LiAirX3-LIR - Lidar - infrared and hyperspectral
An excellent integrated system of LiDAR, infrared, and hyperspectral imaging, a powerful tool for multi-source remote sensing of unmanned aerial vehicles (UAVs)!
The LiAirX3-LIR airborne LiDAR infrared hyperspectral imaging system is a multi-functional UAV remote sensing equipment that integrates LiDAR, thermal infrared and hyperspectral imaging. It captures LiDAR, infrared and hyperspectral image data simultaneously. Its main features include high-resolution hyperspectral imaging based on light field technology, a spectral range of 350-1000nm, a 3.5MP high-definition panchromatic camera, a solid-state LiDAR with a range of up to 450m (@80%Ref), and a large-array high-precision thermal infrared imaging capability. The system includes a built-in control system, high-precision inertial navigation, and solid-state storage, making it suitable for various unmanned aerial vehicles.
Specifications
LiAirX3-LIR— an integrated LiDAR infrared hyperspectral imaging system
Spectral Range 350~1000nm+905nm-LiDAR+7.5~13.5μm-IR Hyperspectral Image 1886*1886 pixels / frame
Number of Spectral
Channels >160 Sensor 20 MP hyperspectral CMOS + LiDAR + Vox IR + 3.5 MP
panchromatic integrated design
Imaging Mode
Frame-based hyperspectral and thermal infrared
imaging, synchronized measurement with solid-state
LiDAR and panchromatic camera
Hyperspectral Imaging
Speed ≥2 Cubes/s (1886*1886 pixels/Cube)
Panchromatic Camera 3.5 million pixels, real-time simultaneous imaging of
hyperspectral data
Thermal Infrared
Resolution Full-screen temperature measurement with 640*512 pixels
Temperature
Measurement Accuracy ±2℃ Laser Radar 905nm solid-state LiDAR, Class 1 eye-safe
Detection Range 450m @ 80% reflectance
Range Measurement
Accuracy 2cm（1σ@20m）
Inertial Navigation System GNSS: GPS，GLONASS，BeiDou Azimuth Accuracy 0.038°
Attitude Accuracy 0.008° External Interfaces 2*GigE、2*USB、HDMI、Micro-SD
Storage Memory Built-in solid-state drive 512GB/8GB Trigger Control The flight controller provides trigger signals to synchronize the
acquisition of GPS data
