airborne system

This technology has many uses including airborne systems and emergency responders.

This technique, first demonstrated in the 1970s from an army airborne system, has evolved considerably.

The airborne system then shows the pilot the best nose-up attitude for escape.

The 1970s saw some activity in experimental airborne systems, both in air and underwater.

Barringer continued to develop the airborne system and licenses its use to exploration companies.

Located in Bangalore, its primary function is certification of military aircraft and airborne systems.

The 1,227 band is now used largely for military aircraft, cruise missiles and other airborne systems, military officials say.

The open-source software suite contains everything to let airborne system fly reliably.

Such uncoordinated mandates would require airlines to carry many duplicating airborne systems.

Instead of just searching for targets, the airborne systems were now operating in the manner used to guide air-to-air missiles.

Early systems gave a resolution in tens of meters, but more recent airborne systems provide resolutions to about 10 cm.

Several airborne systems are being examined, which would then be utilized by the US Air Force.

This came back to haunt them when the British figured out their Himmelbett operation, and the development of an airborne system became much more important.

A series of airborne systems tests were then made prior to extracting a beam from the ALL.

Airborne system has been above each minimum of 60 points of 5 items such as suspension stooping jump from aircraft.

This could eliminate the need for a variety of ground and airborne systems that were designed to meet specific requirements for certain phases of flight.

The assurance of airborne system performance is implicit for RNAV operations.

Collision Avoidance systems which rely on transponder replies triggered by ground and airborne systems are considered passive.

It is an airborne system carried by a helicopter to detect man-made aerosol clouds containing biological and chemical agents at long range.

Other methods of finding UXOs include digital geophysics detection with land and airborne systems.

Implementers of both ground and airborne systems must comply with these safety requirements if their products are to be approved and/or certified for operational use.

Example airborne systems that contribute to BC:

The DO-160 standard was first published on January 25, 1980 to specify test conditions for the design of avionics electronic hardware in airborne systems.

Building 100 on the flightline is named the Audette Airborne Systems Building.