Autonomous LIDAR inspection systems. Precision that secures critical infrastructure.
Detecting cracks, deformations and structural risks before they become failures.
Gear
3
Payload
Engineered around the DJI Zenmuse L2 LiDAR payload.
Our system delivers frame-based point cloud acquisition with up to 240,000 pts/s and five simultaneous returns per pulse.
[ Tech ]
5 returns
[ Max returns ]
±2 cm
[ Detection accuracy ]
450 m
[ Max range ]
Solutions
4
Power grids, wind turbines, and solar arrays span thousands of acres of terrain that ground crews can no longer monitor at scale.
LiDAR-equipped UAVs eliminate access risk while cutting inspection cycles from weeks to hours.
Scope
360°
Scan modes
2
Coverage
100 km²/day
Max altitude [m]
500
Accuracy
±2 cm
Point rate [k/S]
240
Bridges, tunnels, dams and road networks demand inspection cycles that traditional methods can no longer sustain.
Autonomous LiDAR scanning eliminates access risk and cuts survey time by up to 80%.
Scope
360°
Scan modes
60
Scout time
< 40 min
Max range [m]
450
Accuracy
±2 cm
Points [M/S]
40
Stockpile volumes, pit wall stability, and conveyor structures in active industrial sites require data that no ground crew can safely collect.
Drone LiDAR surveys replace hours of manual work with a single autonomous flight.
Scope
360°
Scan modes
2
Coverage
1.2 km × 1 km
Accuracy [%]
1-3
Accuracy
±2 cm
Point rate [k/S]
240
City-scale digital twins and topographic surveys demand data density that satellite and traditional aerial methods cannot consistently deliver.
Drone LiDAR captures 100–500 points per square meter at centimeter-level accuracy.
Scope
360°
Scan modes
2
Coverage
10 km²/flight
GSD [cm]
3
Accuracy
±2 cm
Point density [/m²]
400
Capabilities
5
[ Tech ]
360°
Full-hemisphere LiDAR capture at 240,000 points per second across terrain, structures and vegetation in a single pass.
[ Stats ]
Software
6
Platform
Our processing pipeline integrates directly with DJI Terra for automated point cloud generation, quality reporting, and georeferenced output — from raw flight data to deliverable in under 20 minutes.
01
Structural Fault Zone
Surface deformation detected across a 42 m² sector. Confidence threshold exceeded at 87%.
risk level: moderate
02
Sediment Drift
Gradual displacement of loose material along the drainage channel. Within expected seasonal range.
risk level: low
03
Erosion Scarp
Exposed cut face retreating along the upper ridge. Material loss tracked at 3 cm per week.
risk level: moderate
[ aevion ]
[ D:02 M:CIF ]