USMC prepares for precision fires down-select
Loitering munitions are high on the agenda for the USMC Light Armored Reconnaissance battalion
The USMC is preparing to choose a vendor in 2021 for its Organic Precision Fires – Mounted (OPF-M) programme that will provide a loitering munition system to attack targets at range.
It is expected that a family of systems will be acquired to provide the USMC Light Armored Reconnaissance (LAR) Battalion with its own indirect fire support assets with ranges out to 100km.
USMC Systems Command spokesperson Kelly Flynn stated: ‘We are evaluating proposals at this time in preparation for a down-select to a single vendor. Integration and testing will include the selected vendor’s system.’
In Q2 FY2020, USMC Program
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
-
![Polaris expands Arctic mobility offering as US military orders grow]()
Polaris expands Arctic mobility offering as US military orders grow
The Military 850 Voyageur 155 Crossover has secured orders from the US Army, Air Force and Marine Corps, addressing demand for agile Arctic mobility with passenger, cargo and towing capacity.
-
![More bidders move onto starting grid for British Army Land Rover replacement programme]()
More bidders move onto starting grid for British Army Land Rover replacement programme
The Light Mobility Vehicle segment of the UK’s Land Mobility Programme for the British Army may actually be about to make progress, or at least likely bidders seem to think so. Shephard spoke with several contenders who revealed their views on how the army should replace the ageing fleet.
-
![Northrop Grumman pushing ahead with smaller Integrated Battle Command System]()
Northrop Grumman pushing ahead with smaller Integrated Battle Command System
Northrop Grumman’s Integrated Battle Command System is in service with Polish forces and is being introduced to US forces, with further development underway on the original platform as well as a smaller, more mobile system.
