Lockheed Martin receives HIMARS contract
Lockheed Martin has received a $218 million contract from the US Army to produce High Mobility Artillery Rocket System (HIMARS) launchers and associated hardware for an international customer.
Under the contract, Lockheed Martin will deliver 18 HIMARS launchers and associated equipment by December 2020.
HIMARS is a lightweight mobile launcher that consists of a launcher loader module and fire control system mounted on a five-tonne truck chassis. The system fires Guided Multiple Launch Rocket System rockets and Army Tactical Missile System missiles. A specialised armoured cab provides additional protection to the three crew members that operate the system.
With this procurement, HIMARS is now in the inventories of four international partners.
Related Equipment in Defence Insight
More from Land Warfare
-
![Raytheon UK team awarded US$2.7 billion British Army training contract]()
Raytheon UK team awarded US$2.7 billion British Army training contract
The British Army’s Collective Training System 15-year contract is planned to provide soldiers with an integrated, digitally enabled system and transform how they train, prepare and adapt for future missions.
-
![Combined arms the Turkish way – showcasing new tech at an amphibious exercise]()
Combined arms the Turkish way – showcasing new tech at an amphibious exercise
New Turkish weapon systems and operational capabilities continue to evolve, as the recent EFES 2026 event clearly demonstrated.
-
![What does the proliferation of larger platforms mean for the UGV market?]()
What does the proliferation of larger platforms mean for the UGV market?
A surge in heavier, combat-focused uncrewed ground vehicles is emerging, although operational demand remains uncertain.
-
![Fenris 6x6 emerges as first joint vehicle from John Cockerill-Arquus partnership]()
Fenris 6x6 emerges as first joint vehicle from John Cockerill-Arquus partnership
The new 6x6 wheeled fire support vehicle is armed with a 105mm NATO-standard high-pressure rifled gun, positioning it for the French Army and wider potential allied requirements.
-
![Do heavy IFV designs make sense on the modern battlefield?]()
Do heavy IFV designs make sense on the modern battlefield?
Even with additional armour, many current-generation infantry fighting vehicles are highly vulnerable to enemy fire in the contemporary operating environment. Are heavier platforms based on tank designs for use in this role the answer?
-
![Uncrewed ground vehicles put to the test as NATO eyes autonomous shift]()
Uncrewed ground vehicles put to the test as NATO eyes autonomous shift
The European Land Robot Trials are influenced by NATO researchers seeking to create uncrewed ground vehicle standards for allied Western forces working in multinational task forces.
