- Barracuda’s technologies now power Europe’s largest military aviation projects
- Europe’s largest unmanned aircraft has emerged from a secret program
- The Barracuda pioneered manned and unmanned aircraft cooperation concepts
On April 2, 2006, at San Javier Airport in Spain, an unmanned aircraft released its brakes, went full throttle and took off after less than 1,000 meters of runway.
The entire first flight lasted only 15 minutes, but what those minutes represented took 40 months of intensive, secretive development to produce.
Launched in early 2003 at Airbus in Manching, Germany, the Barracuda project initially ran as a classified program, deliberately kept away from bureaucratic oversight.
A secret program built inside a bubble
The team studied the development of both civilian and military aircraft before stripping away everything unnecessary.
“It was an incredible feeling, we had achieved the seemingly impossible,” said Peter Hunkel, who ran the program with a core team of just 35 people.
Thomas Gottmann, the plane’s chief engineer at the time, recalled the conditions that made it work.
“We were few people, in one building, had short distances, almost no admin, and the full support of management,” he said.
“We were working in a bubble and only had to worry about one thing: to develop the largest unmanned aircraft in Europe at the time in the shortest possible time.”
Funding came from Airbus’ own resources, along with support from the German Federal Ministry of Defense and associated procurement and technical agencies.
The result was a jet-powered drone built almost entirely from carbon fiber composites, spanning over 8m in length with a wingspan of over 7m and a maximum take-off mass of over three tonnes.
Designer Mario Kalanja explained that the brief was deliberately ambitious from the start.
“I was tasked with designing an unmanned aircraft that would look like a ‘fighter’,” he said, adding that stealth requirements and low radar signature requirements directly shaped every aerodynamic decision made during development.
Unlike entry-level drones built for accessibility, the Barracuda was engineered from the start for operational complexity, flying autonomously and communicating with ground stations through multiple data links.
Six campaigns, a crash and a lasting legacy
The program suffered a major setback in September 2006 when the Barracuda was lost at sea during its second test flight.
After a thorough investigation carried out together with the German Air Force, the platform was rebuilt and relaunched in 2009.
Five additional flight campaigns followed, covering reconnaissance capabilities, cooperative anti-collision systems and automatic flight path adjustment under controlled test conditions.
They also tested ground target recognition and coordination of unmanned aircraft operating alongside manned platforms using fused sensor data from multiple sources.
These technologies are now migrating directly into two of Europe’s most significant defense programs – the Eurodrone and the Future Combat Air System (FCAS), expected to be operational by 2040.
“The barracuda is the father of them all,” Hunkel said plainly. Gottmann added that without the Barracuda, none of the manned-unmanned teaming concepts central to FCAS would be possible.
Via Airbus
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