Godrej Aerospace is increasingly emerging as a leading industrial candidate for India’s Advanced Medium Combat Aircraft (AMCA) engine program as the Gas Turbine Research Establishment (GTRE) moves forward with efforts to identify domestic partners for its planned collaboration with Safran.
According to sources familiar with the development, Godrej Aerospace is being strongly considered under the Development-cum-Production Partner (DcPP) framework for the proposed Advanced High-Thrust Class Engine (AHTCE), a next-generation 110–120 kN turbofan intended for the AMCA Mk-2 stealth fighter.
The AHTCE program is viewed as one of India’s most critical aerospace propulsion projects, designed to establish an indigenous fighter-engine ecosystem and reduce dependence on foreign propulsion systems for future fifth-generation combat aircraft.
GTRE, operating under the Defence Research and Development Organisation, is expected to jointly develop the engine with Safran after extended negotiations focused on technology transfer and access to advanced propulsion know-how.
Industry sources indicate that GTRE is now actively evaluating Indian private-sector firms capable of supporting precision manufacturing, subsystem integration, and large-scale industrial production for the highly complex engine effort.
The proposed engine reportedly involves manufacturing more than 2,300 unique components comprising nearly 23,000 individual parts, as well as integration of 11 critical sub-systems associated with advanced fighter-class turbofan engines.
Godrej Aerospace is considered a strong contender because of its expanding experience in aero-engine production and precision aerospace manufacturing. The company has already contributed significantly to the Kaveri engine program by manufacturing critical engine structures and components.
While the Kaveri engine is no longer planned for frontline fighter aircraft, it is now being adapted for India’s Ghatak stealth UCAV initiative, preserving momentum in indigenous engine development.
Godrej Aerospace is also strengthening its industrial capacity through expansion of its Khalapur manufacturing facility in Maharashtra, a move expected to significantly enhance aerospace production capabilities. The region itself is increasingly developing into a defense and aerospace manufacturing hub due to improved infrastructure and skilled engineering resources.
Over the years, the company has transformed from a domestic defense supplier into a globally integrated aerospace manufacturer supporting international supply chains for firms such as Boeing, Airbus, GE Aerospace, and Rolls-Royce.
Its experience with international aerospace quality standards and advanced manufacturing techniques is viewed as a major advantage for producing fighter-engine components requiring extremely precise tolerances and advanced metallurgy.
The AMCA engine initiative is expected to require unprecedented cooperation across India’s private aerospace industry. Advanced fighter engines demand expertise in areas such as single-crystal turbine blades, high-temperature alloys, advanced cooling technologies, precision machining, and sophisticated integration methods — all historically challenging domains for India’s aerospace sector.
Besides Godrej Aerospace, Tata Advanced Systems and Bharat Forge are also understood to be key contenders for major responsibilities under the DcPP framework due to their manufacturing and metallurgy capabilities.
Strategically, the AMCA Mk-2 propulsion program is central to India’s future airpower objectives. While the AMCA Mk-1 is expected to initially fly with imported powerplants such as the GE F414, the Mk-2 version is intended to field the indigenous 110–120 kN engine needed to fully realize the aircraft’s stealth, payload, and supercruise capabilities.
