Rattlesnaq, developed by Avioniq, uses advanced missile modelling and verifiable AI to define a dynamic threat boundary in the beyond visual range (BVR) battlespace. This allows pilots to identify where they can operate without entering enemy missile range, enhancing survivability in contested airspace.
Paul Smith, Head of Typhoon Strategy at BAE Systems and a former RAF Typhoon pilot, highlighted the importance of the technology for future air combat. “Being able to make quick, accurate decisions is crucial when operating an aircraft like Typhoon and that means situational awareness is critical,” he said.
He added: “In the future battlespace, when threats are constantly changing, you need live on-the-edge situational awareness to enable pilots to operate effectively in even the most contested environments.” The simulator trials are part of a broader effort to mature advanced technologies for the Typhoon platform.
Avioniq’s CEO and co-founder, former Swedish Air Force pilot Mikael Grev, emphasised the importance of trusted AI. “The combination of advanced modelling and Verifiable AI delivers real-time, edge-based threat assessments directly to the aircraft,” he said.
“This means a single aircraft can deliver greater force-multiplying effect, defeating a wider range of threats more efficiently, increasing survivability and also supporting operations alongside uncrewed aircraft,” Grev added. Rattlesnaq visually presents pilots with optimal manoeuvres and firing solutions to maximise mission effectiveness.
Engineers from both companies are now working jointly to integrate Rattlesnaq into the Typhoon system. Several technical demonstrations have already taken place on the Typhoon simulator as part of this process.
The trials sit alongside other upgrades being developed for the aircraft, including a new mission computer capable of processing data 200 times faster and a Large Area Display for improved cockpit awareness. These enhancements are designed to support the Eurofighter Typhoon’s continued role in high-threat environments.
