Combined integration of LiDAR sensors, RGB/NIR, multispectral, thermal, and high-resolution video cameras
The system uses the aircraft's available power source, which is adapted in the AePC. Through the AeCU, power is distributed via secure connections to each of the sensors.
We use carbon fiber and 7075 aluminum to provide lightness and robustness to the structure of the equipment, and LEMO connectors to ensure secure connections between all elements of the system.
All integrations meet the requirements to operate anywhere in the world with the exception of countries with trade restrictions in force.
Consumes between 200 and 560W, depending on system configuration; and operates between 16 and 34 VDC, adjustable to the technical requirements of the aircraft
We develop high performance photogrammetric and LiDAR systems with excellent results and centimeter accuracies.
High-performance LiDAR and photogrammetric system for capturing geospatial data in any location and from any medium.
Inertial system developed by Aerolaser, which is responsible for the synchronization, power supply and control of all sensors.
Aerolaser’s smallest system, easily installed on unmanned aerial vehicles (UAV’s) for shorter range projects.
LiDAR and photogrammetric system for Mobile Mapping, configurable and adaptable to the technical requirements of any project.
MAY 22
Inauguration of the AeTech Center
On May 22 we will welcome our new R&D hub, where cutting-edge technology and innovation converge to transform the geospatial sector. During this inaugural event, our capabilities in the development and industrialization of LiDAR sensors, digital cameras and advanced geospatial information capture systems will be presented.
