AEROLASER SYSTEM S.L. has carried out more than 60,000 km of LiDAR and Photogrammetric corridors, projects and inspections of roads, power lines, railways, oil pipelines, etc. We use our own development and integration systems to acquire geospatial data, which is then processed by our team, having the technical capacity and means to carry out internally all the whole process, and therefore, obtaining the best results for our clients.
"We adapt our sensor system to your requirements"
Sensor systems with inertial positioning and high-accuracy synchronization for data acquisition.
Main characteristics:
Ability to operate by land, sea and air.
Use of a common interface to manage the different sensors.
Adjustment of settings in real time.
Accurate synchronization of acquired data.
Navigation support.
Full control of data acquisition from the AeMission app.
Its small dimmensions, light weight and vibration-proof connectors make the system configuration suitable to adapt to any kind of aircraft, boat or land vehicles.
Thanks to the versatility of our developments, we carry out geospatial services at sea, on land and in airspace in any part of the world.
LiDAR and photogrammetric flights: zenith, oblique, RGB and NIR.
Cartographic production from LiDAR and photogrammetric flights.
Inspection of power lines, line works, roads, pipelines…
Filtered, categorised and edited LiDAR.
DTM (Digital Terrain Model), DSM (Digital Surface Model): curved, grid, tin…
High resolution orthophotos generation RGB, NIR (up to 2 cm / pixel)
Bathymetry with multibeam probe and surface laser scanning.
The system has a laser scanner and it can add up to 6 cameras RGB, NIR, oblique or thermal ...
With a fairly simple interface, this software is used to process the data obtained by AeSystem systems family.
The system is form by a laser scanner and a set of RGB, NIR, oblique or thermal cameras depending ...
Responsible for the management of the acquired data, and the control of all the sensors of the system.
It allows to detect and manage dangerous objects for a power line in a point cloud obtained by the ...
It is our own Flight Management System (FMS), which allows the flight engineer to control the entire system.
It is a very lightweight and compact laser scanner, designed for LiDAR data acquisition needs by airborne vehicles.
Inertial control unit, responsible for georeferencing all data acquired.
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