Our Equipments

High-performance airborne sensor for
urban mapping and utility corridor
surveys.

ALS70 and ALS80 is a compact laser-based system designed for the acquisition of high-density topographic and return signal intensity data from a variety of airborne platforms, at flying heights up to 5000 m AGL. The data is computed using range and return signal intensity measurements recorded in flight along with position and attitude measurements from an airborne GNSS / inertial subsystem. ALS70 and ALS80 fall into the category of airborne instrumentation known as LiDAR (Light Detection And Ranging). 

Pilatus Porter PC-6

• Max Cruise Speed: 232 km/h
• Max Range at 3050 m: 926 km
• Max Altitude: 7,620 m
• Take-Off Distance Over 15 m Obstacle (STOL): 440 m
• Landing Distance Over 15 m Obstacle (STOL): 315 m
• Endurance : ± 7 Hours (with extra tank)

Leica ALS 80

• Up to 1.000 KHz Pulse
• FOV 0°-75°
• Full Waveform
• Unlimited range returns from each outbond
  pulse in greater detail
• AutoScan; automatically adjust scan rate in
  speed aircraft varies
• Double scan rate

Leica ALS 70

• Up to 500 KHz Pulse
• FOV 0°-75°
• Full Waveform
• Unlimited range returns from each outbond
  pulse in greater detail
• AutoScan; automatically adjust scan rate in
  speed aircraft varies
• Double scan rate

Leica RCD 30

• Photogrammetric Camera
• 60 MP and 80 MP
• Multispectral RGBN Imagery
• 2D Mechanical Motion Compensation

Gyro-stabilized Sensor Mount PAV 80

• Stabilization range in roll from –5° to + 5 °
• Stabilization range in pitch from –5° to + 5 °
• Stabilization range in drift from –25° to + 25 °
• FOV 0° to 37°

GPS Geodetic

• Dual Frequency
• Satellite signals tracking : GPS, GLONASS, Galileo, Galileo, Compass1, SBAS