Breaking News
India Orders Kongsberg Waterjets for 6 NGMV Missile Corvettes Enabling 35-Knot BrahMos Strike Fleet.
Kongsberg Maritime secured a contract to deliver 18 Kamewa waterjets for India’s six Next Generation Missile Vessels, advancing a fast-attack fleet built to dominate coastal engagements. The award strengthens a program that will give India high-speed, hard-hitting corvettes designed to rapidly detect, strike, and withdraw in contested waters.
The propulsion system enables sustained speeds above 33 knots, allowing the vessels to maneuver aggressively in littoral environments while delivering BrahMos missile strikes. Constructed by Cochin Shipyard Limited, the NGMV class integrates advanced sensors and layered defenses, with initial deliveries from March 2027 as the fleet moves toward frontline deployment.
Kongsberg Maritime’s waterjet contract for India’s six Next Generation Missile Vessels supports a fast, heavily armed naval strike platform designed to boost the Indian Navy’s coastal sea-denial and anti-surface warfare capabilities (Picture source: Edit from Cochin Shipyard Limited)
Kongsberg said deliveries will align with the NGMV construction schedule, while Indian government and shipyard statements place the first ship deliveries from March 2027 and confirm steel cutting for the lead vessel at Kochi in December 2024. That timeline matters because the class is intended to restore and modernize India’s offensive missile-vessel segment with a platform built for speed, stealth and concentrated firepower.
Official Indian descriptions leave little doubt about the role. The Ministry of Defence says the NGMVs are designed for maritime strike operations, anti-surface warfare, local naval defence and seaward defence of offshore development areas, while CSL adds that they are intended to attack enemy warships, merchant shipping and land targets, especially around choke points. In other words, the Navy is buying compact offensive combatants optimized for sea denial rather than blue-water prestige presence.
The propulsion package helps explain why Kongsberg’s contract is strategically important. Eighteen waterjets for six ships strongly implies a three-waterjet arrangement per vessel, and official descriptions put top speed in the 33-to-35-knot range. Kongsberg’s steel-series waterjets are built around duplex stainless-steel mixed-flow pumps, steering nozzles, and reversing buckets that improve low-speed handling, position keeping and high-speed turning, while GE Aerospace has separately confirmed that six LM2500 gas-turbine kits will power the class through HAL assembly and test in India. On a missile corvette, that combination supports sprint-to-position tactics, rapid course changes after launch, and better handling in cluttered coastal waters where a few seconds of manoeuvre can decide whether a ship survives enemy targeting.
The armament architecture is only partly public, but the offensive core is already clear. In January 2023, the Defence Acquisition Council approved BrahMos launchers and fire-control systems specifically for the NGMV, and BrahMos Aerospace describes its missile as a two-stage supersonic weapon with a speed up to Mach 2.8, range up to 290 km in the officially published baseline profile, fire-and-forget guidance and terminal flight as low as five meters. Mounted on a small, fast combatant, BrahMos gives the NGMV disproportionate lethality: a vessel of modest displacement can still threaten major surface combatants, coastal targets and commercial traffic at stand-off range.
The defensive layer is also taking shape through disclosed contracts. BEL has received a Rs 2,118.57-crore order from CSL for sensors, weapon equipment, fire-control systems and communications for all six ships, while AWEIL has disclosed a contract for 12 indigenous 30 mm AK-630 naval guns for the class, indicating a likely fit of two close-in weapon systems per vessel. Public official descriptions stop short of naming every radar or missile, but PIB and CSL both state that the ships will carry anti-missile defence systems, air-surveillance radars and fire-control radars. India’s VLSRSAM, publicly described by PIB as a ship-based, all-weather quick-reaction defence weapon against supersonic sea-skimming threats and UAVs, is exactly the type of defensive envelope this class will need, even if the final missile fit has not yet been officially listed ship by ship.
The partnership behind the program is as important as the ship itself. Kongsberg says CSL has been a trusted partner across earlier projects, and its 2024 decision to open a Kochi facility adjacent to Cochin Shipyard was explicitly aimed at local technical support and future assembly and overhaul of Kamewa waterjets in India. That sits neatly inside a wider NGMV industrial structure in which foreign high-end propulsion is fused with Indian shipbuilding, Indian electronics through BEL, Indian gun manufacture through AWEIL, and Indian assembly and test support through HAL. This is not dependency in the old sense; it is a layered capability partnership that accelerates delivery while deepening domestic sustainment.
India needs these ships because the operational problem is specific and unforgiving. The Navy requires more hulls that can impose credible anti-surface threat in the Arabian Sea and wider Indian Ocean without committing larger destroyers and frigates to every deterrence task, and official doctrine for the class already emphasizes choke-point operations, local defence and offshore asset protection. Fast missile vessels are especially valuable in a regional fight where surveillance is dense, missile salvos are decisive, and geography compresses reaction time. A 33-to-35-knot corvette armed with BrahMos-class strike capability can hide inside coastal traffic patterns, surge to a firing position, launch, displace quickly and complicate an adversary’s targeting cycle at comparatively low cost. That is the kind of distributed lethality India needs as it balances Pakistan-focused contingencies, protection of offshore energy zones and a steadily more contested maritime environment.
The key takeaway is that the NGMV is emerging as more than a replacement missile boat. It is becoming a compact, networked strike corvette that ties propulsion agility, supersonic anti-ship firepower, indigenous sensors and last-ditch anti-missile defence into a platform tailored for modern sea denial. The Kongsberg contract, therefore, matters not only because it adds speed, but because it unlocks the tactical profile the Indian Navy actually wants: fast arrival, hard punch, quick withdrawal and sustainable local support. In that sense, the program is part of a broader Indian naval modernization effort centered on distributed lethality, survivable coastal combat power and a stronger domestic industrial base.