India’s Drone Ecosystem Expands Beyond 600 Companies as Military Demand Moves Towards Large-Scale Procurement

India’s drone industry is moving into a new phase in which the size of the ecosystem is becoming as important as the individual aircraft being produced. What began a few years ago as a relatively small group of startups building surveillance quadcopters and experimental unmanned systems has expanded into a network of more than 600 companies working across drones, propulsion, sensors, software, communications, artificial intelligence, batteries, counter-drone systems and supporting technologies.

More than 100 of these companies are now reported to be focused specifically on defence applications, while the wider ecosystem includes large industrial groups, listed technology companies, specialised defence manufacturers, startups, MSMEs, research institutions, training organisations and component suppliers. This breadth is beginning to give India something it previously lacked in unmanned warfare: an increasingly complete domestic industrial base rather than a handful of isolated drone manufacturers.

The scale of that industrial base is becoming particularly important as the armed forces move from small experimental purchases towards much larger procurement programmes covering surveillance drones, logistics systems, loitering munitions, autonomous platforms, swarm technologies and counter-UAS systems.

More Than 600 Companies Now Form India’s Drone Ecosystem

Recent industry assessments place the number of companies participating in India’s drone and drone-component sector at more than 600. These range from companies producing complete unmanned aircraft to firms specialising in electro-optical payloads, communication links, flight-control computers, motors, propulsion systems, batteries, artificial intelligence, navigation, mapping software and anti-drone technology.

The defence segment alone is estimated to include more than 100 companies. This is significant because military unmanned systems require a far broader range of technologies than the airframe itself. A combat-capable UAV depends on secure communications, resistant navigation, electro-optical and infrared sensors, flight computers, propulsion, mission-planning software and increasingly autonomous decision-support systems.

India is consequently developing not one drone industry but several interconnected technology industries centred on unmanned systems.

At the upper end are major defence groups such as Tata Advanced Systems and Adani Defence & Aerospace. Alongside them are established specialists including ideaForge, Solar Industries and Zen Technologies, while a large group of younger companies including NewSpace Research & Technologies, Raphe mPhibr, Dhaksha Unmanned Systems and other emerging firms are developing increasingly specialised platforms.

India’s Wider Regulated Drone Base Is Already Much Larger

The size of the military ecosystem sits inside an even broader civilian drone economy.

Official government figures published in February 2026 showed that India already had more than 38,500 registered drones, nearly 39,900 DGCA-certified remote pilots and 244 approved training organisations.

These figures demonstrate how rapidly drones have moved beyond defence experimentation. Indian unmanned aircraft are now used for agricultural spraying, land surveying, infrastructure inspection, mapping, policing, disaster response and public-service delivery, while the same underlying industrial base increasingly supports military applications.

The existence of a large civilian market is important for defence manufacturing because companies can develop motors, batteries, autopilots, communications equipment and manufacturing processes for commercial applications before adapting them for military use.

This dual-use structure allows the industry to scale more rapidly than a defence-only ecosystem dependent entirely on government contracts.

The Defence Startup Base Has Expanded From Dozens to Thousands

The wider defence innovation environment surrounding the drone industry has expanded equally rapidly.

In March 2026, the Ministry of Defence reported that 676 startups, MSMEs and individual innovators had joined the Innovations for Defence Excellence ecosystem since iDEX was launched in 2018. At that stage, 548 contracts had been signed, while 58 prototypes worth approximately ₹3,853 crore had already received procurement clearance.

The Government also reported that 45 procurement contracts worth approximately ₹2,326 crore had been signed for technologies emerging from this innovation pipeline.

By July 2026, the Defence Ministry said that the overall number of startups working across the Indian defence sector had crossed 2,000, compared with only a few dozen in 2018. Their areas of work include drones, artificial intelligence, robotics, quantum technologies, cybersecurity, autonomous systems and other advanced defence technologies.

This is the larger technological environment from which many of India’s new drone companies are emerging.

India Is Building More Than Drone Airframes

The most important change in the ecosystem is the movement beyond assembling complete UAVs from imported components.

The Government has increasingly emphasised that strategic autonomy requires domestic capability across the entire drone value chain. Defence Minister Rajnath Singh stated in March 2026 that self-reliance in drones could not stop at manufacturing the final aircraft and had to extend to the components, software, engines and batteries that make those systems operational.

That requirement is driving companies deeper into propulsion, power electronics, communication links, autonomy and sensors.

An unmanned aircraft with an Indian airframe but an imported flight controller, imported navigation system, imported propulsion unit and foreign software remains vulnerable to supply disruptions. A genuinely domestic ecosystem therefore requires multiple layers of local technology.

India’s drone industry is gradually beginning to develop these layers.

The Ecosystem Extends Into Artificial Intelligence and Autonomy

The next generation of military drones will depend increasingly on software rather than simply on aerodynamic performance.

Indian companies are now developing autonomous navigation, target recognition, collaborative swarming, obstacle avoidance, terrain following and machine-assisted mission planning. These capabilities allow unmanned systems to continue operating when communication with a ground operator becomes difficult or impossible.

Swarm technology is particularly important because it allows multiple relatively inexpensive aircraft to coordinate their movements rather than operating individually.

A swarm can potentially distribute reconnaissance tasks, overwhelm air defences or continue a mission even if individual drones are lost.

This means that the most valuable part of a future drone may increasingly be the algorithms running inside it rather than the physical aircraft.

India’s large software and artificial-intelligence talent base provides an advantage in precisely this area.

IAF Dronathon 2026 Demonstrated the Depth of the Industry

The Indian Air Force provided a visible demonstration of the expanding ecosystem through Dronathon 2026 at the Pokhran Field Firing Range in Rajasthan from September 14 to 16.

The event brought together more than 20 leading defence companies, startups, MSMEs, defence public-sector enterprises and innovators to demonstrate unmanned aircraft and associated technologies under realistic operational conditions.

The Air Force focused particularly on surveillance and reconnaissance, autonomous operations, swarm technologies, electronic warfare and counter-drone systems.

The importance of the event lay not merely in displaying prototypes. The Air Force specifically designed Dronathon to evaluate technologies under realistic conditions and assess their combat effectiveness.

This represents a significant change from technology exhibitions where systems are displayed without operational testing. Companies are increasingly being asked to demonstrate whether their products can function under military conditions rather than simply whether they can fly.

Pokhran Is Becoming a Testing Ground for Indigenous Unmanned Warfare

The choice of Pokhran is particularly appropriate because the environment exposes unmanned aircraft to conditions substantially more demanding than controlled factory testing.

High temperatures, dust, long distances, difficult communications conditions and military operating requirements allow the services to examine how systems perform outside laboratory environments.

Recent Indian drone programmes have increasingly used such field trials to validate navigation, endurance, surveillance capability, target acquisition and communication systems.

The result is a more mature procurement environment in which companies must demonstrate integrated systems instead of offering conceptual designs.

For the Indian drone industry, this is one of the clearest signs that the sector is moving from startup experimentation towards military production.

Large Industrial Groups Now Sit Beside Specialist Drone Companies

Another indication of the ecosystem’s maturity is the diversity of companies competing within it.

Tata Advanced Systems has built capabilities across unmanned systems, aerospace manufacturing and defence electronics. Adani Defence & Aerospace has expanded into UAVs, surveillance systems and related defence technologies, while its wider defence portfolio gives it access to manufacturing infrastructure and systems-integration capability.

ideaForge remains one of India’s most established tactical UAV companies and has supplied surveillance systems to multiple government and security users.

Solar Industries has moved into loitering munitions through systems such as Nagastra while continuing to expand its wider defence portfolio.

Alongside these larger firms are specialist companies focused almost entirely on drones and autonomous systems, including NewSpace Research & Technologies, Raphe mPhibr and Dhaksha Unmanned Systems.

The sector is therefore no longer defined only by startups. It now includes a mixture of large industrial groups, mature technology companies and younger deep-tech firms competing across different parts of the unmanned warfare market.

Loitering Munitions Have Become a Major Growth Segment

One of the fastest-growing categories within the Indian drone ecosystem is the loitering munition.

Unlike a conventional reconnaissance drone that returns to base after completing its mission, a loitering munition combines surveillance and strike functions. It can search an area, identify a target and then attack it directly.

Recent conflicts have demonstrated how relatively inexpensive loitering munitions can threaten artillery positions, air-defence systems, vehicles and infrastructure far behind the immediate front line.

Indian companies are consequently developing several classes of such systems, from short-range tactical weapons to substantially larger platforms capable of operating over extended distances.

The Army’s increasing interest in these systems is creating opportunities not only for complete munition manufacturers but also for Indian companies producing seekers, explosives, guidance systems, propulsion units and communication links.

Surveillance Drones Remain the Foundation of the Market

Despite the growing emphasis on strike systems, surveillance and reconnaissance remain among the largest military applications for drones.

Small and medium UAVs can provide infantry units and commanders with real-time imagery without requiring helicopters or manned aircraft to operate continuously over a target area.

India’s geography makes this particularly valuable. Mountainous borders, deserts, coastal regions and large areas of difficult terrain create persistent surveillance requirements that are well suited to unmanned aircraft.

Companies such as ideaForge built much of their early growth around this requirement, while numerous newer manufacturers now offer platforms across different endurance and payload classes.

The result is a market ranging from small portable quadcopters used by frontline units to larger fixed-wing systems capable of remaining airborne for many hours.

Logistics Drones Are Creating Another Military Category

Military drone development is also expanding beyond surveillance and strike missions.

Logistics UAVs are being developed to carry ammunition, food, medical supplies and other payloads to troops deployed in difficult terrain.

This has particular relevance along India’s northern borders, where supplying remote posts can require significant manpower and expose logistics convoys to terrain and weather risks.

A cargo drone cannot replace conventional military logistics, but it can deliver urgent loads rapidly to locations where road access is difficult.

The requirement creates another market for larger electric and hybrid propulsion systems, autonomous landing technologies and high-payload airframes.

Counter-Drone Technology Is Growing Alongside the Drone Industry

Every expansion in drone capability simultaneously creates demand for technologies capable of defeating drones.

India is therefore developing a parallel counter-UAS ecosystem covering radar, radio-frequency detection, electronic jamming, kinetic interceptors and directed-energy weapons.

Zen Technologies is among the Indian companies developing counter-drone systems, while Bharat Electronics and other defence-electronics companies have also built technologies for detecting and neutralising hostile unmanned aircraft.

DRDO is moving its own directed-energy programmes towards increasingly powerful systems. Its 30 kW-class laser weapon is being prepared for transition towards production and is designed to engage drones at ranges of up to approximately five kilometres.

The growth of this counter-drone market means the economic opportunity created by unmanned warfare extends well beyond companies that manufacture aircraft.

The Complete Drone Economy Includes Sensors and Communications

A modern military UAV depends heavily on what it can see and how securely it can communicate.

Electro-optical and infrared payloads allow drones to conduct surveillance during day and night, while synthetic-aperture radar can provide imagery through cloud cover and in conditions where conventional cameras are less effective.

Secure communication links carry video, telemetry and command information between the aircraft and its operators.

Electronic-warfare environments make this increasingly difficult because hostile forces can attempt to jam or intercept those signals.

Indian companies are therefore working on secure data links, software-defined radios, anti-jamming navigation and alternative positioning technologies as part of the wider unmanned-systems ecosystem.

These supporting technologies often have applications far beyond drones, extending into missiles, vehicles, aircraft and battlefield communications networks.

Propulsion Is Becoming a Strategic Technology

One of the most important remaining areas for deeper localisation is propulsion.

Small electric drones require reliable motors, batteries and power-management systems, while larger unmanned aircraft may depend on piston, rotary or jet engines.

India has historically imported many specialised propulsion components used in UAVs.

The push towards strategic autonomy is therefore creating opportunities for domestic companies to develop motors, engines, propellers, batteries and fuel systems designed specifically for unmanned platforms.

Local propulsion becomes even more important when drones are required in large wartime quantities because foreign supply chains may become unreliable precisely when demand is highest.

A large drone ecosystem can only become strategically independent when its propulsion chain becomes equally deep.

India Now Has a Large Drone Training Infrastructure

The expansion of aircraft manufacturing has been accompanied by rapid growth in pilot training.

Official figures showed 244 approved Remote Pilot Training Organisations and nearly 39,900 DGCA-certified remote pilots by February 2026.

This training infrastructure is predominantly civilian, but it demonstrates the scale of skills development taking place around unmanned aviation.

The ecosystem now requires not only pilots but maintenance technicians, flight-software engineers, payload specialists, data analysts, instructors and regulatory professionals.

As military and commercial fleets expand, employment increasingly shifts from simply manufacturing drones towards maintaining and operating large numbers of systems.

Certification Infrastructure Is Also Expanding

The creation of a mature industry requires the ability to certify equipment domestically.

In February 2026, the National Test House and the Standardisation Testing and Quality Certification Directorate entered into a collaboration to expand electromagnetic interference and electromagnetic compatibility testing of drones.

Such testing determines whether a drone and its electronics can operate reliably without causing unacceptable interference or being unduly affected by electromagnetic conditions.

This may appear less dramatic than a flight demonstration, but certification infrastructure is one of the foundations of a large-scale aerospace industry.

Without domestic testing capability, manufacturers remain dependent on external facilities and face additional delays and costs when bringing products to market.

Government Policy Has Helped Create the Manufacturing Base

The growth of the ecosystem has been supported by a combination of regulatory liberalisation, manufacturing incentives and government procurement.

The Drone Rules introduced in 2021 significantly simplified several parts of the regulatory framework. The Government also created a dedicated Production Linked Incentive scheme for drones and drone components with an approved outlay of ₹120 crore.

By March 2026, cumulative investment under the drone and drone-component PLI programme had reached approximately ₹595 crore and generated around 2,650 jobs.

The absolute value is small compared with industries such as automobiles or electronics, but drones are a much younger manufacturing sector and many companies remain in an early growth phase.

The importance of the PLI programme lies in encouraging companies to manufacture higher-value components within India rather than simply importing finished systems.

India Already Has Tens of Thousands of Registered Drones

The civilian market demonstrates how quickly the underlying technology has entered mainstream use.

More than 38,500 drones had been registered in India by February 2026.

Government programmes themselves account for substantial utilisation. Under the SVAMITVA programme, drones have been used to survey approximately 3.28 lakh villages, helping prepare crores of rural property records.

Agricultural initiatives have also introduced drones for spraying and farm services, while the Namo Drone Didi programme is placing aircraft with women-led self-help groups.

These civilian deployments create flight hours, maintenance experience and manufacturing scale that ultimately strengthen the same companies and supply chains available to the defence sector.

Universities Are Feeding the Next Generation of Drone Companies

The ecosystem is also expanding through universities and engineering institutions.

The Ministry of Electronics and Information Technology and Drone Federation India launched NIDAR 2.0 in July 2026 under the SwaYaan programme, challenging students to develop advanced drones using an Indian-designed semiconductor platform.

The programme provides a prize pool, incubation opportunities, software support and industry exposure.

Such initiatives matter because many of India’s current defence startups emerged from academic research groups, university incubators and engineering teams rather than established defence conglomerates.

A continuing pipeline of engineers working on autonomy, electronics and unmanned aviation increases the likelihood that today’s student project can become tomorrow’s specialised deep-tech company.

iDEX Has Given Startups a Route Into Defence Procurement

One of the biggest historical barriers facing Indian defence startups was the difficulty of converting a prototype into an actual military order.

The iDEX system was designed in part to reduce this gap by giving companies defined military problem statements, development funding, access to users and a path towards procurement.

By March 2026, 58 prototypes developed through the defence innovation ecosystem had already received procurement clearance with a combined value of approximately ₹3,853 crore.

This matters enormously for drone startups because the cost of developing military hardware can be difficult to finance without a credible customer.

An Army, Navy or Air Force requirement allows companies to develop systems against a defined operational problem rather than creating technology without knowing whether the armed forces will ultimately use it.

ADITI Is Moving the Ecosystem Towards More Complex Technologies

The Acing Development of Innovative Technologies with iDEX programme is designed to move the startup ecosystem into more sophisticated strategic technologies.

While earlier innovation challenges often focused on relatively small systems, ADITI provides substantially larger financial support for critical technologies that require deeper research and development.

Drone-related applications can extend into autonomous systems, artificial intelligence, secure communications, advanced sensing and electronic warfare.

This creates a path for Indian companies to move beyond conventional quadcopters and develop increasingly complex military systems.

The ecosystem is consequently broadening vertically as well as horizontally: there are more companies, but those companies are also attempting harder technologies.

The Next Phase Is Large-Scale Procurement

The most important question for the industry is now whether India can convert this large technological ecosystem into sustained production.

Recent reporting indicates that the armed forces are preparing military drone procurement potentially exceeding ₹20,000 crore across multiple categories. Such figures have not yet been announced as a single final government contract and should therefore be treated as reported procurement plans rather than completed orders.

Nevertheless, the direction is clear. The armed forces have already moved beyond acquiring drones only in small experimental quantities and are evaluating larger requirements across surveillance, logistics, loitering munitions, autonomous systems and counter-UAS technologies.

This transition can fundamentally change the economics of the Indian drone industry.

A company producing dozens of prototypes operates very differently from one expected to manufacture hundreds or thousands of military systems with consistent quality, spare parts, training and long-term support.

Production Scale Will Become the Next Major Test

India has already demonstrated that it can generate drone startups.

The next challenge is manufacturing at scale.

Large military contracts require stable component supplies, repeatable production processes, quality control, configuration management and the ability to sustain systems for many years.

Startups that were initially built around engineering teams may therefore have to become mature manufacturing organisations.

This is one reason partnerships between startups and larger industrial groups are likely to become increasingly common.

Established companies can provide manufacturing infrastructure and capital, while specialised startups contribute autonomy, software, propulsion or payload technology.

Supply-Chain Independence Remains the Critical Challenge

Despite rapid growth, India’s drone ecosystem is not yet entirely independent of imported components.

Electronics, specialist sensors, semiconductors, propulsion systems and certain battery technologies continue to involve overseas supply chains.

The strategic objective is therefore not simply to increase the number of Indian-branded drones but to increase the indigenous share of the technology inside them.

This will require sustained investment in motors, engines, flight-control electronics, navigation, cameras, radar payloads, communication systems, batteries and semiconductor technology.

India already has a large number of system integrators. The next stage is developing a similarly large base of component manufacturers.

A Drone Ecosystem Larger Than the Aircraft It Produces

The most important fact about India’s drone industry in 2026 is its breadth.

More than 600 companies are now reported to be participating across the sector, more than 100 are focused on defence applications, tens of thousands of drones are already registered, almost 40,000 remote pilots have been certified and hundreds of training institutions, startups and technology providers now form part of the wider market.

The defence ecosystem surrounding those companies has expanded to more than 2,000 startups working across multiple advanced technologies, while iDEX alone has engaged hundreds of startups, MSMEs and innovators.

This means that India’s military drone capability can no longer be measured simply by counting how many UAV manufacturers exist.

The real ecosystem includes the companies building airframes, the firms developing motors and batteries, the engineers writing autonomy software, the electronics companies producing secure communications, the sensor manufacturers building payloads, the laboratories developing counter-drone weapons, the training schools producing pilots and the government programmes creating a pathway from prototype to procurement.

That ecosystem is now reaching a scale where large military procurement can increasingly be directed towards domestic industry rather than assembled around imported complete platforms.

India’s next challenge is therefore not to create a drone industry from scratch. That industry already exists and is considerably larger than it was only a few years ago. The challenge now is to deepen its indigenous technology content, increase production capacity and convert hundreds of promising companies into a durable national unmanned-systems industrial base capable of supporting both peacetime requirements and wartime demand.

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References

Press Information Bureau, Ministry of Defence — India Must Become Global Hub of Drone Manufacturing in Next Few Years: Raksha Mantri at National Defence Industries Conclave 2026, March 19, 2026.

Press Information Bureau, Ministry of Defence — Operation Sindoor and Expansion of India’s Defence Innovation Ecosystem, July 18, 2026.

Press Information Bureau, Ministry of Defence — IAF Dronathon 2026, September 8, 2026.

Press Information Bureau, Ministry of Defence — Indian Air Force Dronathon 2026 Inaugurated at Pokhran, September 14, 2026.

Press Information Bureau — India’s Drone Ecosystem: From Policy to Public Service Transformation, February 17, 2026.

Ministry of Civil Aviation — Production Linked Incentive Scheme for Drones and Drone Components.

Press Information Bureau, Ministry of Commerce & Industry — PLI Scheme Performance Across Strategic Sectors, July 21, 2026.

Press Information Bureau, Ministry of Consumer Affairs — National Test House and STQC Collaboration for Drone EMI/EMC Testing and Certification, February 4, 2026.

Press Information Bureau, Ministry of Electronics & Information Technology — MeitY and Drone Federation India Launch NIDAR 2.0, July 13, 2026.

Moneycontrol — Game of Drones: India’s $2 Billion Military Order, 600+ Firms and a Defence Market Taking Off, September 22, 2026.

Moneycontrol — India’s Proposed Large-Scale Military Drone Procurement and Domestic Industry Participation, June 4, 2026.

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