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BAE Systems

NLOS Cannon firing at Yuma

May 14, 2008 The Non-Line-of-Sight (NLOS) Cannon Firing Platform first unveiled back in June 2006 is now approaching its final stages of assembly ahead of delivery of the first prototype to the US Army in June.  Read More

A notional representation of what a future micro autonomous robot may look like
 (Graphic ...

April 29, 2008 From fire fighting to termite eradication and exploring the Martian surface, the role of robots in performing tasks that are too dangerous for humans is already well established. Like many emerging technologies, the key driving force behind the development of these systems comes from military applications where robots are now regularly employed for tasks such as battlefield reconnaissance, communications and neutralizing the threat of explosive devices. In the latest news in this rapidly evolving field, BAE Systems has signed a $38 million agreement with the U.S. Army Research Laboratory to spearhead development of the next-generation intelligence-gathering military robots with a focus on versatile, miniature platforms suited to use urban environments and inaccessible terrain.  Read More

Orion VII hybrid-drive transit buses

February 7, 2008 A government report has shown that the new Orion buses in New York City cost 40% less to maintain and 24% less to operate than earlier-generation hybrids.  Read More

Orion diesel-electric hybrid bus

December 19, 2007 Public transport organizations in the USA and Canada have ordered a total of 1052 Orion VII Next Generation diesel-electric hybrid buses with New York to have the largest diesel-electric hybrid bus fleet in the world by 2010.  Read More

ARGUS-IS will be applied to both unmanned and manned surveillance platforms. (Pictured is ...

November 9, 2007 BAE Systems will head-up the Defense Advanced Research Projects Agency’s (DARPA) Autonomous Real-Time Ground Ubiquitous Surveillance Imaging System (ARGUS-IS) program after the company received an $18.5 million contract to develop a new class of intelligence, surveillance and reconnaissance (ISR) technology.  Read More

Q-Sight helmet-mounted display

November 5, 2007 BAE Systems has developed a new line of lightweight, modular and ergonomic helmet-mounted displays for rotary-wing pilots known as Q-Sight. The four-ounce model is highly integrated with existing gear, compatible with night-vision goggle, attachable to any helmet and easily altered for different missions.  Read More

The M326 'Quickstow'

October 18, 2007 BAE Systems has won a US$13.9 million contract to supply its M326 120-mm Mortar Stowage System to the U.S. Army. The hydraulic lift system is designed for loading 300-pound mortar tubes out of humvee trailers - freeing up the 3-4 soldiers normally required for the task and facilitating faster firing and movement of the weapon.  Read More

BAE to develop next-generation night-vision goggles

September 25, 2007 U.S. army soldiers will be the recipients of enhanced night vision goggles that use digital imagery to improve mobility and situational awareness under all lighting conditions, overcoming battlefield obscurants that would generally hinder vision. Under development by BAE systems as part of the Enhanced Night Vision Goggle program for the U.S. defense forces the helmet-mounted system will digitally combine video imagery from a low-light-level visible sensor and an uncooled long-wave infrared sensor onto a single color display located in front of the soldier's eye.  Read More

New power system proposed for the Humvee

August 9, 2007 BAE Systems are demonstrating a prototype Common Modular Power System (CMPS) at the Power and Energy Symposium currently being held at Troy, Michigan. This is in response to a need expressed by the United States Department of Defense for a power system that is able to provide 400amps of 28-volt DC power across the full rev range of a High-Mobility Multipurpose Wheeled Vehicle (HMMWV or Humvee ) - a perceived requirement for 21st century warfighting.  Read More

Design milestone for UK’s largest ever UAV

June 20, 2007 The design of autonomous systems for one of the largest Unmanned Aerial Vehicles (UAVs) ever conceived, the Taranis, has been finalized ahead of schedule. The size of a Hawk trainer, the Taranis unmanned fast jet demonstrator will be focused on targeting and attack capabilities rather than the surveillance and reconnaissance roles predominately given to previous UAV programmes. While still built for stealth and speed, the aircraft will be able to test deploy a range of munitions over a number of targets and will be capable of high-level decision making to defend itself against manned and other unmanned enemy aircraft in “deep” operations.  Read More

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