NATO has contracted ISTEC Services Limited to deliver smoke discharger systems for the British Army’s new M270 A2 Multiple Launch Rocket Systems (MLRS).
The discharger capabilities will be used to rapidly conceal the MLRS fleet from adversarial surveillance technologies with visual and infrared detection methods, ensuring an advantage over line-of-sight and guidance threats.
NSPA said that the incoming smoke systems will be critical during maneuvers in battle, as they will aid the MLRS vehicles in repositioning across an active field with a decreased risk of being hit.
“This contract signifies another step forward in providing our troops with the equipment they need to maintain the battle-winning edge,” UK Defence, Equipment and Support MLRS Senior Operations Manager Greg Sherwood stated.
“These defensive aids will add to the suite of cutting-edge technology that the MLRS system provides, ensuring our troops are well equipped and supported on operations.”
We have awarded a contract for smoke discharger systems (SDS) for the @BritishArmy’s new 🚀M270 Multiple Launch Rocket System (MLRS) A2.
More on how we continue to support the 🇬🇧UK’s defence capabilities https://t.co/cOod4g7P66#WeAreNATO #StrongerTogether @DefenceHQ @DefenceES pic.twitter.com/VBBTBx9sTN
— NATO Support and Procurement Agency (NSPA) (@NSPA_NATO) December 10, 2024
ISTEC Operations Manager Adrian Webster also commented on the deal: “Our extensive experience in adapting solutions to meet vehicle geometry and architecture requirements, coupled with our long-standing history with both [NATO Support and Procurement Agency] and the MLRS platform, makes this an exciting opportunity.
Expanding MLRS Fleet
The England-based company’s award followed its delivery of 65 weapon mounts for the army’s MLRS A2s last September, which was facilitated under the UK Ministry of Defence’s broader objective to extend the operability of its ground-based firepower through the 2050s.
First announced in 2022, the program aimed to increase the systems by procuring newer versions of the MLRS, upgrading the existing platforms, integrating those kept in reserved stockpiles, and acquiring second-hand units currently in museums.
By May 2024, the British defense agency revealed investments to modernize up to 85 MLRS by 2030.
The UK awarded a contract to a Newcastle-based industry partner the same month to develop an MLRS tactical simulator that will assist the British Army’s rocket launch proficiency efforts.
