US Marine Corps seeks to apply lessons from Russo-Ukrainian war
USMC-operated High Mobility Artillery Rocket System (HIMARS). (Photo: USMC)
Conclusions drawn from the war in Ukraine are pushing the USMC toward equipping its troops with advanced UAVs and are underlining the value of long-range artillery systems.
Speaking on 18 July during a webinar organised by the US-based think tank CSIS, Gen Eric Smith, Assistant Commandant of the Marine Corps claimed that the High Mobility Artillery Rocket System (HIMARS) is ‘absolutely vital’ for the branch.
Smith noted that UAVs or loitering munitions would be deployed to hit back at HIMARS batteries or direct counter-battery fire, so ‘you have to be able to fire and move immediately’.
HIMARS is perfectly capable of shoot-and-scoot missions, 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
-
NATO boosts uncrewed usage and shifts on concept of operations based on lessons learned from Ukraine
The war in Ukraine remains a focus of procurement, concepts of operation, tactics and training for NATO countries. The Crystal Arrow Exercise in Latvia, ongoing until 15 May, is a reflection of this.
-
AI-enhanced combat radios: how to turn comms networks into an EW advantage
Artificial intelligence (AI) is transforming defence communications, boosting situational awareness and electronic warfare (EW) capabilities across the battlespace. Bittium’s new partnership with MarshallAI will significantly enhance networked technology, turning radios into cutting-edge sensors with a range of applications.
-
Finding the balance between armour and air defence as UAVs proliferate
While the growing drone threat has sharpened the focus on air defence solutions, Dr Peter Magill looks at why protected mobility remains crucial.
-
Saab Barracuda update prioritises drone protection on modern battlefield
Barracuda multispectral camouflage systems have been developed over decades and are designed to conceal a range of infrared and ultraviolet signals as well as reducing detection by radar.