EADS Barracuda
| Company type | Unmanned aerial vehicle project |
|---|---|
| Industry | Aerospace, Defense |
| Founded | 2003 |
| Founder | Airbus (funded development) |
| Headquarters | Germany, Spain |
| Products | Jet-propelled UAV for reconnaissance and combat |
| Parent | EADS |
The EADS Barracuda was a jet-propelled unmanned aerial vehicle (UAV) developed by EADS, designed for both reconnaissance and combat missions. This project was a collaborative effort between Germany and Spain.
Development was suspended after the initial prototype crashed during a test landing near Mar Menor. The initiative restarted in 2008, culminating in the completion of a second prototype in November of that year. Flight testing resumed successfully at Goose Bay, Canada in July 2009, with further test campaigns conducted in 2010 and 2012.
The Barracuda primarily vied against the Dassault nEUROn for strategic defense contracts. Both UAVs incorporated stealth features and achieved speeds close to Mach 0.85. While the Barracuda received backing from Germany and Spain, the nEUROn project was supported by France, Italy, Sweden, Switzerland, Greece, and Spain. The Barracuda operated at altitudes near and accommodated payloads weighing up to 300 kg.
Following six rounds of testing, the Barracuda program was ultimately discontinued.
Development
Conceived as a UAV concept targeting the medium-altitude long-endurance segment largely controlled by the United States and Israel, the Barracuda's development commenced covertly in 2003. Airbus funded this effort with assistance from the German Federal Ministry of Defense, procurement agency BAAINBw, and Wehrtechnische Dienststellen. The UAV was publicly unveiled at the 2006 Berlin Air Show, highlighting its military roles and technical data. However, a crash during a test flight at Mar Menor in 2006 caused delays until activities resumed in 2008.
Engineered as a modular platform, the Barracuda could be adapted for various missions including maritime patrol. Although initially not intended to carry armaments, it had the capability to be equipped with weapons systems housed within its central payload compartment upon customer request.
Germany also investigated multinational collaborations involving Sweden and Italy to develop a UAV capable of competing with the French-led Dassault nEUROn program. Notably, Spain, Italy, and Sweden were already participants in the nEUROn initiative.
Design
The Barracuda combined off-the-shelf components with cutting-edge technologies. Its airframe was built entirely from carbon fibre composites, providing an enhanced strength-to-weight ratio compared to conventional materials such as aluminum—similar to those used in the Eurofighter Typhoon and Boeing 787 Dreamliner. The sole significant metallic element was the wing spar, which reinforced the wings and facilitated their removal for transportation. Its reconnaissance payload included an Emitter Location System (ELS), Synthetic Aperture Radar (SAR), and multiple Electro-Optical Sensors.
After its retirement, technologies developed for the Barracuda have been integrated into subsequent projects like the Eurodrone and the Future Combat Air System.
Sources
External links
- International unmanned aerial vehicles
- 2000s international military reconnaissance aircraft
- Unmanned stealth aircraft
- Airbus Defence and Space aircraft
- Single-engined jet aircraft
- Mid-wing aircraft
- Unmanned military aircraft of Germany
- Aircraft first flown in 2006
- Unmanned experimental aircraft
- V-tail aircraft
- Unmanned aerial vehicles of Spain