This article was the cover story of Life of Soldiers magazine, Vol 08 Issue 08 (August 2026).
India loves to announce its arrival as a drone power, every day. A startup unveils an FPV kamikaze drone, a ministry note promises indigenisation down to the chip, a state cuts a ribbon at a manufacturing cluster. Fog hides the actual question: are we building drones, or assembling them?
The Indigeneity Illusion
Walk into most Indian drone production lines, and the airframe is genuinely local. Carbon fibre bodies, 3D-printed housings, wiring harnesses, all made here. But an airframe is a shell. The organs inside it, the brushless motors, electronic speed controllers, flight controllers, RF modules, camera sensors, lithium cells, are where the real technology lives, and where India still leans hard on imports, much of it Chinese even after two rounds of bans.
This is not speculation. In 2023 and 2024 the Army discovered several vendors had quietly slipped Chinese electronics into drones marketed as Made in India. Three contracts covering four hundred drones were scrapped once the components were traced, systems meant for the very border they were built to guard. It forced a stricter ban on Chinese components in military UAVs. Assembly in India, it turned out, was never the same thing as sovereignty.
Assembly in India, it turned out, was never the same thing as sovereignty.
The problem did not disappear after the ban, it went underground. A well-documented grey market routes Chinese components through Dubai, feeding a domestic ecosystem that officially claims to have cut ties with Chinese suppliers. A large share of drones flying in Indian skies today are unregistered and built on smuggled kits. You cannot regulate what you cannot see, and you cannot claim strategic autonomy while your supply chain has a back door propped open by cost pressure.
Line up the companies actually supplying the Army and the spread is obvious. A handful genuinely own their core technology. Most sit in between. A few simply wear an indigenous label over someone else’s engineering. Ownership of the brain, the autopilot, the guidance software, is rare and valuable. Ownership of the airframe and battery is more common and still meaningful. License production of someone else’s seeker gets called indigenous anyway, because the label attaches to where the screwdriver work happened, not where the engineering happened.
The instinct to reward the company that looks most rigorously checked deserves scrutiny of its own. The ideaForge teardown story, “two committees, factory visits, drones physically and digitally stripped down”, is the most repeated verification anecdote in this sector. It traces back to exactly one source: ideaForge’s own press statement. No PIB release, no MoD statement, no named officer has ever confirmed it independently. The sourcing requirement behind the contract is real and corroborated. The teardown story is not, and that gap is not a footnote, it’s a preview: an industry’s most-cited proof of verified indigeneity turns out to rest on nothing but the vendor’s own word for it.
Why the Dependency Runs So Deep
India does not lack talent. China spent two decades building an industrial base nobody else replicated. The starkest example is rare earth magnets. Neodymium, dysprosium, terbium, samarium make drone motors light and powerful, and China controls close to ninety percent of the world’s processing capacity for them. These sintered NdFeB magnets are not a peripheral input, they are the heart of a BLDC motor, setting its torque density, efficiency, power-to-weight ratio, and how well it holds up under heat. Manufacturers cannot claim a fully indigenous motor while sourcing the magnet itself, since real indigeneity here means owning the chain from rare earth processing through magnet fabrication to motor assembly and testing, not just winding coils around an imported core.
When Beijing tightened export licensing through 2025, the shockwaves reached well beyond drones. Maruti Suzuki cut production of its first EV by two-thirds over magnet shortages. If Maruti can be brought to its knees by a paperwork chokepoint in Beijing, every drone entrepreneur in Bengaluru and Pune should know how fragile their supply chain is. China doesn’t even need to ban exports, slowing the licensing queue will choke supplies.
Lithium cell manufacturing at scale barely exists in India, so most makers import cells and do local pack assembly at best, then call the battery indigenous. Camera sensors, largely imported. Compute boards for autonomy and swarming, mostly built on chips designed and fabricated elsewhere. What people usually mean by indigenous is final assembly on Indian soil, not owning the stack, and conflating the two is how a country ends up exposed while feeling reassured.
The Payload Nobody Wants to Talk About
There’s a category of hardware even more overlooked than motors and batteries: the part that actually does the job the Army bought the drone for, the camera, the thermal imager, the radar. Strip away the airframe debate and ask a simpler question: when a surveillance drone spots a target at night, what chip is seeing it, and who made it?
Honest answer: nobody in India. Every thermal camera works off a microbolometer, a grid of heat-sensing pixels fabricated in a specialised process only the United States, France, Israel, and China can make at real scale. India has never been on that list. The germanium lens in a night-vision or thermal system isn’t just “usually” foreign-sourced, it’s structurally guaranteed to be foreign-sourced until India develops extraction capacity that currently doesn’t exist.
A 2017 deal with Mahindra Defence Systems to manufacture microbolometers in India, which would have made it only the fourth country with this capability, ran on tech transfer from a Chinese company. A sector trying to escape Chinese dependency needed a Chinese partner to build the part that lets its drones see in the dark.
The gap shows up in India’s own showcase hardware. DRDO and BEL have built respectable indigenous electro-optical payloads for the Tapas drone, yet one named thermal imaging option on their own brochure is FLIR, an American brand now owned by Teledyne. The housing is Indian; the eye inside is still American. Radar, spectral imagers, and LiDAR sit in the same position, the government’s own research funding body admitted as much in 2026, launching a national programme because these sensor categories remain heavily import-dependent.
A drone isn’t a flying camera mount, it’s a flying camera. And that camera’s most important part usually still comes from somewhere else.
What Operation Sindoor Actually Exposed
The recent confrontation drove a surge in drone orders, but the harder lesson was about maintainability, not capability. Performance was uneven, some indigenous platforms held up, others exposed the gap between a range demo and a weapon operating under jamming, dust, and handling by conscripts, not engineers.
Field maintainability is the least glamorous part of this conversation and the part everyone skips. A drone needing a proprietary Chinese ESC replaced, sourced through a vendor that may or may not have stock, is not combat ready no matter how indigenous its airframe looks on a brochure. War does not wait for customs clearance.
Ukraine’s experience made this brutally clear: drones are consumables, destroyed by the thousands, and a country that cannot repair them at wartime tempo is simply importing slower. A jawan trained to swap a battery cannot fix a firmware fault, and repair still routes back to a distant depot, fine in peacetime, untenable once attrition climbs.
Can India Actually Break This?
Yes, but only if the country stops confusing policy announcements with industrial capacity. The building blocks exist. The Buy IDDM procurement category, capped at forty-nine percent foreign ownership with high local content, has pushed drone and component companies past six hundred. The PLI scheme is scaling up, a newer DAP 2026 framework aims for indigenisation down to the chip level and bars bordering-country components, and GST on drones has been cut sharply. Demand has genuinely spiked, with some makers reporting order books growing tenfold within weeks of the conflict.
Confirmed, contracted spend on this drone, counter-drone, and loitering-munition procurement wave sits at roughly ₹58,000–60,000 crore ($6–6.3 billion), quoting Ministry of Defence contract disclosures and Defence Acquisition Council releases, June 2025 to July 2026, while an oft-cited $2 billion tactical-drone tranche remains an unsigned industry projection sourced to a single Drone Federation of India interview with Reuters, June 2026 (low confidence).
Put another way: the confirmed figure alone is within touching distance of what India paid Dassault for its entire 36-jet Rafale fleet in 2016, €7.87 billion, or about ₹58,000 crore (Ministry of Defence, September 2016). The country has committed roughly as much to a fourteen-month wave of drones, counter-drone systems, and loitering munitions as it once did to two squadrons of frontline fighter jets.
But intent is not infrastructure. India has no domestic rare earth magnet industry, lithium cell gigafactory, or semiconductor fabrication near what modern autonomy and sensor payloads need. Until these layers exist, every drone off an Indian line will carry an imported heart and, often, an imported eye, whatever the marketing says about its Indian body.
What Government and Industry Actually Need to Do
- Stop rewarding assembly, start rewarding component manufacturing. Weight motors, batteries, sensors, and flight controllers made in India far more heavily than airframe assembly currently is. That means funding the boring industrial base nobody wants to touch, magnet processing, battery cells, sensor fabrication, which needs patient capital, not another three-year PLI cycle judged on quarterly numbers.
- Close the grey market properly. A ban that just routes Chinese components through Dubai instead of eliminating them is a ban in name only.
- Design for repair. Maintenance manuals, spare parts, and technician training deserve the same seriousness as flight characteristics. A weapon that cannot be fixed at the unit level within hours is not combat ready.
- Give industry predictable procurement signals instead of emergency orders that spike after every crisis and vanish once headlines fade.
- Verify indigeneity independently. If the teardown scrutiny reportedly done on one vendor is actually happening, it should produce a published, independently sourced record, not a press release that trade outlets repeat.
The Brutal Truth: Accept It
India doesn’t have a drone industry yet. It has a drone assembly industry with an indigenous paint job. We need to get our act together, the country will not forgive any stakeholder next time.