Thrust and Performance: The F414 engine delivers high thrust, providing superior acceleration, manoeuvrability, and sustained high-altitude performance. It offers up to 22,000 pounds of thrust, enabling combat aircraft to achieve high speeds and climb rates.

Reliability and Durability: The engine incorporates advanced materials and design techniques to enhance durability and reliability, ensuring long operational life and reduced maintenance requirements. It can withstand harsh operating conditions and has demonstrated high reliability in various combat scenarios.

Multi-Role Capability: The F414 engine is designed to support multi-role missions, making it suitable for a range of combat aircraft platforms. It provides exceptional performance for air superiority, close air support, and ground attack missions.

Growth Potential: The engine has a growth margin for increased thrust and improved fuel efficiency, allowing for future enhancements and upgrades. This scalability ensures that the F414 engine can adapt to evolving requirements and technological advancements.

Fighter Aircraft Upgrades: The F414 engine can be considered for upgrading the Indian Air Force's fleet of ageing MiG-29 fighters. Retrofitting these aircraft with the F414 engine would significantly enhance their performance, extending their service life and increasing operational capabilities.

Future Combat Aircraft: India is developing advanced combat aircraft, such as the indigenously designed and developed Advanced Medium Combat Aircraft (AMCA). The F414 engine could be a viable option to power these next-generation fighters, offering superior performance, reliability, and growth potential.

Carrier-Based Operations: India's future aircraft carrier, INS Vikrant, requires powerful engines for carrier-based operations. The F414 engine's proven capabilities in naval aviation make it a suitable choice for powering the carrier's fighter aircraft, such as the indigenously developed Naval Tejas.