India has taken a decisive step forward in its ambition to achieve self-reliance in advanced military aviation, with the Ministry of Defence (MoD) formally issuing the Request for Proposal (RFP) for the Advanced Medium Combat Aircraft (AMCA) programme—India’s most ambitious fifth-generation fighter jet initiative to date.
Defence officials confirmed on Wednesday that tenders have been released to three shortlisted private-sector contenders, marking a significant transition from concept development to competitive industrial execution. The move signals the government’s intent to accelerate indigenous capability building in high-end aerospace manufacturing under the broader Atmanirbhar Bharat framework.
The shortlisted bidders include Tata Advanced Systems Limited, which is participating independently; a consortium led by Larsen & Toubro in partnership with Bharat Electronics Limited; and a third joint bid combining Bharat Forge with BEML. These entities will compete to secure responsibility for prototype development and key integration roles in what is widely regarded as India’s most complex indigenous combat aircraft programme.
The RFP rollout follows the approval of the AMCA Programme Execution Model by Defence Minister Rajnath Singh last year. The model represents a structural shift in how India executes large-scale defence aerospace programmes, particularly those requiring deep technological integration and long-term industrial participation.
At the core of this framework is a deliberate effort to distribute development responsibility between public and private sector partners while ensuring competitive neutrality. Instead of relying solely on traditional public sector undertakings, the programme opens critical development pathways to private industry, reflecting a broader policy evolution in India’s defence procurement ecosystem.
The initiative is being spearheaded by the Aeronautical Development Agency (ADA)—a premier laboratory under the Defence Research and Development Organisation (DRDO). The ADA is responsible for overall programme coordination, systems integration architecture, and oversight of design-to-production transition pathways. The DRDO’s long-standing experience in combat aircraft development provides the scientific backbone for the project, while industry partners are expected to bring scale, manufacturing agility, and supply chain depth.
Officials involved in the programme describe the AMCA as not just a single aircraft project, but a foundational step in creating an indigenous fifth-generation aerospace ecosystem. The competitive bidding structure is intended to cultivate multiple capable industrial clusters within India’s defence manufacturing landscape.
Each bidder brings distinct strengths to the table. Tata Advanced Systems Limited has developed a strong track record in aerospace manufacturing through global collaborations and component production for major aircraft platforms. The Larsen & Toubro–Bharat Electronics Limited consortium combines heavy engineering expertise with advanced defence electronics and radar systems integration capabilities. Meanwhile, the Bharat Forge–BEML partnership brings strengths in precision manufacturing, mobility systems, and large-scale industrial fabrication.
By enabling multiple industrial configurations to compete for leadership roles, the MoD aims to ensure redundancy, innovation pressure, and cost efficiency across the programme lifecycle. Officials also believe this approach will significantly reduce India’s dependence on foreign original equipment manufacturers for advanced combat aircraft technologies over time.
A major infrastructure component underpinning the AMCA programme is the Core Integration & Flight Testing Centre currently under construction in Puttaparthi, Andhra Pradesh. Estimated to cost around ₹2,000 crore, the facility is designed to serve as the nerve centre for assembly, systems integration, and flight validation of the aircraft.
On May 15, 2026, Defence Minister Rajnath Singh and Andhra Pradesh Chief Minister N. Chandrababu Naidu jointly laid the foundation stone for the facility. The event marked a symbolic and strategic milestone, underscoring the state’s emergence as a key node in India’s advanced aerospace manufacturing map.
Once operational, the centre will support end-to-end integration of avionics, stealth systems, propulsion interfaces, and flight control systems for the AMCA platform. It is also expected to play a critical role in future aerospace programmes beyond the fifth-generation fighter, including unmanned systems and next-generation combat aircraft concepts.
The government has sanctioned approximately ₹15,000 crore for the AMCA prototype development phase, reflecting the scale and complexity of the programme. Defence analysts note that this investment represents one of the largest allocations ever made by India for an indigenous combat aircraft development initiative.
The AMCA is envisioned as a twin-engine stealth multirole fighter designed exclusively for the Indian Air Force. Key design features include an internal weapons bay to reduce radar cross-section, advanced sensor fusion systems, and network-centric warfare capabilities enabling real-time data integration across multiple battlefield platforms.
Officials have described the aircraft as a “5.5-generation” platform, incorporating next-generation stealth shaping, artificial intelligence-enabled avionics, and adaptive mission systems that go beyond traditional fifth-generation fighter definitions.
At Aero India 2025, a full-scale model of the AMCA drew significant attention from defence delegations, aerospace experts, and international observers. The aircraft’s design emphasis on low observability and digital warfare integration was widely interpreted as a major leap in India’s combat aviation ambitions.
A notable feature of the AMCA programme is its heavy reliance on artificial intelligence and digital engineering. Engineers at ADA, working under the broader framework of the DRDO, are integrating AI-based systems into the aircraft’s digital backbone to enhance design optimisation, predictive maintenance capabilities, and mission adaptability.
This approach is expected to significantly reduce development cycles by enabling rapid simulation, testing, and iteration of complex aerodynamic and systems integration challenges. AI-enabled modelling is also expected to improve performance reliability and reduce lifecycle costs once the aircraft enters production and operational deployment.
The integration of advanced digital architecture positions the AMCA within a global trend where next-generation combat aircraft increasingly rely on software-defined systems rather than purely hardware-centric upgrades.
According to current programme timelines, the first AMCA prototypes are expected to roll out between late 2026 and early 2027. This will be followed by ground testing and progressive flight trials, with the maiden flight targeted for 2028.
If development proceeds as planned, serial production is anticipated to begin in the mid-2030s, with phased induction into the Indian Air Force thereafter. The timeline reflects the inherent complexity of developing a stealth-capable fifth-generation fighter from scratch, particularly within an emerging aerospace manufacturing ecosystem.
Officials caution that while the programme is progressing on schedule, sustained coordination between design agencies, manufacturing partners, and testing infrastructure will be critical to meeting long-term milestones.
The AMCA programme is increasingly being viewed as a defining test case for India’s evolving defence industrial policy. By combining state-led design authority with competitive private-sector manufacturing participation, the initiative represents a hybrid model that seeks to balance strategic control with industrial efficiency.
Defence experts argue that success in the AMCA programme could reshape India’s position in global aerospace manufacturing, potentially enabling it to transition from a major importer of advanced fighter aircraft to a producer of cutting-edge combat platforms.
It also reflects a broader geopolitical imperative: reducing reliance on foreign suppliers for critical defence technologies amid shifting global security dynamics.
With the issuance of the RFP and the entry of leading Indian industrial players into formal competition, the AMCA programme has entered its most decisive phase yet. Backed by strong institutional oversight from the Aeronautical Development Agency and the Defence Research and Development Organisation, and enabled by a policy framework approved by the Rajnath Singh, the project represents a landmark effort in indigenous defence capability building.
