First Babcock-made Jackal 3 to roll out in March
The introduction of the Jackal 3 has marked a new generation of the vehicle type. (Photo: Babcock)
The High Mobility Transporter (HMT) range of vehicles, developed in the 1990s, has been available in 4x4 HMT 400, 6x6 HMT 600 and convertible Extenda configurations. Known as Jackal in UK service, a new substantially improved Jackal 3 has been unveiled.
Babcock International has said it that expected to complete manufacture of 62 Jackal 3 high mobility transporters (HMTs) by the end of June 2024 and that it has been hopeful that a likely follow-on order of 80 vehicles from the British Army will keep the production line active.
The company has been manufacturing 70 Jackal 3 in co-operation with original manufacturer Supacat with the latter already having completed two vehicles of the eight it has been assembling. The first Babcock vehicle will be expected to roll out in March.
Babcock’s new production line in Plymouth has been located at a rejuvenated facility dubbed Raglan Building in acknowledgement
Already have an account? Log in
Want to keep reading this article?
More from Land Warfare
-
![US Army moves towards calls for bids for medium UGV as competitors warm up]()
US Army moves towards calls for bids for medium UGV as competitors warm up
The US Army’s Medium Modular Equipment Transport Trailer (M-METT) programme is planned to provide a platform between Increment II of Small Multipurpose Equipment Transport and the Palletized Load System.
-
![Why bridging the gap between military and COTS systems is key to seamless defence comms (Studio)]()
Why bridging the gap between military and COTS systems is key to seamless defence comms (Studio)
Technology that enables armed forces to leverage existing network infrastructure can be a game-changer in many combat scenarios.
-
![Rheinmetall Nordic’s Ragnarok mortar upgrade shows strong integration potential]()
Rheinmetall Nordic’s Ragnarok mortar upgrade shows strong integration potential
The Ragnarok Mortar Mission Module has demonstrated its ability to quickly switch platforms, presenting scope for it to be employed for multiple requirements.
