Marine Corps explores potential of ship-killing NMESIS
NMESIS fires an Naval Strike Missile from a launcher and fire control system integrated on a remotely controlled Joint Light Tactical Vehicle. (Photo: Oshkosh Defense)
The USMC is advancing plans for a new fleet of robotically controlled, ship-killing ground vehicles as part of its Force Design 2030 effort to reconfigure the force against potential threats from China.
It is pressing ahead with development of a new capability that pairs a modified Joint Light Tactical Vehicle (JLTV) with a Naval Strike Missile (NSM).
Without fanfare, the USMC in November 2020 conducted what it says was a successful test of the Navy and Marine Corps Expeditionary Ship Interdiction System (NMESIS). This is a planned initial material solution to meet a ground-based anti-ship missile requirement, as
Our news & analysis is now part of Defence Insight®
A Basic-level or higher Defence Insight subscription is now required to view this content.
More from Land Warfare
-
Europe’s eastern flank moves on air defence radars with wider efforts also underway
Air defence radars have become more important assets in the past year with incursions in NATO countries on Europe’s eastern flank highlighting the need.
-
Australia’s SM-2 land trial could reshape ADF medium-range air defence plans
The first ground launch of the SM-2 could offer Canberra a path to expand its missile defence capability by adapting systems already fielded across the ADF.
-
New teams form to compete for British Army Land Rover replacement
The UK’s Land Mobility Programme Light Mobility Vehicle requirement is designed to replace the British Army’s ageing fleet of Land Rovers with a vehicle with a Gross Vehicular Mass of less than 3,500kg. It could be for as many as 6,000 vehicles.
-
FIA 2026: MBDA launches low-cost interceptor for short-range air defence
At FIA 2026, MBDA launched its Counter Mass Interceptor (CMI) which the company says is a mass-producible, low-cost effector for fire-and-forget engagements at range and altitude.