UAV Test Bed Aircraft Prepares for UK Airspace Flight

A UAV test bed aircraft known as ‘The Flying Test Bed’ is to perform a series of flight trials this month in preparation for the first maiden flight of a surrogate UAV in UK shared airspace later this year. The flight is part of the UK industry-led programme focused on developing the technologies, systems, facilities, procedures and regulations that will allow UAVs to operate safely and routinely in civil airspace over the UK.

The test bed aircraft is a Jetstream aircraft which is able to fly as a UAV surrogate. According to BAE Systems, the aircraft will fly using Instrument Flight Rules under air traffic control. In preparation, trials taking place this month include the world’s first use of autonomous, vision-based weather-avoidance routing and the first UK surrogate flight of a fully functional visual sense-and-avoid system which includes collision avoidance tests using a second aircraft. This trial will begin to demonstrate to regulators such as the Civil Air Authority and air traffic control service providers, the progress made towards achieving the safe use of UAVs in UK airspace. The new technology is part of a suite of innovations being brought together by UK industry for the first time for the Autonomous Systems Technology Related Airborne Evaluation & Assessment (ASTRAEA) programme.

Lambert Dopping-Hepenstal, the engineering director at BAE Systems responsible for the ASTRAEA programme said: ‘The use of a surrogate Uninhabited Air Vehicle allows prototype autonomous systems developed by the ASTRAEA team to be evaluated safely in the air. The BAE Systems Jetstream Flying Test Bed has been configured as a ‘surrogate UAV’ where the on-board pilots can take their hands off the controls and hand over control to the on-board system developed by the ASTRAEA team. Racks of computers and control systems in the rear of the aircraft mean it can fly as if it were a UAV without any input from the pilots.

‘The ASTRAEA system is capable of preventing mid-air collisions with other aircraft using a ‘sense and avoid’ system, detecting and avoiding bad weather conditions and relaying air traffic control instructions to the remote pilot via satellite to the ground control station. The weather avoidance system will use sophisticated image processing techniques to detect and avoid clouds and is just one of the new capabilities being tested onboard the Jetstream,’ he added.

BAE Systems said that the ASTRAEA system on-board the Jetstream will be put through its paces over the winter, in a series of at least 20 flight tests over the Irish Sea and through UK airspace.