- The integration via the CAN port allows the autopilot to utilize new restart logic algorithms, enabling automatic turbine restart during flight in case of unexpected engine shutdown.
Madrid, 30 Jul, 2024. – The UAV Navigation-Grupo Oesía and JetCat have collaborated to integrate JetCat’s P300 PRO turbine into UAV Navigation-Grupo Oesía’s VECTOR autopilots. This integration allows the autopilots to seamlessly control one of the most widely used turbines in the market, particularly for target drones, also known as the Unmanned Aerial Targets (UAT) segment. The Spanish autopilot manufacturer has also implemented in-flight automatic engine restart capabilities, allowing target drones to continue their operations in the event of an unexpected engine shutdown.
This achievement was made possible by integrating the Engine Control Units with the VECTOR flight controllers, enabling robust communication via the CAN port and leveraging the autopilot’s extended I/O capabilities. CAN ports play a crucial role in modern aerospace, offering robustness and reliability in data exchange thanks to the CAN bus. This ensures the high-speed transmission of critical engine commands and operational status in real time. Supported by UAV Navigation-Grupo Oesía’s Visionair Ground Control Station software, the VECTOR family of autopilots can effectively monitor and control the engine, providing real-time monitoring and optimal engine settings, thereby enhancing operational efficiency and mission capabilities.
The new driver development includes restart logic algorithms that enable the autopilot to initiate an automatic turbine restart in case of unexpected engine shutdown during flight. This capability will enable the unmanned aircraft to autonomously continue operations and ensure flight safety.
During the integration works, UAV Navigation-Grupo Oesía engineers conducted extensive ground and flight tests to validate turbine performance and its seamless communication with the autopilot, ensuring clients can effortlessly install and operate turbines in their projects.
The successful integration was facilitated by the effective communication between JetCat and the UAV Navigation-Grupo Oesía team, fostering a productive work environment.
This collaboration underscores UAV Navigation-Grupo Oesía’s commitment to offering compatible, high-quality products that streamline payload selection, ensure operational reliability, and facilitate component and subsystem selection for their client projects.
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