India-U.S. Defence Technology Ties — Big Ambitions, Little Delivery

UPSC Syllabus: Gs Paper 2- International Relation

Introduction

India and the United States have expanded their defence partnership through new technology initiatives, defence trade and strategic cooperation over the past two decades. However, most ambitious defence technology projects have struggled to move beyond political announcements. Differences over technology transfer, export controls, commercial expectations and lengthy negotiations have slowed implementation, leaving the partnership stronger in defence procurement than in defence-industrial collaboration.

Evolution of India-U.S. Defence Technology Cooperation

1. Expansion of Defence Partnership: India-U.S. defence ties have grown steadily since 2002. India has purchased over $22 billion worth of U.S. defence equipment, making the U.S. one of India’s major defence suppliers.
2. Defence Technology and Trade Initiative (DTTI): Launched in 2012, DTTI aimed to promote co-development and co-production of defence systems. Despite years of discussions, it failed to deliver any major military capability.
3. Initiative on Critical and Emerging Technologies (iCET): Introduced in 2022, iCET expanded cooperation into defence, semiconductors, artificial intelligence, quantum technologies, space, biotechnology, drones and resilient supply chains. Its flagship defence project, the GE F414 engine, is still under negotiation.
4. INDUS-X Initiative: Started in 2023, INDUS-X sought to connect defence start-ups, industry and academia. However, it has not yet produced any significant co-development outcomes.
5. New Defence Cooperation Frameworks: The Underwater Domain Awareness (UDA) programme focuses on tracking submarines, protecting seabed infrastructure and strengthening surveillance in the Indian Ocean. The proposed Reciprocal Defence Procurement Agreement (RDPA) is expected to deepen defence trade but also raises concerns about competition for India’s domestic industry.

Status of Key Defence Technology and Industrial Collaboration Projects

1. GE F414 Fighter Engine: The project was announced during Prime Minister Narendra Modi’s 2023 U.S. visit as the flagship outcome of iCET. However, negotiations remain unresolved because of disagreements over technology transfer, intellectual property, export controls and rising costs, with the estimated engine price increasing from about ₹70–80 crore to over ₹200 crore.
2. Javelin Anti-Tank Guided Missile: Discussions on acquiring and co-producing the Javelin missile have continued for more than 16 years. The programme remains unresolved despite repeated political support.
3. Stryker Infantry Combat Vehicle: The proposed partnership aims to adapt the vehicle for Indian conditions, including high-altitude operations. However, localisation, user trials, production arrangements and commercial negotiations remain incomplete.
4. MQ-9B Unmanned Aerial Vehicles: India signed a $3.5–4 billion agreement in 2024 to acquire 31 MQ-9B SeaGuardian and SkyGuardian drones. While the project includes maintenance infrastructure, it does not provide local assembly or meaningful transfer of core technology.

Factors Hindering Defence Technology Cooperation

1. Different Strategic Priorities: India views defence cooperation as a way to acquire advanced technology, strengthen domestic manufacturing and support Atmanirbhar Bharat. The United States treats advanced defence technologies as strategic assets that require strict control.
2. Export Control Restrictions: U.S. defence exports are governed by the International Traffic in Arms Regulations (ITAR). These rules restrict the transfer of technical knowledge and manufacturing expertise even when broader strategic relations improve.
3. Technology Transfer and Intellectual Property Issues: India seeks access to manufacturing know-how and intellectual property to build long-term capability. The United States remains cautious about sharing sensitive technologies, slowing negotiations on major projects like the GE F414 engine.
4. Commercial and Procurement Challenges: Major projects often involve disagreements over costs, investment, localisation and licensing arrangements. Multiple Indian agencies negotiating separately with the same supplier also make agreements more difficult to conclude.
5. Lengthy Regulatory Procedures: Defence projects pass through several rounds of negotiations, evaluations, approvals and oversight in both countries. These processes slow implementation even when both governments support the partnership.

Structural Characteristics of India–U.S. Defence Cooperation

1. Strategic Partnership with Limited Industrial Depth: Military exercises, logistics agreements and interoperability have expanded steadily. However, defence-industrial cooperation has not progressed at the same pace.
2. Announcement-Implementation Gap: Successive initiatives have been described as historic or transformational. Yet, many have remained stuck in negotiations without producing expected industrial outcomes.
3. Procurement over Technology Transfer: India-U.S. defence ties have expanded mainly through equipment purchases. However, meaningful co-production and transfer of advanced technologies have remained limited.
4. High-Maintenance, Low-Deliverability: Defence industry officials describe the partnership as “high maintenance, but low deliverability.” Projects often take years because of lengthy negotiations and regulatory procedures.
5. Future Frameworks Face Similar Risks: New initiatives such as UDA and the proposed RDPA will also depend on resolving the same structural issues that affected earlier programmes.

India’s Experience with Other Defence Partners

1. Russia: Russia remains India’s largest defence supplier with around 45–55% of defence imports. It has generally been the most flexible partner by supporting licensed production, local assembly and co-development projects such as the BrahMos missile.
2. Israel: Israel accounts for around 10–15% of India’s defence imports and is known for quick delivery of drones, air defence systems and precision-guided weapons. It has shown flexibility in integrating Indian systems, although it also protects its most sensitive technologies.
3. France: France contributes around 10–20% of India’s imports through platforms such as the Rafale fighter aircraft and Scorpene submarines. It has generally offered greater flexibility on technology transfer and industrial participation than most Western partners, while retaining control over critical technologies like fighter aircraft source codes.
4. United States: The U.S. also contributes around 10–15% of India’s defence imports and supplies some of the world’s most advanced military equipment. However, strict export controls, Congressional oversight, end-use monitoring and limited flexibility in technology sharing make it India’s most demanding defence partner.
5. Comparative Assessment: Industry assessments generally rank Russia first, followed by Israel, France and the United States in terms of ease of concluding defence deals and adapting equipment to Indian requirements. Unlike Russia, Israel and France, the U.S. system allows very little flexibility in modifying imported military systems for Indian operational needs.

Conclusion

India-U.S. defence ties have grown into a strong strategic partnership, but defence technology cooperation continues to lag behind political ambition. Future initiatives such as the UDA programme and RDPA will succeed only if both countries address technology transfer concerns, regulatory barriers and implementation delays, enabling defence cooperation to move beyond procurement towards genuine industrial collaboration.

Question for practice:

Evaluate the progress, challenges and future prospects of India–U.S. defence technology cooperation in achieving meaningful defence-industrial collaboration.

Source: The Hindu