UAVOS has actually efficiently flight-tested its brand-new optoelectronic, gyro-stabilized Haul Onboard Tool throughout a release on the solar-powered ApusNeo 18 high-altitude pseudo-satellite.
The effective examination trip, carried out as component of a joint task with Mira Aerospace, got to an elevation of 15,000 meters to examine the haul’s Planet monitoring abilities.
Throughout the goal, the system recorded 472 kilometers of electro-optical images with a ground tasting range of 69 centimeters per pixel and infrared imagery at 480 centimeters per pixel. The steerable camera system covered an impact of 53.9 square kilometers and preserved the capacity to access any type of factor within a 54.5 by 12.3 kilometer location any time.
The tool is developed for the details needs of the air, considering 3.6 kilos and gauging 845 mm in size, 128 mm in size, and 142 mm in elevation. It makes use of an incorporated cooling and heating system to keep optimum operating problems for its sensing units in severe elevations. For information taking care of, the device includes an onboard computer system and a 10-watt radio modem that makes it possible for high-throughput transmission to ground control stations using a collapsible, servo-driven antenna.
Functional adaptability is additional sustained by a mechanical layout that enables video clip and picture purchase with roll stablizing of approximately plus or minus 50 levels. This security makes certain premium imaging efficiency also throughout facility trip maneuvers.
Aliaksei Stratsilatau, Owner and Chief Executive Officer of UAVOS, commented, “ The Haul Onboard Tool (COVERING) has actually currently been efficiently examined for wildfire tracking in Spain. When incorporated with the HAPS ApusNeo 18, which can evaluating numerous kilometres in a solitary trip, the system provides a detailed situational photo, boosting functional performance, minimizing expenses, and boosting total goal efficiency“
By incorporating this haul with the long-endurance ApusNeo 18, the system dramatically boosts the knowledge, security, and reconnaissance abilities offered for high-altitude systems.
The article UAVOS Completes Successful Stratospheric Flight Test for New Observation Payload showed up initially on Unmanned Systems Technology.
发布者：Olivia Hannam，转转请注明出处：https://robotalks.cn/uavos-completes-successful-stratospheric-flight-test-for-new-observation-payload/
