We operate multi-rotor UAV platforms carrying both LiDAR and survey-grade photogrammetric payloads, supported by RTK and PPK positioning. LiDAR is the tool of choice where vegetation or dense cover would defeat photogrammetry — corridor work, exploration ground, forested terrain and heritage landscapes. Photogrammetric capture is used where true orthomosaic imagery, texture and visual interpretation are the product. Where a project needs both, we fly both over common control.

Multi-constellation GNSS receivers in static, RTK and network configurations underpin every project’s control. Total stations and precise levelling instruments handle setting out, monitoring and high-precision detail. Terrestrial laser scanning captures structures, plant, confined spaces and heritage fabric at densities aerial methods cannot reach. On multi-site programmes each area carries its own base station network, so control is defensible on its own terms.

Magnetic survey capability, ground and airborne, supports structural interpretation and target definition, and can be flown in the same mobilisation as a LiDAR campaign so that geophysical response and terrain are acquired over a consistent footprint. Geochemical sampling is designed spatially, executed under chain-of-custody control and interpreted alongside the geophysical and terrain data rather than in isolation.

Point cloud, photogrammetric, GIS, remote sensing and hydrological suites run through versioned, partly automated pipelines, with GeoAI and machine learning applied where data volume exceeds what manual review can honestly cover. Deliverables are produced in the client’s working formats and issued in open standards — GeoTIFF, LAS and LAZ, SHP and GeoPackage, DWG and DXF — so the client owns the data and can move it freely, and where useful in a hosted platform their own team can query directly. Instruments are calibrated on a documented schedule.