Look at the numbers in India's new naval requirement and they land in a strangely familiar place: over 1,000 kilometers of range, more than 75 knots cruising speed, a piston engine doing the work. That's not a coincidence of specification, it's the same basic size and propulsion class as the Shahed-136, the Iranian loitering munition that's spent the past few years redefining what a cheap, mass-produced standoff weapon actually looks like. India's Navy just asked its own industry, and any foreign partner willing to build locally, to hand it a naval version of exactly that idea.
The Request for Information itself reads like a genuinely serious specification, not a wishlist. Nine hours of loiter time. A 15,000-foot ceiling. A body no longer than 2.5 meters with a 3-meter wingspan, small enough to fit a standard canister launcher. A stabilized electro-optical and infrared seeker for both scouting and the final terminal strike. Satellite and radio datalinks letting one control station manage up to ten of these munitions at once, with handoff between a ship and a shore station built in from the start. It's meant to fly in GPS-denied environments too, autonomous navigation when satellite signals aren't available, a design requirement that's become close to standard for any serious modern strike weapon after watching how routinely GPS jamming shows up in actual combat now.
The reason this matters more than a routine procurement notice is what it's replacing, or more precisely, what it's meant to sit alongside. India's current top-tier strike weapon, the BrahMos supersonic cruise missile, is a genuinely formidable system, but it comes with a genuinely formidable price tag: roughly $4.75 million per missile. When India fired 19 of them during Operation Sindoor against Pakistan last year, that single salvo cost more than $90 million. A weapon that fast and that expensive isn't something any navy wants to expend liberally, and it isn't something India can afford to stockpile in the kind of volume a sustained conflict might actually demand. A loitering munition priced and built like a Shahed rather than a BrahMos solves a completely different problem: not speed or shock value, but the ability to keep firing without running out of missiles or money first.
India already knows this weapon category works. It operates the IAI Harop, built domestically by Adani Defence under the name Agnikaa, and used it during the same Operation Sindoor campaign. What India doesn't currently have is a version with anything close to 1,000 kilometers of reach, and that gap is what this RFI is actually trying to close. Several Indian companies are already positioning to fill it: NewSpace Research and Technologies has already flight-tested its Sheshnaag 150, CSIR-NAL is working with Solar Industries on a design built around an indigenous Wankel engine, and smaller players like Cingularity Aerospace, IG Drones, and VEM Technologies are all in the mix too. The RFI's own procurement categories leave room for either a fully indigenous design or a foreign partnership with local manufacturing, meaning this could go either way depending on who can actually deliver at this range and this price.
The regional backdrop makes the timing less coincidental than it might look. Pakistan's own navy demonstrated its Mudmair loitering munitions during exercises earlier this year, and naval loitering weapons more broadly have picked up serious momentum worldwide as the Black Sea and the Persian Gulf keep demonstrating, in real combat, what cheap, expendable, long-range munitions can do against far more expensive platforms. India isn't chasing a novel idea here so much as catching up to a weapon category its own neighbors and half the world's navies have already started building around, using BrahMos for the shots that need speed and shock, and something built more like a Shahed for everything else.
