The Ministry of Defence has granted in-principle approval for a ₹500 crore National Military Drone Technology Hub at IIT Kanpur in Uttar Pradesh, marking a decisive step towards building indigenous capabilities in advanced unmanned systems. The hub will provide end-to-end capability spanning the design, testing, and certification of military payloads, data links, ground stations, and counter-drone systems. By positioning IIT Kanpur as the central node for military drone innovation, the project aims to reduce India’s dependence on imported drone sub-systems and accelerate self-reliance in a domain that has become central to modern warfare.
The Need for a Dedicated Military Drone Hub
Drones and loitering munitions have reshaped the nature of conflict in recent years, and India’s experience during Operation Sindoor in May 2025 drove home the urgency of building a self-sufficient drone ecosystem. While Indian forces successfully used indigenous drones and counter-drone systems during the operation, subsequent trials revealed critical gaps. None of India’s 46 indigenous drone manufacturers could maintain reliable operation in GPS-denied and jammed signal environments. This finding directly exposed the country’s dependence on imported sub-systems, particularly in secure communication links, electro-optical targeting sensors, and jam-resistant navigation.
The lessons were stark. India currently imports around 50 to 60 percent of the components that go into its drones, including motors, sensors, and communication modules. A supply chain built on foreign components is a strategic liability. The government responded with a multi-pronged push that includes a proposed PLI 2.0 scheme with an outlay exceeding ₹1,500 crore, a ₹2,000 crore Drone Shakti Mission announced in January 2026, and now the National Military Drone Technology Hub as the institutional anchor for defence-oriented research and development.
The hub is designed to address the specific technical failures that emerged in trials and real-world conditions. Its primary mandate is to develop encrypted, jam-resistant data links, military-grade electro-optical payloads, advanced ground control stations, and counter-drone architectures all indigenously. The goal is not just to assemble drones in India but to own the critical technologies that make them work in contested battlefield conditions.
What the Hub Will Deliver
The National Military Drone Technology Hub is designed as a full-stack facility, meaning it will handle everything from the initial design of a drone component to its final certification for military use. Unlike assembly-oriented units that put together imported kits, this hub will focus on the high-value layers of drone technology where India currently lacks sovereign capability.
The proposal was prepared by the Uttar Pradesh Expressways Industrial Development Authority (UPEIDA), the nodal agency for the Uttar Pradesh Defence Industrial Corridor (UP DIC), and submitted by the state government to the MoD on May 29, 2026. This followed a review by Chief Minister Yogi Adityanath on April 10, 2026, who directed that IIT Kanpur’s existing Centre of Excellence (CoE) be upgraded into a full national hub. That CoE, launched earlier with a total outlay of ₹20.3 crore of which the state contributed ₹15.3 crore, already functions as an integrated centre for research, testing, training, and startup incubation in drone technologies.
Three Core Pillars
The hub will operate across three interconnected pillars. The first is Research and Development and Prototyping, where the facility will develop advanced AI systems for autonomous navigation, military-grade electro-optical and infrared payloads, encrypted data links, and jam-resistant communication arrays designed for contested electromagnetic environments. The second pillar is Testing and Validation, which will utilise IIT Kanpur’s unique on-campus infrastructure including its 60-year-old operational airstrip, flight laboratories, and national wind tunnel facilities to evaluate flight readiness and military airworthiness. The third pillar is Industrial Scaling, where the hub will incubate deep-tech defence startups and work with private manufacturers to create a robust domestic production pipeline that can supply frontline military units at scale.
To bypass traditional bureaucratic delays and connect research directly with operational requirements, the MoD has designated the Army Design Bureau (ADB) as the single point of contact for coordination between IIT Kanpur, the state government, and the Ministry. A Monitoring Committee has been constituted under the Additional Secretary and Director General (Acquisition), Department of Defence, and the first review meeting was held on June 3, 2026, where IIT Kanpur was asked to submit a revised proposal adopting a whole-of-nation approach. The UP government is also expected to nominate a nodal officer for streamlined inter-departmental coordination.
Why IIT Kanpur?
IIT Kanpur’s selection as the host institution is the result of decades of foundational work in aerospace and unmanned systems. The institute’s journey began about 20 years ago when alumnus Prabhu Goel provided USD 1 million in funding without specifying a particular project. The institute decided to use the money to develop drone technology, a field that was not yet on the national radar. Three parallel projects were funded for fixed-wing, rotary-wing, and flapping-wing drones. While the flapping-wing project did not succeed, the other two led to the creation of successful startups.
IIT Kanpur possesses a rare combination of physical infrastructure that makes it suited for a national drone hub. The campus houses a kilometre-long airstrip built over 60 years ago, which now functions as a dedicated flight laboratory for testing unmanned systems. The institute also has its own wind tunnel facility and full-scale prototyping capabilities with 3D printing, allowing researchers to design, build, test, and refine a drone prototype entirely on campus without needing external facilities.
The institute has already incubated over 10 drone startups, including VU Dynamics (fixed-wing UAVs) and EndureAir (rotary-wing UAVs), both of which supply to the armed forces. VU Dynamics, founded by Professor Subrahmanyam Saderla of the Aerospace Engineering Department, has developed indigenous kamikaze drones with 6 kg warhead capacity and 100 km range, as well as long-range ISR drones with 200 km range. These startups have also developed flight simulators using actual 3D terrain data of India for realistic military training environments. The institute’s Director, Professor Manindra Agrawal, a Padma Shri awardee, has been the driving force behind positioning IIT Kanpur as a national drone technology hub, and a stakeholder meeting attended by the armed forces, MoD, and the Manohar Parrikar Institute for Defence Studies and Analyses had earlier endorsed the idea.
The UP Defence Industrial Corridor Link
The hub is not a standalone facility but the research and development anchor of the larger Uttar Pradesh Defence Industrial Corridor (UP DIC), one of two defence industrial corridors in India alongside Tamil Nadu. The UP DIC, spread across six nodes at Kanpur, Jhansi, Lucknow, Aligarh, Agra, and Chitrakoot, has attracted investment proposals exceeding ₹35,526 crore with approximately 2,040 hectares of land allocated to defence manufacturing. As of March 2026, 62 companies have set up operations in the corridor, and nine manufacturing units are in active production. Kanpur itself is the corridor’s largest node with ₹12,803 crore in committed investment.
The hub will leverage these corridor nodes for distributed manufacturing and maintenance, repair, and overhaul (MRO) of drone systems. This creates an integrated pipeline where IIT Kanpur designs and prototypes new technologies, startups incubated on campus scale them into commercial products, and the corridor’s manufacturing units produce them at volume for the armed forces. Additionally, the hub will adopt a civil-military fusion model, scaling up dual-use drone technologies developed under the Drone Shakti initiative for defence applications.
The hub’s impact extends beyond UP. The Centre is simultaneously working on creating seven defence manufacturing clusters across the country, each anchored by IITs and other centres of excellence. This federal architecture, independent of the existing corridors, positions IIT Kanpur and the UP DIC as the lead cluster with the theme of Testing, Certification, Quality Assurance, and Standards. Other clusters will be anchored by institutions like IIT BHU, IIT Roorkee, and IIT Jammu, creating a nationwide network for defence manufacturing.
India’s Wider Push for Drone Indigenisation
The approval of the IIT Kanpur hub is the latest in a series of policy and institutional moves that signal a fundamental shift in how India approaches drone technology. In August 2025, the Defence Acquisition Council cleared proposals worth ₹67,000 crore including a tri-service Medium Altitude Long Endurance (MALE) remotely piloted aircraft programme under the Buy Indian IDDM category. In March 2026, the Defence Procurement Board recommended proceeding with the procurement of 60 Ghatak stealth unmanned combat aerial vehicles being developed by DRDO.
On the procurement side, the Delegation of Financial Powers to Defence Services 2026 (DFPDS-2026), signed into effect on June 2, 2026 by Defence Minister Rajnath Singh, gave field commanders across all three services direct purchasing authority for drones with a range up to 100 km and costing up to ₹5 crore each through their own command-level budgets. This eliminates the need for time-consuming capital procurement routes and creates a fast-track channel for deploying indigenously developed drones to frontline units.
On the regulatory front, the MoD has drafted a comprehensive framework to eliminate Chinese components in military drones, mandating over 20 tests from accredited labs to ensure only genuinely indigenous systems are procured. The Draft Defence Acquisition Procedure 2026 has shifted the doctrinal approach from “Made in India” to “Owned by India”, requiring that source codes, critical design data, and upgrade authority remain with Indian entities. The new procedure also mandates domestic sourcing of drone engines and other propulsion sub-systems.
India’s defence exports have surged from ₹686 crore in FY14 to ₹23,622 crore in FY25, a 12 percent year-on-year increase. The government has set a target of ₹50,000 crore in annual defence exports by 2028-29. For the drone sector specifically, India aims to achieve at least 40 percent localisation of key components by FY28, up from the current 50 to 60 percent import dependence. The PLI 2.0 scheme, expected to be announced shortly with an outlay exceeding ₹1,500 crore, is designed to bridge this gap by incentivising domestic manufacturing of critical components including sensors, propulsion systems, and communication modules.
Key Takeaways
- The Ministry of Defence granted in-principle approval for a ₹500 crore National Military Drone Technology Hub at IIT Kanpur to develop full-stack indigenous military drone capabilities.
- The hub will provide end-to-end services covering design, testing, and certification of military payloads, data links, ground stations, and counter-drone systems.
- The Army Design Bureau (ADB) has been designated as the single point of contact for coordination between IIT Kanpur, the state government, and the MoD.
- The proposal was drafted by UPEIDA, the nodal agency for the Uttar Pradesh Defence Industrial Corridor (UP DIC), which has attracted investment proposals exceeding ₹35,526 crore across six nodes.
- IIT Kanpur’s existing Centre of Excellence for drone technology, launched with ₹20.3 crore in state funding, will serve as the foundation for the national hub.
- India is aiming for 40 percent localisation of drone components by FY28, up from the current 50 to 60 percent import dependence.
