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Posts Tagged ‘BAE Systems’

Maneuver Conference – BAE Systems

Wednesday, September 14th, 2011

BAE Systems demonstrated GEN II Headborne Energy Analysis & Diagnostic System (HEADS) which has just passed First Article Testing (FAT) for the US Army with first deliveries to begin September 22, 2011.

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HEADS consists of the sensor which is mounted in the crown of the combat helmet, the software to perform computational analysis of traumatic events and an optional wireless antenna which can be used to interrogate the sensor for data when it is placed in close proximity. Alternatively, the HEADS sensor can be interrogated via a USB connection directly to a laptop.

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As you can see from the photo, once data from the sensor has been uploaded to the software a date and time stamped visual display is created to assist medical personnel in correlating their medical diagnosis with actual events. The sensor will record all linear and angular acceleration and blast overpressure information, including multiple events.

It is important to note that the HEADS sensor can be covered with a crown pad within the helmet for enhanced comfort. Additionally, the sensor battery life is one year and can be recharged by tethering to a laptop via a USB cable or you can actually replace the battery with a fresh one.

For more information www.BAEsystems.com/ips

OASYS Technology

Monday, May 23rd, 2011

Late last summer we mentioned that BAE Systems had acquired OASYS (OPTICAL ASSEMBLIES AND SYSTEMS) Technology. What we didn’t do is tell you the nuts and bolts of what OASYS actually does. They specialize in Electro-Optics and just happen to make, what are in our opinion, the hottest IR systems out there. In fact, you may already be using an OASYS product and not even realize it. JIEDDO has fielded thousands of Universal Thermal Monoculars (UTM) (and most recently SkeetIRs) through SPAWAR to troops in OEF and OIF to help look for IEDs. The UTM is also known as the StalkIR and can be mounted on weapons as well as used as a handheld device. It features dual band lasers and a modular chassis that can accommodate new technologies as they become available as well as allowing the device to be easily configured at the factory.

The most important factor in all of their designs is that they are custom products built to the client’s specifications. These uncooled LWIR sights can be turned on and put into action in less than four seconds and are controlled by a combination of hot buttons and an intuitive menu. Calibration is quickly accomplished when needed.

The SkeetIR is even more compact and lightweight that the StalkIR weighing in at a scant 6.5 oz with a CR123A battery. With a 320 x 240 detector and a display boasting 640 x 480 it also features selectable reticles and variable zoom. Additionally, there are three display options, white hot, black hot, or outline mode.

Due to several mounting options utilizing a mounting shoe, the sights are extremely versatile and can be rapidly transitioned from the handheld mode, mounted to a weapon as a stand alone sight or as a clone sight, and can be headborne alone or integrated with a legacy NVG utilizing a COTI (Clip-On Thermal Imager) module to turn it into a NV/IR fusion sight. In this mode, the SkeetIR is set in outline mode and overlays this information directly on to to the night vision scene in real time. This helps define shape and definition to what might appear as blobs under NV alone. All of this is possible as the signal is digital and can be accessed via a data port on the back of the device which is common to both SkeetIR as well as StalkIR. Not only can the IR signal be combined with NV data but it can also be sent via radio protocol just as any other signal. This port also allows the sight to be reprogrammed. Additionally, the SkeetIR’s reticle is smart and will shift from black to white based on the conditions displayed in the view.

The SkeetIR comes standard with a red laser pointer. Green lasers can be integrated into the larger UTM design but users have found that they use power too quickly. Additionally, units have been delivered with LEDs of various colors for standard illumination. When the device is used as an applique on a night vision system to form a fusion goggle you can look at a target and simultaneously point a laser at it. The laser can be programmed to a variety of patterns. Additionally, as the sight integrates a three axis Digital Magnetic Compass you can determine a target’s azimuth by degree or mil. These features make the technology a great candidate for integration with other digitization efforts.

The weapon mount accepts either OASYS sight and allows them to be quickly flipped out of the way when not needed. Additionally, the SkeetIR is easily cloned to the zero of your existing optic. Both IR devices are extremely robust and can handle the shock and vibration associated with being mounted on heavy weapons.

OASYS uses the same remote as Insight for laser activation so the UTM is backwards compatible with the PEQ-2A, PEQ-15, PEQ-16, PSQ-18, and M3X/M6X weaponlights. There is no need to purchase additional new accessories and if a cable is lost or damaged it is easily replaced from existing spares. Finally, to conserve power, the SkeetIR utilizes a Hall Effect Sensor to go into standby mode and eventually shut down when disconnected from its mount.

Look for more articles on OASYS Technology soon here at SSD.

The entire line is available through Stryke Logistical Group LLC.

www.oasys-technology.com

Note: This is an ITAR restricted item.

BAE Produces One Millionth Hard Armor Insert for DoD

Friday, March 25th, 2011

BAE held a ceremony yesterday at their Phoenix, Arizona facility to celebrate the production of their millionth hard armor insert for the Department of Defense. These include the Small Arms Protective Insert (SAPI) as well as the newer generation Enhanced or ESAPI and Next Generation XSAPI plates as well as smaller Side variants.

“A hard armor insert helps protect a warfighter’s vital organs and has been proven as a critical lifesaver on the battlefield. Our employees come to work each day knowing that the work they do could save a life and bring a loved one home to their family,” said Joe Coltman, vice president of BAE Systems’ Protection Systems. “Manufacturing one million of these plates is a significant milestone for BAE Systems and its employees to achieve. It brings into perspective the number of lives we are protecting.”

On hand for the celebration were U.S. Rep. Ed Pastor (Dem, AZ), COL William Cole, Program Manager for Soldier Protection and Individual Equipment, LTC (P) Jon Rickey, Product Manager for Soldier Protective Equipment and COL John Womack, Commander for the Defense Contract Management Agency in Phoenix.

www.baesystems.com

BAE Systems to Manufacture IOTVs and Repair ESAPI Plates

Friday, December 17th, 2010

BAE Systems is racking up the wins. Not only did they announce a $35 million contract from the US Army for 60,000 Improved Outer Tactical Vests (IOTV), but they also won a contract to inspect and repair Enhanced Small Arms Protective Insert (ESAPI) plates for the Army which are used in conjunction with the IOTV. Under a Readiness and Sustainment contract modification valued at $6.3 million from PEO-Soldier, BAE Systems will inspect ESAPI plates returning from theater for damage and replacing the outside spall covers, which are used to contain debris upon impact. Upon completion of the scope of work, the plates will be returned to the Army. The contract mod is part of an existing contract issued in October 2008 and will be performed through a series of delivery orders. The work will be completed at facilities located in Phoenix, Arizona with completion scheduled for October 2013.

“BAE Systems is prepared to support the Army and Army National Guard in satisfying short-term needs for the warfighter,” said Keith Briem, manager of Readiness and Sustainment for BAE Systems’ Personnel Protection Systems. “Our Readiness and Sustainment program is designed to help reset equipment for future deployments. This may include refurbishing helmets, soft and hard armor, Modular Lightweight Load Carrying Equipment, other ancillary items and all forms of Organizational Clothing and Individual Equipment.”

BAE Systems to Acquire OASYS Technology

Wednesday, September 8th, 2010

BAE Systems announced yesterday it has entered into a definitive agreement to acquire OASYS Technology, a privately owned company specializing in the design and manufacture of electro-optical systems and subassemblies for aerospace, defense, industrial and commercial markets. For those of you unfamiliar with OASYS Technologies, they build some fantastic thermal sights such as the SkeetIR Thermal Mono-Sight.

“OASYS Technology’s talented workforce and technologies will enhance BAE Systems’ ability to serve its customers as a leader in day/night surveillance and targeting systems as well as precision guidance,” commented Bob Murphy, executive vice president of BAE Systems, Inc. product sectors.

OASYS Technology employs 65 people at its 40,000 square foot design and manufacturing facility in Manchester, New Hampshire. Upon successful closing, OASYS Technology’s operations are expected to be integrated with the BAE Systems business headquartered in Nashua, New Hampshire.

OASYS Technology Chief Executive Officer Mike Couture stated, “We look forward to the opportunity to become part of the BAE Systems family. We will be better positioned to serve our current customer base and broaden both the market and potential applications for our expertise, technologies, and products.”

The proposed acquisition is conditional, among other things, upon receiving certain U.S. regulatory approvals, and it is expected to close during the fourth quarter of 2010. The purchase price is said to be up to $55 Million.