DoD procurement chief signals GMLRS production boost
GMLRS launch from HIMARS. (Photo: Lockheed Martin)
The DoD is working with Lockheed Martin to expand production capacity of Guided Multiple Launch Rocket System (GMLRS) rockets for the M142 High Mobility Artillery Rocket System (HIMARS).
Speaking to CBS News on 4 September, Dr William LaPlante, Under Secretary of Defense for Acquisition & Sustainment, said that GMLRS output capacity has to ‘at least double’, although he gave no timeframe.
Lockheed Martin COO Frank St John said the company currently produces about 7,500 rockets per year but it can go higher.
‘We have capacity to produce 10,000 rockets a year’ for US and export customers such as Ukraine, St John told CBS News, adding that Lockheed Martin is conducting analysis to ‘potentially take that up to 12,000-14,000 rockets a year’.
LaPlante said that an expanded production rate can be sustained ‘as long as the demand is needed… We can keep production lines open for 30 years.’
HIMARS has played a prominent role in eastern Ukraine and in the Kherson region amid an ongoing offensive to retake land from invading Russian forces.
However, US lawmakers have expressed concern about dwindling domestic stockpiles of GMLRS, HIMARS and other weapon systems donated to Ukraine.
Related Equipment in Defence Insight
More from Land Warfare
-
Avalon 2025: Hanwha outlines tight schedule for Redback deliveries
The Hanwha Armoured vehicle Centre of Excellence (H-ACE) is a A$225 million (US$142 million) factory being built beside Avalon Airport near Melbourne, Australia, despite a substantial drop in the number of vehicles originally planned to be produced.
-
Oshkosh equips ROGUE-Fires with MLRS MFOM
The vehicle will be displayed at the AUSA Global Force symposium this week.
-
Lockheed Martin close to deploying JAGM in CUAS missions
The company plans to conduct counter-drone demonstrations with JAGM this year.
-
US Army awards RTX Raytheon follow-on contract for the RCADE modelling and simulation capability
The agreement covers the establishment of a continuous experimentation environment.