DJI · LiDAR for Matrice 400
Zenmuse L3
Surveying from high up, over large areas.
Long-range 1535 nm LiDAR, dual 100 MP mapping cameras and a high-precision positioning system. More ground scanned on every flight.
IP54Dust and water protection
Surveying from high up, over large areas.
Long-range 1535 nm LiDAR, dual 100 MP mapping cameras and a high-precision positioning system. More ground scanned on every flight.
A narrow beam for sharp points from high altitude and up to 16 returns, to reach the ground under dense vegetation.
Terrain models, volumes and project progress to the centimetre.
Conductors, vegetation clearance and tower tilt.
Oil and gas pipelines, landslides, floods.
Source: DJI’s official specifications, as published by the manufacturer. Values were measured in controlled conditions. Official page ↗
The DJI Matrice 400, on its own single gimbal connector at port E1.
IP54 to IEC 60529, with a dry connector and the card cover closed.
A laser spot about 1/5 the size and up to 16 returns, for much better vegetation penetration. Dual 100 MP RGB cameras with a 107° horizontal field instead of 73.7°, and a point cloud half as thick.
At 120 m 3 cm vertical and 4 cm horizontal, at 150 m 3.5 and 5 cm, at 300 m 5 and 7.5 cm (RMSE, DJI test with D-RTK 3).
Up to 10 km² per flight and up to 100 km² per day, on a Matrice 400 at 300 m.
They widen the field to 107°, so one flight collects data for both an orthomosaic and a digital elevation model.
Up to 16 at 100 and 350 kHz, up to 8 at 1,000 kHz and 4 at 2,000 kHz.
No. Processing L3 data in DJI Terra is free, including accuracy optimization (from version 5.1.0).
Based on DJI’s official FAQ, in our own words. Official page ↗
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