Reliable Robotics, a leader in safety-enhancing aircraft autonomous flight systems, has had its certification plan formally accepted by the Federal Aviation Administration (FAA).
The Reliable autonomous flight system enables continuous autopilot engagement through all phases of aircraft operation including taxi, takeoff and landing. This achievement marks a further step towards the certification of fully automated aircraft.
FAA Certification for Autonomous Aircraft
Reliable Robotics, a prominent innovator in safety-enhancing aircraft automation systems, has achieved a significant milestone as the Federal Aviation Administration (FAA) formally accepted its certification plan.
The announcement marks an important step towards the certification of fully automated aircraft. The Reliable autonomous flight system has been designed to ensure continuous autopilot engagement throughout all phases of aircraft operation, encompassing taxi, takeoff, and landing.
This achievement positions Reliable Robotics as the undisputed frontrunner in the FAA certification process for autonomous aircraft.
Reliable is the only company that has reached this critical point, positioning them as the clear front-runner in the FAA certification process for autonomous aircraft.
Eric Schulz, former Rolls-Royce and Airbus executive
A Testament to Safety and Innovation
Eric Schulz, former executive at Rolls-Royce and Airbus, acclaimed Reliable Robotics as the sole company to have reached this critical point, acknowledging the company’s unrivaled position in the pursuit of FAA certification for autonomous aircraft.
The Reliable automation system is poised to elevate aviation safety, making air transportation for both cargo and passengers more affordable, accessible, and secure, regardless of location.
A Certification Plan Leveraging Existing Regulations
One of the standout features of Reliable Robotics’ certification plan is its astute use of existing regulations for normal and transport category aircraft. The plan cleverly avoids the need for any special conditions or exemptions.
Juerg Frefel, Co-founder and CTO of Reliable Robotics, expressed his satisfaction with the agreement, highlighting that years of collaboration with the FAA have culminated in a rigorous integration of autonomous systems into aircraft.
The adherence to current rules not only ensures a faster process but also reinforces the paramount importance of safety in aviation.
Advanced Technologies for Safer Skies
Reliable’s autonomous aircraft system has recently undergone successful demonstrations as part of U.S. Air Force and NASA flight test campaigns. The system incorporates cutting-edge technologies designed to prevent common causes of aviation accidents while simultaneously enhancing operational efficiency.
High integrity navigation systems enable the safe operation of flights in lower visibility weather conditions without requiring expensive ground infrastructure.
Furthermore, the “always on” autopilot feature allows for continuous remote piloting from departure gate to arrival gate, bolstering the overall safety and reliability of the flights.
Future Outlook
Robert Rose, Co-founder and CEO of Reliable Robotics, expressed profound gratitude towards the FAA partners for their involvement and thorough review of the autonomous flight system. Rose emphasized the transformative safety benefits that this technology will usher into the aviation industry.
He stated that autonomy will soon be officially certified, and this milestone serves as evidence of the United States and the FAA’s pioneering role in advancing aviation safety.
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