ring laser gyroscope

It was also involved in an 11 year long patent dispute regarding ring laser gyroscope technology.

Advanced technologies like ring laser gyroscope and accelerometer will be used in the new missile.

The inertial guidance system used a ring laser gyroscope produced by Honeywell.

This is called a ring laser or ring laser gyroscope.

This is the principal of the ring laser gyroscope, widely used in modern inertial navigation systems.

Ring laser gyroscopes can be used as the stable elements (for one degree of freedom each) in an inertial reference system.

Litton and Honeywell lead the $400 million market for ring laser gyroscopes, which are the principal elements in aircraft navigational systems.

From 1973 to 1982 he managed the group at Honeywell Inc., that successfully introduced the ring laser gyroscope for commercial airlines.

Ring laser gyroscopes are extremely sensitive to rotations, which need to be accounted for if an inertial guidance system is to return accurate results.

Ring laser gyroscopes (not illustrated) are another form of Sagnac rotation sensor that have important applications in inertial guidance systems.

It will carry a ring laser gyroscope for high-accuracy navigation and a radio altimeter for the height determination.

The centerpiece of a host of new technologies incorporated in Shaurya is its ring laser gyroscope and accelerometer.

Each MIMU is equipped with three ring laser gyroscopes to detect angular changes.

Fluxgates can also be used in weapons navigation systems, but have been largely superseded by GPS and ring laser gyroscopes.

An early landmark commercial avionics technology was the ring laser gyroscope (RLG), which was developed in 1958.

The first experimental ring laser gyroscope was demonstrated in the US by Macek and Davis in 1963.

Currently ring lasers are used most frequently as gyroscopes (ring laser gyroscope; (figure 2)) in moving vessels like cars, ships, planes, and missiles.

The RIFCA features six ring laser gyroscopes and accelerometers each, to provide a higher degree of reliability.

We don't want to face--" That was when her gaze lighted on the inertial guidance display, showing where in space their ring laser gyroscope thought they were.

A 'ring laser gyroscope' (RLG) uses interference of laser light within an optical ring to detect changes in orientation and spin.

The ring laser gyroscope is a core enabling technology in the system, and is used together with accelerometers, GPS and other sensors to provide raw data.

The FOG typically shows a higher resolution than a ring laser gyroscope but suffered from greater drift and worse scale factor performance until the end of the 1990s.

A $1.2 Billion Litton Victory It didn't sound like a billion-dollar matter - a patent fight involving a process to coat mirrors used in "ring laser gyroscopes."

A ring laser gyroscope (RLG) consists of a ring laser having two counter-propagating modes over the same path in order to detect rotation.

A Honeywell ring laser gyroscope was used for spin rate determination and to obtain an inertial timing reference before the MHV separated from the second stage.