A $20,000 drone forcing a $4 million interceptor response is changing the economics of warfare, and creating one of the biggest defence manufacturing opportunities of the decade.

The wars in West Asia, including the latest Iran-related escalation, have shown how relatively low-cost unmanned systems can stretch expensive air-defence networks, disrupt critical infrastructure and force militaries to rethink procurement priorities.

The cost imbalance is now driving global demand for drones, loitering munitions and counter-drone systems. Militaries are shifting towards layered fleets of cheaper expendable and reusable drones for surveillance, strike and logistics roles, while spending on radar systems, jammers, directed-energy weapons and integrated command platforms continues to rise.

For India, the implications go beyond geopolitics. Instability in West Asia affects energy flows, shipping costs and broader security planning, while also underscoring the strategic and industrial urgency of building domestic drone capabilities.

As Arth Chowdhary, CEO, InsideFPV, put it, “What West Asia has made very clear is that low-cost drone can now defeat extremely expensive military assets. That has forced every defence establishment in the world to rethink how they spend their procurement budgets.”

The policy backdrop has also changed. India’s Ministry of Defence has been allocated Rs 7.85 trillion for 2026–27, according to PRS, while the government has increased capital allocation for the armed forces to Rs 2.19 trillion, including Rs 1.85 trillion for capital acquisition.

That gives India fiscal room to modernise defence capabilities, including unmanned and counter-unmanned systems. Recent procurement patterns also show increasing interest in indigenous platforms, tactical drones, anti-drone systems and rapid prototyping through start-up participation.

India backs the drone push

India’s policy framework is increasingly aligning with the changing character of warfare. At an iDEX innovation event in October 2025, it was emphasised that future wars would be shaped by algorithms, autonomous systems and artificial intelligence, while drones, anti-drone systems, quantum computing and directed-energy weapons would define coming battlefields.

The shift is visible in spending trends. Domestic defence capital acquisitions rose from Rs 740 billion in FY22 to Rs 1.2 trillion in FY25, reflecting stronger preference for indigenous procurement, according to PIB. India’s defence innovation ecosystem is also expanding rapidly, with over 650 iDEX winners emerging.

India’s wider defence industrial base is also growing, with production reaching Rs 1.5 trillion and exports crossing Rs 230 billion in the last financial year. However, despite more than 100 unicorns across sectors, India still has no defence unicorn, underlining the commercial opportunity ahead for drone and deep-tech companies.

Policy momentum, industrial gaps

India’s domestic drone ecosystem is expanding, but from a developing base. According to the Press Information Bureau, as of 9 February 2026, 38,575 drones had been registered and issued Unique Identification Numbers, 39,890 Remote Pilot Certificates had been issued, and 244 Remote Pilot Training Organisations had been approved by DGCA.

These numbers suggest that the ecosystem is broadening beyond defence into surveying, mapping, agriculture, logistics, inspection and training services.

Policy has played a major role. The Drone Rules 2021 replaced a more restrictive regime and simplified approvals, licensing and operating requirements. This significantly lowered entry barriers for manufacturers, service operators and training institutions. The drone import policy notified in February 2022 prohibited import of drones in completely built-up, semi-knocked down and completely knocked down form, with exceptions for R&D, defence and security, while allowing free import of drone components.

The intent was clear: prevent dependence on finished imports while encouraging local assembly and component ecosystems.

The PLI scheme for drones and drone components, with an approved outlay of Rs 1.2 billion, was designed to support high-value domestic manufacturing. PIB states that the scheme has helped create 2,650 jobs, while future-skills courses under the Craftsmen Training Scheme enrolled 1,423 candidates in Drone Pilot and Drone Technician trades between 2023 and 2025.

India has also benefited from defence innovation mechanisms such as iDEX, which have helped connect start-ups with military users and accelerate prototype testing.

Industry leaders say the next challenge is no longer regulation but industrial execution. “What is needed now is not just innovation enablement but enabling scale,” said Vamsi Vikas Ganesula, Founder & Managing Director, Raghu Vamsi Aerospace Group.

However, interviews with industry executives suggest that India is still stronger in assembly, airframes and integration than in deep component manufacturing. Critical gaps remain in flight controllers, sensors, propulsion systems, secure communications, batteries, chipsets, IMUs and GPS modules.

“The honest answer is that the dependency is still significant,” said Arth Chowdhary, referring to imports of critical components.

Satyabrata Satapathy, Co-founder & CEO, BonV Aero, was more direct, “The deeper problem is that India is largely still assembling drones, not manufacturing them.”

This means that even when final products are assembled in India, strategic dependency may remain embedded inside sub-systems. For a sector linked to defence preparedness, that is a structural vulnerability.

The manufacturing bottleneck

War has changed the manufacturing requirement. Defence drones are not consumer electronics. They need repeatable quality, configuration control, battlefield reliability, environmental testing, durability, and secure supply chains.

Many Indian firms can build prototypes, but fewer can move quickly into production-grade, defence-grade manufacturing. “India has no shortage of drone startups, but scaling from prototype to production-grade, repeatable manufacturing is a completely different challenge,” said Satyabrata Satapathy.

Moving from 20 units to 2,000 units requires supplier consistency, test documentation, quality audits, tooling, calibration systems and after-sales support.

According to Satyabrata Satapathy, “Building defence-grade UAVs at volume requires precision tooling, environmental testing rigs, and robust quality assurance systems.”

Testing infrastructure remains another bottleneck. Certified drone corridors, electronic warfare simulation ranges, payload test zones and BVLOS trial spaces are still limited relative to future demand. Without this infrastructure, product validation cycles slow down and commercialisation gets delayed.

“India simply does not have enough certified testing ranges for serious drone development,” said Arth Chowdhary.

Talent is equally important. India has strong software and engineering talent, but the drone sector requires specialised capabilities in embedded systems, avionics, flight dynamics, battery systems, autonomous controls, AI vision and defence-grade electronics.

“Specialised engineers in embedded systems and autonomous flight are hard to find,” Arth Chowdhary added.

Disruptions in the supply chain

The West Asia conflict has exposed a second challenge: supply chain resilience. Drones depend on electronics, semiconductors, batteries, motors, composites and navigation systems. Any disruption in shipping lanes, sanctions exposure, export controls or component availability can slow production.

Iran was replenishing and upgrading missile and drone launchers faster than before the recent conflict, showing that sustained unmanned capability depends not only on design but on production depth.

This is a critical industrial lesson. Winning drone wars is partly about manufacturing endurance, the ability to replenish fleets rapidly, adapt designs quickly and sustain spare parts under pressure.

For India, maritime routes through the Gulf and Red Sea remain commercially significant. Any escalation that raises freight costs, delays cargo or restricts electronics supply can affect domestic manufacturers, especially firms dependent on imported chips, batteries or sensors.

“Policy frameworks alone don't build supply chains. Companies have to make the harder choice of investing in indigenisation even when importing is cheaper and faster,” said Satyabrata Satapathy.

Technologies shaping the next phase

The next generation of drones will be shaped by autonomy, not just airframes. Interviewees identified GPS-denied navigation, edge AI, sensor fusion, encrypted communications, swarm coordination, modular payloads and terminal guidance under jamming as decisive technologies.

Battery performance is another frontier. Longer endurance, faster charging, thermal safety and payload efficiency will decide many future commercial and military applications.

Industry participants also note that reliability may matter more than headline specifications. “Reliability and lifecycle support have become crucial distinguishing factors,” said Vamsi Vikas.

While defence dominates headlines, civilian use may create the broadest manufacturing base. A large civilian market can help Indian manufacturers scale production, reduce unit costs and improve export competitiveness. This is the path followed by several global hardware sectors where defence innovation and commercial scale reinforce each other.

“The next wave of opportunity for Indian drone companies is wider than most people appreciate, and it spans both defence and civilian applications in equal measure,” says Satyabrata Satapathy.

India has made a strong start through Drone Rules 2021, import restrictions, PLI incentives and training growth, but the next phase will require deeper execution.

Industry stakeholders indicate that priority areas include accelerating component localisation for controllers, sensors, batteries, motors and secure communication modules; expanding certified test ranges, BVLOS corridors and defence-grade validation centres; shortening procurement cycles so successful prototypes translate into actual orders faster; building a stronger skills pipeline through dedicated diploma, ITI and university pathways in drone systems engineering; and developing an export strategy that positions India as a trusted supplier to South Asia, Africa and other friendly markets seeking cost-effective drone systems.

“The Drone Rules 2021 were the most important structural change,” said Arth Chowdhary, while adding that faster BVLOS certification, shared testing infrastructure and stronger vocational skilling remain necessary.

The conflicts in Iran and West Asia have shown that drone superiority is shaped long before a battlefield confrontation begins. It depends on resilient supply chains, component ecosystems, testing infrastructure, manufacturing depth and clear policy support.

India now has many of the essential building blocks, a supportive regulatory framework, rising domestic demand and an expanding innovation ecosystem. The real challenge ahead is execution: converting this momentum into scalable, secure and globally competitive drone manufacturing that strengthens national security while creating a major new industrial growth opportunity.