Advances in Autonomy for Solar-Powered UAS

By Caroline Rees / 18 Oct 2021
Follow UST

Skydweller Aero Inc., a U.S.-Spanish aerospace company developing solar powered aircraft for defense and commercial industries, has completed successful flight demonstrations of the company’s initial aircraft autonomy and Guidance, Navigation and Control (GNC) during a series of flight tests. 

Based on data collected and evaluated in previous, open-loop demonstrations, Skydweller engineers demonstrated autonomous aircraft control and waypoint navigation, a critical milestone on its path to developing the most sophisticated, commercially viable autonomy for solar-powered aircraft. 

This accomplishment verifies both the preliminary capabilities of the company’s autonomous systems technology and its advanced weather and climate data analysis, leading to the completion of 10 flights.  

“With continual flight testing, Skydweller has had the opportunity to successfully test critical hardware and software components in an iterative, dynamic process leading to this important milestone,” said CEO Dr. Robert Miller. “Recent accomplishments are accelerating development of the most reliable and safe aircraft autonomy.”

During this round of testing, engineers evaluated all autopilot commands to verify inner-loop flying qualities at various altitudes successfully completed all autonomous waypoint navigation test points. New communication links and various automatic takeoff and landing sensors were installed and evaluated to ensure the aircraft is ready for its next evolution. 

The company’s meteorologists and flight test operations verified the company’s advanced weather and climate forecasting models, enabling the creation of optimized flight paths.

“These successful demonstrations prove the company’s ability to safely develop, test and integrate autonomous system capabilities on new and existing aircraft,” said Co-Founder and Chief Strategy Officer John Parkes.

Testing is scheduled to continue over the next several months, as the company continues aircraft transformation into an unmanned aerial system. The company will perform test flights dedicated to demonstrating autonomous take-off and landing prior to beginning fully autonomous and long-endurance flights. This series of tests were conducted in Albacete, Spain, the company’s provisional site for ground operations and flight demonstrations. 

Find suppliers of Autonomous Controls for UAV >>

Posted by Caroline Rees Caroline co-founded Unmanned Systems Technology and has been at the forefront of the business ever since. With a Masters Degree in marketing Caroline has her finger on the pulse of all things unmanned and is committed to showcasing the very latest in unmanned technical innovation. Connect & Contact