BAE Systems Explores AI Combat Control for Typhoon Fighter Jets

BAE Systems is testing a new cockpit control system that would allow a single Eurofighter Typhoon pilot to command up to four uncrewed collaborative combat aircraft in battle. The system uses a wide-area display and unified mission computer to let pilots allocate targets to drones with just a few button switches, then approve weapons release. The work reflects growing interest among air forces worldwide in pairing crewed fighters with uncrewed systems for persistence, electronic warfare, and intelligence gathering.

How the new control system works

The system currently undergoes ground-based simulator testing at BAE Systems’ Warton facility in England. A pilot draws a kill box on a moving map display to define an area. The system sends Link 16 messages to up to four collaborative combat aircraft, which then decide independently which targets each should engage. Once target allocation is complete, the human pilot gives final approval for weapons release. This approach lets drones handle the tactical sorting while the pilot retains command authority.

Why BAE Systems is building this

Individual control of a single uncrewed aircraft would consume “quite a lot of capacity for one person” during complex air combat, according to Andrew Mallery-Blythe, BAE Systems’ Typhoon operational requirements manager. The unified mission computer and wide-area display reduce pilot workload by automating target sorting and letting the drones coordinate among themselves. This addresses a core challenge as air forces explore operating uncrewed adjuncts alongside crewed fighters to boost combat mass and capability.

Global interest in crewed-uncrewed teaming

Air forces around the world are exploring how to operate uncrewed systems alongside crewed fighters. These collaborative combat aircraft provide combat persistence, electronic warfare, and intelligence-gathering capabilities. The Eurofighter Typhoon remains a cornerstone platform for allied air forces, making it a natural testbed for integrating uncrewed systems. BAE Systems’ work positions the Typhoon to lead this transition in operational doctrine and technology.

What this means for BAE Systems and UK defence

The development strengthens BAE Systems’ role as a prime contractor for Typhoon modernisation and positions the company in the emerging crewed-uncrewed teaming market. For UK defence, it demonstrates capability to integrate advanced autonomous systems with existing fighter platforms, supporting both domestic air force needs and export opportunities. The work is part of broader Typhoon cockpit and avionics upgrades already underway.

Final Thoughts

BAE Systems’ new control system could reshape how modern air forces operate fighters. By letting one pilot command multiple uncrewed aircraft with minimal workload increase, the Typhoon gains a significant tactical advantage. The technology reflects a global shift toward crewed-uncrewed teaming as the future of air combat.

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