GDLS awarded $257.6 million contract for 26 M10 Booker combat vehicles
The M10 Booker combat vehicle was previously called Mobile Protected Firepower. (Photo: US Army)
General Dynamics Land Systems has been awarded a contract modification for the LRIP of the M10 Booker combat vehicle, providing enhanced firepower and mobility to Infantry Brigade Combat Teams.
General Dynamics Land Systems will manufacture 26 M10 Booker direct-fire combat vehicles, a platform formerly known as Mobile Protected Firepower, for the US Army under a $257.6 million LRIP contract.
The Booker is close in design to a light tank and employs a four-person crew. It features an enhanced thermal viewer, a large-calibre cannon, a lightweight hull and turret, and a modern diesel engine, transmission and suspension system.
Shephard Defence Insight notes that the programme could eventually be worth more than $1 billion for 96 vehicles with an out-of-service date of 2054.
Related Articles
US troops assess Mobile Protected Firepower prototypes
First US Army Mobile Protected Firepower vehicles will be delivered in 2023
US Army MPF vehicle will feature Allison’s 3040 MXTM cross-drive transmission
The US Army launched the MPF programme in 2015 when it unveiled its Combat Vehicle Modernization Strategy. This new platform will provide IBCTs with a highly mobile direct fire support platform that can enable combined arms and expeditionary operations.
In 2018, the MPF was incorporated into the US Army’s overarching Next-Generation Combat Vehicle (NGCV) programme, an umbrella project to modernise key armoured vehicle capabilities.
Under a $250 million contract signed with Allison Transmission in July 2022, the vehicle will feature the 3040 MXTM cross-drive transmission. Designed for medium-tracked combat vehicles, the 3040 MXTM will provide propulsion, steering and braking functions.
Related Programmes in Defence Insight
More from Land Warfare
-
![“Timelines are measured in seconds”: tackling the UAS threat with dispersed defences]()
“Timelines are measured in seconds”: tackling the UAS threat with dispersed defences
Small uncrewed aerial systems (UAS) have transformed the battlespace, posing a complex threat across all domains. Militaries now need counter-UAS (CUAS) capabilities that defeat the danger while meeting demands around readiness, manoeuvrability and adaptability, according to Mike Spina, Director, Global Sales and Business Development for Targeting and Sensor Systems (TSS) at L3Harris Technologies.
-
![US Army’s future autonomous launcher nears next phase with awards expected in August]()
US Army’s future autonomous launcher nears next phase with awards expected in August
The Common Autonomous Multi-Domain Launcher (CAML) is the US Army’s main effort to provide an autonomous or optionally crewed missile launcher, with more details revealed at a CSIS webinar discussion this week.
-
![“No single technology is enough”: why an integrated approach to uncrewed warfare is essential]()
“No single technology is enough”: why an integrated approach to uncrewed warfare is essential
In Conversation… Ahmet Akyol, CEO of ASELSAN, talks to Shephard’s Gerrard Cowan about how the rapid evolution of uncrewed aerial systems (UAS) is transforming the battlespace, with militaries focused on both deploying these platforms to maximum effect and developing the defensive systems needed to counter them.
-
![Lasers heat up for counter-drone option as DroneLight tackles the big question]()
Lasers heat up for counter-drone option as DroneLight tackles the big question
Using lasers to defeat drones promises to solve the dilemma of using expensive kinetic effects to kill platforms worth a few hundred dollars. While maintaining thermal output to provide the effects can be a technical hurdle, Israel’s Esh-Tech is one company working on a solution.
-
![France’s artillery rocket competition aims for sovereign solution as contest enters decisive phase]()
France’s artillery rocket competition aims for sovereign solution as contest enters decisive phase
France’s requirement for a replacement MLRS is intended to provide the country with a sovereign capability to bolster the country’s strategic autonomy, with a final platform expected to be in service by 2030.
