Artificial intelligence is rapidly changing the way air forces think about future combat.
Around the world, military planners are investing in aircraft that can fly alongside crewed fighters, carry out reconnaissance missions, strike targets and process battlefield information at machine speed with limited human input.
The United States is developing Collaborative Combat Aircraft to accompany its future fighter force. Europe is pursuing similar concepts through the Global Combat Air Programme (GCAP) and Future Combat Air System (FCAS), while countries including India, Turkey and China are advancing their own autonomous combat aircraft projects.
India’s private aerospace industry now wants to be part of that race.
Bengaluru-based Flying Wedge Defence & Aerospace (FWDA) has unveiled FWD Supreme, an artificial intelligence-powered autonomous combat aircraft concept that the company says is designed to operate independently or as part of coordinated swarms.
The programme was outlined in company statements reported by The Economic Times and other Indian media.
While the aircraft remains at the concept stage, its announcement reflects a broader shift within India’s defence ecosystem, where private companies are increasingly moving beyond conventional drones and into more sophisticated autonomous combat systems.
Unlike remotely piloted uncrewed aircraft, FWD Supreme is being designed to fly with minimal human intervention.
According to the company, its autonomous mission software will enable the aircraft to navigate, identify threats and cooperate with other uncrewed platforms during combat operations.
The concept is built around what Flying Wedge calls its “Mobbing Doctrine”, in which multiple AI-enabled aircraft work together to overwhelm high-value targets through coordinated attacks rather than relying on a single platform.
“The future of air superiority will not be achieved by a single fighter aircraft,” the company said while unveiling the programme. “It will be defined by intelligent and adaptive combat systems working together at machine speed.”
Rather than attempting to build a full-scale autonomous fighter from the outset, Flying Wedge plans to develop the programme in stages.
The first demonstrator, known as FWD Supreme Lite, is a 250kg-class aircraft intended primarily to validate the company’s autonomous flight technologies. Its maiden flight is targeted for the third quarter of 2026.
The longer-term objective is FWD Supreme Heavy, a one-tonne-class autonomous aircraft intended for intelligence, surveillance and reconnaissance, precision strike and collaborative combat missions.
During the programme’s initial phase, the company is targeting speeds of up to Mach 0.9 and an operational radius of between 700km and 1,000km.
Those ambitions place the project within a rapidly expanding field of autonomous combat aviation.
Defence manufacturers are increasingly moving away from treating uncrewed aircraft as remotely controlled platforms and towards systems capable of supporting tactical decision-making with varying degrees of autonomy.
Future combat operations are expected to involve crewed fighters directing formations of autonomous aircraft carrying sensors, electronic warfare payloads or weapons, while taking on higher-risk missions.
For India, that transition has become strategically important.
The Indian Air Force is already examining concepts ranging from loyal wingman aircraft to AI-enabled decision support systems, while indigenous programmes continue to explore autonomous technologies for future combat aviation.
Although Flying Wedge’s proposal remains at an early stage, it highlights how private industry is beginning to position itself alongside government-led efforts in one of military aviation’s fastest-evolving fields.
The company says the programme is intended to combine indigenous aircraft design with advances in artificial intelligence, secure communications and autonomous mission management.
FWD Supreme is not the company’s only autonomous aviation project.
Last month, Flying Wedge announced that it had established its first international manufacturing node in Portugal through a partnership with technology company SKETCHPIXEL LDA, also known as KEYDEF, to support production of its Kaal Bhairava Medium Altitude Long Endurance autonomous combat aircraft.
Under the agreement, the Portuguese partner will contribute simulation technologies, AI integration, communications systems and interoperability capabilities, while Flying Wedge will retain responsibility for the aircraft’s autonomous systems and airframe design.
According to the company, Kaal Bhairava is being designed for missions requiring long endurance and extended range, with a claimed operational radius of 3,000km, endurance of more than 30 hours, AI-assisted target recognition and swarm coordination capabilities.
Flying Wedge says the Portugal facility forms the first overseas manufacturing node under its long-term “Operation 777” strategy, which is aimed at establishing international production and integration partnerships for Indian-designed autonomous systems.
Although Flying Wedge’s announcement is significant for India’s private aerospace sector, it enters an increasingly competitive international landscape.
The United States is investing heavily in Collaborative Combat Aircraft programmes led by companies including General Atomics and Anduril, which are developing autonomous aircraft designed to operate alongside crewed fighters.
Europe’s GCAP and FCAS programmes both envisage autonomous “loyal wingmen” and remote carriers working with sixth-generation combat aircraft, while Turkey’s Baykar has already flown the Kızılelma uncrewed combat aircraft. China is also believed to be pursuing several classified autonomous combat aircraft programmes.
Against that backdrop, Flying Wedge’s proposal illustrates how autonomous air combat is no longer confined to the world’s largest defence manufacturers.
Smaller companies are increasingly seeking to develop specialist capabilities in artificial intelligence, autonomy and mission software rather than competing directly in the traditional fighter aircraft market.
Featured image: Flying Wedge
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