Client branding, including customized logos and trademarks.Custom GNC algorithms for the control of any autonomous device.It has an empty weight of 2,334kg and can carry a useful load of 3,109kg. The UAS has a maximum gross weight of 5,443kg and take-off weight of 3,175kg. Compliance with specific regulations for hardware and software certification. MQ-1C Gray Eagle is an extended range / multipurpose (ER/MP) unmanned aircraft system (UAS) developed by General Atomics Aeronautical Systems for the US Army. Custom cabin-like control stations, truck-based systems, control station networks….Control modes for sea-skimming, spraying, acrobatics and custom figures… About us About UAV Navigation-Grupo Oesía UAV Navigation-Grupo Oesía is a private company with 100 Spanish capital.Integration with cameras, spraying systems, motors, transponders, sensors….Therefore, essential part of the project are the necessary hardware design of the control electronics. Insitu is a pioneer in the design, development, production and operation of high-performance, cost-effective unmanned aircraft systems. The mathematical basics were analysed and transfered into a closed software system supported by Matlab/Simulink and by practical flight tests. Fail-Safe and FTS (Flight Termination Systems) integration. Based on a theoretical model, a flight control system (autopilot) is designed for an UAV.Redundant autopilot architectures including IMU or full autopilot.Our custom drone & eVTOL autopilot solutions are developed to include: Features On Customized Autopilot For Drones We support drones from different manufacturers. Moog is the market leader in actuation systems for civil and military aircraft with a comprehensive range of technologies and. Embention team is familiar with DO178 / ED12, DO254, DO160, STANAG and other standards and regulations required for autopilot certification. UgCS has been designed from the ground-up to be a true multi-platform flight planning software for drones. Single-core and redundant solutions or custom Guidance, Navigation and Control algorithms can be developed for the autonomous or assisted control of any aircraft or surface vehicle. The work presented in this paper focuses on the design of a robust nonlinear flight control system for a small fixed-wing UAV against uncertainties and. Autopilots & Control Electronics For Drones and eVTOLĬustomized hardware and software can be developed for the control of all kinds of vehicles, fulfilling the most demanding needs in terms of GNC, aircraft layout, sensors, form factor, certification…
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