Anand Mahindra backs defence startups building drones to rival Shahed
Synopsis
Key Takeaways
Mahindra Group chairman Anand Mahindra on Thursday, 16 July 2026 publicly championed India's defence startup ecosystem, calling on the nation to treat agile drone developers as 'national assets' after one such team demonstrated a drone he said outperforms the Iranian-origin Shahed loitering munition.
Context
In his post on X, Mahindra urged observers not to be misled by the modest surroundings in which these teams operate. 'Don't be deceived by the rudimentary lab or the untidy test field,' he wrote. 'These teams are hungry, lean, and they rebuild their product every time the battlefield changes.'
The post was accompanied by a video — presumably of the drone in action — and carried a pointed message: that speed and adaptability, not scale, are the decisive edge in modern warfare. Mahindra did not name the startup involved, and the specific performance claims against the Shahed have not been independently verified.
Policy Backdrop
India's push to involve private startups in defence R&D has gathered pace since the mid-2010s. The Innovations for Defence Excellence (iDEX) programme, launched by the Ministry of Defence in April 2018, created a formal channel for startups and MSMEs to bid for military technology contracts — a structural shift away from the decades-old model of relying almost exclusively on public-sector undertakings.
The Defence Procurement Procedure revision of 2020, anchored in the Atmanirbhar Bharat framework, further prioritised indigenous design and development, reserving categories of procurement for domestically designed systems. These policy moves have collectively lowered the barrier for small teams to enter a sector once dominated by large state enterprises.
The Russia-Ukraine conflict served as a live stress-test of drone warfare at scale, exposing vulnerabilities in centralised UAV supply chains and demonstrating that low-cost, rapidly iterable loitering munitions — including the Shahed-136 — could reshape battlefield outcomes. Indian defence planners took note, accelerating support for domestic developers of similar and counter-drone systems.
Stakeholders and Impact
The immediate beneficiaries of Mahindra's high-profile endorsement are the hundreds of defence-tech startups that have emerged under iDEX and allied programmes. Visibility from a figure of Mahindra's stature — whose own group has interests in aerospace and defence manufacturing — can translate into investor attention, government procurement priority, and talent recruitment for these lean teams.
For the Indian Armed Forces, the stakes are strategic. A domestic supply of battlefield-proven drones reduces dependence on foreign platforms, shortens the procurement cycle, and allows rapid iteration as threat profiles evolve — precisely the agility Mahindra highlighted. Soldiers and commanders benefit when the technology pipeline is responsive to real-time battlefield intelligence rather than locked into decade-long acquisition programmes.
Established defence contractors and public-sector units face a subtler pressure: the post implicitly argues that the startup model — iterative, frugal, fast — is better suited to the pace of modern conflict than traditional procurement timelines.
What's Next
Policy watchers will track whether Mahindra's intervention accelerates further revisions to defence procurement rules, new funding tranches under iDEX, or fresh challenge problems issued by the Defence Research and Development Organisation (DRDO). The government has signalled intent to expand startup participation, and high-profile industry voices calling for startups to be treated as 'national assets' add public pressure to that trajectory.
If the unnamed startup's drone performance claims are substantiated through official trials, it could mark a significant milestone in India's ambition to field indigenous loitering munitions competitive with globally deployed platforms — and validate the bet that the next edge in India's defence capability will be forged not in large factories, but in scrappy, fast-moving labs.