The Apus‑MX UAV LiDAR is an aerial remote sensing instrument optimized for high-precision surveying in vegetated and built environments. Engineered for integration with lightweight unmanned aerial systems, the system consolidates a long-range laser scanner, a high-stability inertial measurement unit (IMU), and a 45 MP orthographic RGB camera. This configuration allows for efficient generation of dense point clouds and orthorectified imagery suitable for digital elevation modeling and structural analysis.
The payload supports a field of view of 80 degrees and a maximum ranging distance of 1,200 meters, enabling higher-altitude flight profiles for increased ground coverage per sortie. Multi-return capability (up to 8 returns per pulse) enhances ground detection under canopy and in cluttered environments. Data integrity is maintained through the embedded IMU, and post-mission processing is supported via software that automates strip alignment, colorization, and point cloud generation. The system is suitable for operations in forestry, infrastructure inspection, heritage documentation, and terrain modeling.
Specifications:
| Payload Weight: | 1.55 kg |
| Laser Scanner Range: | Up to 1,200 m |
| Field of View: | 80° |
| Returns per Pulse: | Up to 8 returns |
| RGB Camera Sensor: | 45 MP industrial‑grade, orthographic |
| IMU: | Advanced inertial unit with high stability |
