Sensors

The remote laser detector measures methane concentration in the air. The laser beam (having the wavelength, which corresponds to methane absorption line) reflects from a topographic object (the ground, a wall, etc.), which is 150 m away from the device and returns into the receiving channel of the optical system.

Light detection and ranging (LiDAR) sensors use light energy, originating from a laser, to scan the ground and variable distances. The outcome is a rich set of elevation data that can be used to produce high-resolution maps and 3D models of natural and man-made objects.

The deployment of UAVs for Intelligence, Surveillance and Reconnaissance (ISR) missions has been part of civil and military operations for some time. Systems applied aim for long-range surveillance, intelligence gathering and tactical combat operations, typically carrying MWIR, incl. EO/IR (electro optical and infrared) and LRF sensors.

Near-earth spectroscopy from UAV-hyperspectral sensor systems addresses the limitations of resolution, cloud cover, and signal-to-noise ratio from traditional airborne or satellite platforms.

Providing operational diagnostics of extended gas transmission and gas distribution facilities for leaks. The system is also used for exploration of gas fields

Equipped with the right sensors, UAVs can significantly help determine radiation levels after incidents in nuclear facilities as well as during regular routine monitoring.

LS Micro Vux is the next generation of LS Micro Vux, a product suitable for both corridor and area mapping.
Based on VUX-1LR, higher grade NovAtel IMU/GPS, and a 50mp camera, this system is lighter with longer range, it can be used to fly higher and covers more area on either a UAV and manned aircraft’s.

LS Micro Vux LR CE (Compact Edition) is the next generation of LS Micro Vux, a product suitable for both corridor and area mapping.
Based on VUX-1LR, survey grade Mems IMU/GPS, and a (optional) calibrated camera to create colorized point-clouds and ortho imagery

LS Nano Vux is LidarSwiss newly-developed Lidar solution. It weighs only 2.95 kg including the 20mp calibrated camera, using surveying grade IMU/GPS solution to calculate the positions and lidarSwiss system controller with its proprietary software to automatically collect and real-time process data.

LS Nano V16 is a mini LIDAR system specially designed to meet the market need for Multi-copters. Consists of Velodyne VLP-16 scanner, a 20mp calibrated camera, a suitable POS system and LidarSwiss proprietary control unit, this 2.3kg Lidar system is a perfect tool for low altitude small area and corridor mapping.

LS Nano V32 is a mini LIDAR system specially designed to meet the market need for Multi-copters. Consists of Velodyne HDL-32E scanner, a 20mp calibrated camera, a suitable POS system and LidarSwiss proprietary control unit, this 2.7kg Lidar system is a perfect tool for low altitude small area and corridor mapping.

LS Nano M8 is LidarSwiss newly-developed Lidar solution. It weighs only 1.95kg including the 20mp calibrated camera, using surveying grade Mems IMU/GPS solution to calculate the positions and lidarSwiss system controller with its proprietary software to automatically collect and real-time process data.

ALMA G4 is a high-performance automatic methane detector of the latest generation designed for installation on heavy UAVs.

LMF is a remote laser detector designed for installation on aircraft-type unmanned aerial vehicles.

Falcon is the smallest detector in the UAV line. Can be installed on any UAV, even the most compact. The Downlink version (Falcon DL) equipped with the online data transmission system by UgCS integrated into the drone control unit.

LMC (Laser Methane Copter) is a simple solution for short-term aerial inspections of gas infrastructure. The Downlink version (LMC DL) equipped with the online data transmission system by UgCS integrated into the drone control unit.

GPR.