I have to fess up here. In the Falklands, Rapier missile emplacements were dropped on the beach head. Rapier missiles were tracked to their (aircraft) target at that stage using S-band microwaves.
That neatly jammed the radar on our own ships - who promptly told the Rapier crews to turn off the missile tracker. That left them with the only option to sit in the launcher nest and manually track using a rate joystick and sighting crosshairs.
Now they were not good at this, and led to a need to train crews in how to manually track.
From the Wikipedia entry https://en.wikipedia.org/wiki/Rapier_(missile)
"In the 1980s, a new training simulator system was constructed in Stevenage. This consisted of a 10-metre (33 ft) radius hemispherical dome whose inside surface was used as a movie screen onto which terrain images were projected. A copper vapor laser projected images of targets and the missiles in-flight on top of the background imagery, while a smaller helium-neon laser simulated the Rapier's tracking flare. A complete Rapier targeting unit was placed in the center of the dome, and its guidance signals were captured and sent to the simulator to update the position of the missile. The projected laser imagery was bright enough that it could be tracked by IR imagers and seekers, allowing it to be used with the updated Darkfire versions of the Rapier with their IR cameras, or other IR seeking missiles like the Stinger. This system was sold separately for use with other missile systems under the name British Aerospace Microdome.
And laser image projection system was developed my me as a consultant when working for https://www.paconsulting.com/about/global-innovation-and-technology-centre .
The whole British Aerospace simulator was darned impressive. There was a 1kW audio system in there to give a realistic sound effect of launching, as well as sound effects from the targets (helicopters, jets etc). Scared the bejeesus out of me when we were testing it.