As the sole source battle management system supplier to the U.S. Army and the U.K. MoD, Leonardo DRS has delivered more than 200,000 systems built to survive harsh environments and rigorous military standards. With more than 20 years of experience in designing, manufacturing, and supporting battle management systems, Leonardo DRS provides a broad range of rugged computing and display platforms for your needs.
For Joint Battle Command-Platform (JBC-P)
Customer: US Army, US Marine Corps
As the seventh and most advanced evolution of mounted computing, the Mounted Family of Computer Systems builds upon the strengths of its predecessors.
Battle-Proven Reliability in the Most Extreme Conditions
Customer: US Army, US Marine Corps
Exceptional Performance and Flexibility for Logistic Operations
Customer: US Army
Integrated and Secured Situational Awareness Technology
Customer: UK MoD
The Battle Management Data Terminal (BMDT-3) notebook computer is designed and manufactured to survive the most rugged conditions worldwide, with wider operational temperature range, a fully sealed stronger construction and proven military heritage wherever it is needed — on the digital battlefield or the flightline — making it ready and able to perform during the most demanding operational challenges. The BMDT-3 is the right choice for military operations in any hostile environment.
The BMDT-3 houses an entirely commercial off-the-shelf (COTS) internal architecture and features long-life rechargeable Lithium Ion batteries that are hot-swappable, a truly exceptional thin film transistor (TFT) daylight readable display and a removable hard drive.
The BMDT-3 from Leonardo DRS has been specifically designed for extremely harsh environments and meets critical EMI and MIL-STD-810 environmental requirements. This proven and reliable computing system brings exceptional rugged computing performance and flexibility to the field at an affordable price and low life-cycle cost.
Apply rugged technology to the battlefield, sea or sky.
The Vehicle User Data Terminal (VUDT-3) is a touch-screen tablet computer with external keyboard capability delivering the best of rugged computer technology wherever it is needed — on the digital battlefield, at sea or on the flightline. The VUDT-3 can be mounted inside a combat vehicle and operated on the move from vehicle power, or independently using its internal rechargeable batteries.
The VUDT-3 houses an entirely commercial off-the-shelf (COTS) internal architecture and features long-life rechargeable Lithium Ion batteries that are hot-swappable, a truly exceptional thin film transistor (TFT) daylight readable touchscreen display and dual removable hard-drives.
The VUDT-3 from Leonardo DRS has been specifically designed for extremely harsh environments and meets critical EMI and MIL-STD-810 environmental requirements. This proven and reliable computing system brings exceptional rugged computing performance and flexibility to the field at an affordable price and low life-cycle cost.
The Leonardo DRS Platform Bisa Processor Unit 3 (PBPU-3) can be vehicle mounted and is designed to operate in and survive the harshest of environments, offering the user maximum flexibility and versatility. More than 1100 PBPUs are installed on a range of platforms, including the UK Army Challenger 2, Scimitar and Warrior combat vehicles.
The PBPU-3 brings exceptional ultra rugged computing performance and flexibility to the field — or wherever it is needed.
Flexible Crew Station for Armored and Tactical Vehicles
The CTD display range provides the designers of vehicle electronic architectures with a flexible crew station that can be used to support a wide range of armored and tactical support vehicle functions.
The CTD display range accepts VGA, SVGA, XGA or SXGA resolution video and automatically scales it to fit the screen. The display has 2 high-resolution inputs and optionally can be configured with a further two low-resolution (PAL/NTSC) inputs, making it ideal for cost effectively integrating access to a wide range of vehicle systems on both legacy and new platforms.