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MILTECH
Australian Army explores U.S. tactile technology for pilots
by Ryan Maass
Washington (UPI) Sep 17, 2015


BAE Systems tests night vision helmet for fighter pilots
London (UPI) Sep 17, 2015 - BAE Systems' new Striker II helmet-mounted display is undergoing trials to evaluate its digital night vision capabilities.

If the trials prove successful, Striker II will replace analog night vision goggles worn by fighter pilots.

"Striker II has a high-definition, lightweight night vision camera which translates information and displays it on the helmet's visor," said Peter Kosogorin, a test pilot for BAE Systems. "This removes the need for heavy night vision goggles which increase g-force pressures on the head and neck, limiting the pilot's maneuverability in the cockpit.

"The helmet provides a clear and accurate visual display and a seamless transition from day to night, eliminating the need to manually configure and adjust night vision goggles."

BAE Systems said Striker II includes a tracking system that ensures the pilot's exact head position and the aircraft computer system are continuously in sync. The result is perfectly positioned symbology on the visor, precision target tracking and engagement and enhanced situational awareness.

Successful completion of the tests will lead to a new series of flight trials for the system's integration into Typhoon combat aircraft.

"The second set of trials is the next step in the flight test program to prove Striker II offers true 'plug and play' compatibility with the Typhoon and builds upon the initial trials to further evaluate the digital night vision capability," said Chris Colston, business development director at BAE Systems.

Australian military researchers are working with the U.S. Army to equip helicopter pilots with a Tactile Cueing System.

Australian company elmTEK and researchers at the University of Canberra, Adelaide, are developing touch-based assistive technology for pilots in threatened or low-visibility environments.

"The TCS has the potential to provide helicopter pilots with accurate information regarding aircraft flight data, such as altitude, velocity, navigation, acceleration, and threat/target location," lead researcher Dr. Braden McGrath said in a statement.

The technology reportedly uses hardware developed by the U.S. Army and Australian researchers will develop software specific to the needs of their pilots.

Dr. McGrath told Australia's ABC News the system uses a vibrating vest to alert pilots while flying.

"With the tactile cueing system as the pilot comes into land, if a drift starts, say on his right hand side, he would feel a vibration on his right hand side," he said.

Dr. McGrath went on to add that the Australian Army will work with the U.S. Army to develop their own software to suit how their country's pilots fly their aircraft, rather than purchasing the equipment from the United States.

"We do things differently from the U.S. This is one of those situations where we couldn't just buy it from the U.S., we needed to develop our own software," he said.

Australian Department of Defense funding for the research comes from a pool of $14.2 million distributed to seven different projects through the Capability and Demonstrator Program managed by the Defence Science and Technology Group.


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MILTECH
Australia funds military technology development
Canberra, Australia (UPI) Sep 14, 2015
The Australian Department of Defense is funding seven organizations to advance the development of technologies that could advance military capabilities. The funding, granted under the Capability and Demonstrator Program, managed by the Defense Science and Technology Group, is about $10 million. The technologies include a low-profile body armor; a miniaturized wide-band, low-noise ... read more


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