UAVOS’s Solar-Powered SAT-i Aircraft Completed Flight Tests
10-Hour Continuous Aerial Surveying
UAVOS Inc., a company specialized in unmanned solutions, completed flight tests of the unmanned SAT-i aircraft powered by the sun, designed to perform monitoring and aerial photography during daylight hours. The new unmanned aircraft has demonstrated high performance, successfully completing a non-stop 10-hour mission for aerial photography of the surface relief, having a payload of a 600-gram mirrorless camera.
SAT-i has a fixed wing with a wingspan of 7.3 meters, and the weight of the aircraft is 6.2 kg. The UAV is equipped with a Li-Ion battery that allows flying without solar energy for two (optionally four) hours. The aircraft is hand-launched, and the flight and landing are performed in fully autonomous mode. For UAV landing, a flat-level surface of 200-meter-long is suitable, with a touchdown accuracy of about 100 meters. The landing trajectory calculations are carried out in automatic mode, taking into account the current weather conditions. A low landing speed of 7 m/s allows the aircraft to stay intact after numerous landings.
Vadim Tarasov, UAVOS investor and board member says, “Based on UAVOS experience, to achieve high quality aerial photography, work has to be done in the daytime with a good level of illumination. Using solar-powered aircraft for such missions is, in our opinion, most promising since solar energy is sufficient to perform a continuous flight throughout the daylight hours. Especially effective is the use of such UAVs for high-resolution orthomosaic imagery in large areas with a long flight time. For example, to successfully solve communication problems during long-distance monitoring missions of electrical power lines, UAVOS uses the Iridium data satellite transceiver module.”
The UAVOS SAT-i UAV technology offers cost-effective services for a wide range of customer needs, including prospecting, mapping and monitoring of important lines of communication in remote areas, while using only solar energy during the day. Back-up batteries allow users to perform short missions for two to four hours without solar activity, in case of the need to extend operations.