Aeroscout GmbH - Unmanned Aircraft Technology
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Scout B1-100 UAV system
Brochure for the complete Scout B1-100 UAV system Click here to read more about our special promotion
Aeroscout - Unmanned Aircraft Technology
Aeroscout provides autonomously flying, industrial unmanned helicopters for aerial imagery and photogrammetry, aerial video recording, surveillance and inspection, 3D laser mapping, search & rescue, aerial scientific measurements (online/offline), and many other applications with an airborne robot.
The Scout B1-100 UAV helicopter developed by Aeroscout is an INS/GPS controlled unmanned helicopter (UAV = unmanned aerial vehicle). This UAV helicopter provides a unique payload capacity which can be used for customized solutions and requirements such as digital cameras, video camcorders, laser scanners, infrared, or multi spectral equipment. Professional system integration based on customer and application requirements are performed by our interdisciplinary team.
In addition, Aeroscout provides services with our products operated by our experienced flight crew for variable applications. In cooperation with clients, Aeroscout develops new customized UAV solutions for specific usage. Latest results have been demonstrated in the field of aerial magnetic scanning in cooperation with MGT.
Aeroscout offers:
- Complete UAV solutions based on industrial unmanned helicopters
- Customized UAV solutions for various and ambitious aerial applications
- User-friendly UAV operation interface and UAV education and training
- UAV rental services in various countries based on our unmanned autonomous helicopters
Contact Aeroscout for more information.
The Scout B1-100 UAV
The Aeroscout Scout B1-100 UAV helicopter is our latest development of a completely autonomous, unmanned helicopter. This helicopter is equipped with an air-cooled 100ccm gasoline engine and provides a free payload capacity of up to 18kg.
Airborne Laserscanning
Aeroscout provides in-depth knowledge in the field of integrated navigations systems, including INS/GPS navigation, analysis of raw sensor data, navigation error modeling, error propagation, extended Kalman filtering, and implementation of data fusion algorithms