Flying Wedge Defence unveils FWD Supreme, India's first AI-piloted fighter jet concept

Flying Wedge Defence Introduces India's First AI-Piloted Fighter Jet Concept

Flying Wedge Defence & Aerospace (FWDA), an Indian AI warfare company, has unveiled FWD Supreme, marking India's entry into the global race for autonomous combat aviation 1

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. This AI-piloted fighter jet concept represents a significant shift from conventional unmanned aircraft that require remote human operation. Instead, FWD Supreme will use artificial intelligence to fly itself, integrating advanced situational awareness, sensor fusion, and autonomous decision-making into a next-generation fighter aircraft architecture 2

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. The announcement places India among an exclusive group of nations—including the United States, Turkey, and Germany—actively pursuing AI-piloted fighter aircraft programs aimed at redefining future air combat.

Mobbing Doctrine for Future Air Combat Redefines Strategy

The FWD Supreme platform is built around the Mobbing Doctrine, a warfare concept envisioned by Suhas Tejaskanda, Founder and CEO of FWDA. This doctrine envisions deploying multiple AI-piloted fighter jets operating together as a coordinated swarm force against higher-value enemy manned platforms . Tejaskanda explains that by leveraging intelligent networking, autonomous decision-making, and cost asymmetry, the system addresses high-cost combat scenarios where even if four to five aircraft are lost during an engagement, the remaining aircraft can continue overwhelming enemy defences or force enemy manned fighters to retreat. "The future of air superiority will not be achieved by a single fighter aircraft. It will be defined by the most intelligent and adaptive combat systems working together as a network at machine speed," Tejaskanda stated 2

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. This approach fundamentally alters the economics and dynamics of air combat, functioning as a force multiplier through collaborative swarm operations.

FWD Supreme Lite Demonstrator Targets Q3 2026 Flight

The company has announced that the first flight of its technology demonstrator, FWD Supreme Lite, is targeted for Q3 2026 1

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. The FWD Supreme Lite, classified as a 250 kg class aircraft, is designed as the initial technology demonstrator and operational test platform. The platform is being indigenously developed in Bengaluru at FWDA's manufacturing facility 2

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. Phase 1 performance objectives include a maximum speed of up to Mach 0.9, cruise speed of approximately Mach 0.5, and an operational range of 700-1,000 km depending on mission profile, with capabilities for autonomous take-off, mission execution, and recovery 1

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FWD Supreme Heavy Variant and Future Supersonic Performance

Beyond the demonstrator, FWDA envisions the FWD Supreme Heavy, a 1-tonne class aircraft designed for extended-range autonomous combat operations 2

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. This variant will be configurable for ISR, strike, collaborative combat, and future air dominance missions. The programme's Phase 2 roadmap includes ambitious supersonic performance targets approaching Mach 2, advanced AI-enabled mission autonomy, enhanced survivability and low-observable characteristics, and expanded collaborative combat capabilities 1

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. These developments signal FWDA's long-term commitment to creating scalable AI-piloted combat aircraft capable of supporting future military operations across air, land, and maritime domains.

Aerospace Veterans Lead Indigenous Development

The programme is led by Girish Dixit, former Secretary of the Aeronautical Development Agency (ADA) and a control systems expert. The team includes distinguished aerospace veterans such as V. Subba Rao, former Project Director of the Light Combat Aircraft (LCA) Tejas programme; G. Radhakrishnan, an expert in airframe and structural systems; Mahesh Prabhakar Padwale, a specialist in propulsion and engine integration; and R.S. Rao, an expert in avionics and weapon integration 1

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. Collectively, this team brings decades of experience in military aviation, fighter aircraft development, aerospace engineering, and advanced defence technologies. The platform is designed to perceive, analyse, decide, and act in highly contested environments with minimal human intervention, emphasizing cognitive mission execution and advanced combat capabilities 2

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. Flying Wedge believes AI-piloted fighter aircraft will become a defining element of future warfare, enabling nations to field intelligent, adaptable combat systems capable of operating across increasingly complex operational environments.