Excalibur Flight Test and Modification
Leonardo UK
One Eagle Place
London, SW1Y 6AF
+44 (0)20 7340 6100
uk.leonardo.com
Leonardo, 2Excel and the Ministry of Defence recently announced that the flight test aircraft ‘Excalibur’ Flight Test Aircraft (FTA) has successfully completed its first phase of modification and flight testing. The milestone saw Excalibur, now equipped with new side and belly pods, assessed for stability during flight. The aircraft will now undergo further engineering work at QinetiQ’s Boscombe Down facility in Wiltshire.
Excalibur is a former commercial Boeing 757 aircraft that is being overhauled into a flying laboratory for combat air technology. It is part of the UK’s Future Combat Air System (FCAS), which will include the core fighter jet — the next generation ‘Tempest’ — being developed under the Global Combat Air Programme (GCAP), as well as a broader range of capabilities such as uncrewed aircraft, information systems and weapon systems.
The first phase of modification saw the Excalibur FTA equipped with new side and belly pods, changing the outer mould line of the aircraft. These pods are designed to host the Integrated Sensors, Non-Kinetic Effects (ISANKE) and Integrated Communications Systems (ICS) that Leonardo UK and its international partners are developing as part of their work on GCAP. Further modification to the Excalibur FTA aircraft will include a fighter jet-style nose cone, to host advanced radar-based sensor demonstrators.
The focus of the Excalibur program will soon move to the installation of ISANKE & ICS technology demonstrator systems, underpinning the future development of these sophisticated capabilities. Excalibur is expected to fly with advanced new ISANKE & ICS technology on-board within the next few years, when on-board scientists and engineers will be able to test and refine the systems whilst in flight. This will de-risk and accelerate the domain’s development program and in turn support the ambitious timescales of GCAP.
Visit Here
Top Stories
INSIDERDesign
Venus Aerospace’s Rotating Detonation Rocket Engine Completes First Flight...
INSIDERDesign
Bombardier is Digitally Upgrading its Aircraft Design, Engineering and...
INSIDERDefense
How the US Army is Advancing Research in Robotics, AI and Autonomy
INSIDERManned Systems
New Copper Alloy Could Provide Breakthrough in Durability for Military Systems
Original EquipmentManned Systems
ACT Expo 2025: Heavy-Duty EVs, H2 Trucks and Tariff Talk Dominate Day One
Technology ReportPower
Webcasts
Defense
Soar to New Heights: Simulation-Driven Design for Safety in Electrified...
Software
Improving Signal and Power Integrity Performance in Automotive...
Aerospace
Transforming Quality Management with Data-Driven Analytics
Software
Enhancing Automotive Software Efficiency with vECU-based...
Aerospace
Precision Under Pressure: The Centerless Grinding Advantage in...
Photonics/Optics
Breaking Barriers in Space Communication with Optical Technology