MagDrone R4 3.0 is a device magnetometer multifungsi ultra-portable designed for high-resolution aerial magnetic surveys using drones. This device is mounted under the drone to map the ground's magnetic field and detect ferrous objects under the surface, such as UXO (unexploded munitions), archaeological structures, or other large metal objects.

MagDrone R4 3.0 uses 5 sensor triaxial Fluxgate which is installed in parallel to measure magnetic fields in great detail, and produces rich geophysical data for mapping areas difficult to reach by ground surveys. This device is compatible with industrial drones such as DJI Matrice 300 RTK or DJI Matrice 350 RTK, with a minimum payload capacity of around 1.5–2 kg.

MagDrone R3 is a system drone-based airborne magnetometer designed to do high-resolution magnetic survey in various geospatial applications. This system allows for magnetic field measurements with high accuracy and sensitivity while remaining efficient and portable, making it ideal for medium to large area magnetic mapping, as well as subsurface structure detection without direct contact with the ground.

The MagDrone R3 sits in the middle class between entry-level systems (like the R1) and ultra-high-resolution systems (like the R4 3.0), with a balanced combination of performance and ease of operation.

The MagDrone R1 is a drone-based airborne magnetometer solution designed for fast and efficient magnetic surveys of small to medium-sized areas. The system is used to map variations in the Earth's magnetic field with the goal of locating subsurface metallic objects (e.g., artifacts, pipes, metal contamination, or industrial magnetic anomalies) more effectively than traditional ground surveys.

The MagDrone R1 is suitable for use in geophysical surveys, archaeology, initial UXO clearance, and magnetic anomaly detection in infrastructure or construction areas.