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...gy derived from the [[BILL 2 Anti-tank guided weapon|BILL 2]] (warhead and guidance), and [[AT4 CS]] (confined space capability) systems. It is a soft-launch * Guidance: Predicted Line Of Sight (PLOS) / [[inertial guidance]]

|guidance=[[Radar]] and [[Inertial navigation system|INS]] autopilot *'''Guidance: '''94 GHz Millimetric wave radar (MMW) & digital autopilot

...platform to send course-correction commands to the missile in the inertial guidance phase.

|guidance=Gyroscope ...kers]]) was machined to take the place of the Mark VI's heavy pin block so inertial forces would be lower. Electrical switches, developed by Johnson,<ref name=

|guidance=[[inertial guidance|inertial]], [[Global Positioning System|GPS]], active [[radar]] ([[J band]]) ...ame way as the RBS-15. Both missiles are guided by an autopilot mid-course guidance and a monopulse J-band radar. The engine is a liquid propellant sustainer.

|guidance= When a torpedo hits a warship, the inertial collision of the aft mass in the warhead thrusting forward and ignites the

...Military of the United States|U.S. military]] in time of crisis, onboard [[Inertial Navigation System]] (INS) or ground-based navigation aids are still require <ref>[http://www.skybrary.aero/index.php/Volcanic_Ash Guidance for Flight Crews and Controllers]</ref>

...tensive use in precision instrumentation, e.g. in [[gyroscope]] [[inertial guidance]] systems and in support structures for optical systems.<ref name=Be/> ...e critical. Smaller beryllium mirrors are used in [[control system|optical guidance]] systems and in [[fire-control system]]s, e.g. in the German-made [[Leopar

...ight, and permit the [[Apollo Guidance Computer]] to control an [[inertial guidance system]] for a spacecraft. The first integrated circuit logic gates cost ne