low, slow and tightly spaced. Every survey is planned, flown and processed in-house, and every dataset is delivered ready for geological interpretation.
High-resolution aeromagnetics for greenfields reconnaissance, structural and lithological mapping, and detailed prospect definition. Towed quantum magnetometer, full processing chain from diurnal correction through microlevelling, RTP and 1VD.
Magnetics →
Survey-grade terrain and canopy mapping. Ground-classified point clouds, DEMs, DSMs and contours for exploration logistics, earthworks and vegetation assessment.
LiDAR →
Orthomosaics, 3D models and volumetrics from 20-megapixel capture. Pit and stockpile surveys, site records and visual baselines, typically delivered within 24 to 72 hours.
Photogrammetry →
Rehabilitation monitoring, vegetation and canopy mapping, and thermal detection of feral animals. Repeatable survey designs that make successive datasets directly comparable.
Environmental →Drone surveys sit between traditional ground methods and larger-scale manned airborne work.
They give high coverage per day, safe access to rugged or remote terrain, and a low environmental footprint. Most of all, they fly close enough to the ground to resolve detail that higher-altitude surveys smooth over. A well-planned survey at low altitude resolves the geological, topographic or environmental features of interest with enough detail to support targeting, mapping and monitoring.
Sensor heights of 25 m and lower with line spacing down to 10 m resolve near-surface structure that regional government data and conventional fixed-wing surveys average out.
Manned aircraft carry a heavy mobilisation cost that makes smaller programs expensive per line-kilometre. We are priced to work from a single prospect up to broad regional coverage.
Every step is documented, and we tell you what the method can and can't resolve before you commit. Where drone survey isn't the right tool, we say so.
Aeromagnetic surveys for greenfields reconnaissance, lithological and structural mapping, and detailed prospect definition. LiDAR and photogrammetry support exploration logistics, pit and stockpile surveys, and site documentation.
Vegetation structure and canopy height mapping, bare-earth terrain models beneath canopy, orthomosaics for baseline assessment, and thermal imagery for wildlife survey, feral animal detection and rehabilitation monitoring. Repeatable designs give quantitative evidence of change over time.
Topographic survey, drainage and hydrology modelling, erosion mapping, asset and corridor inspection, and high-resolution site capture for engineering, planning and compliance work.
Where a project sits outside these examples, we can usually advise whether drone-based survey is the right tool and what it can realistically deliver.
Murchison, WA · 2026
25 m line spacing at 25 m sensor height over a gold project near Meekatharra, resolving structure the regional coverage smooths over.
Read case study →Charters Towers region, QLD · 2026
Combined aeromagnetic and LiDAR program delivered in a single mobilisation, with RTK base station and ground control positioning.
Read case study →Send us the tenement outline or site boundary and the deliverables you need. We will come back with a fixed, itemised quote, usually within two business days.
