A cockpit panel is more than a faceplate. At first glance, a simulator panel may look simple: a few switches, knobs, displays, and backlighting mounted behind an engraved surface. In reality, producing a high-fidelity cockpit device requires many different technologies to work together as one system. It Starts with Mechanical Design Every control must be positioned correctly. Switch spacing, knob diameter, shaft location, display placement, panel thickness, fastener location,

Simtek APX-119 Today’s trainer must be ready for tomorrow’s architecture. Military simulation is changing rapidly. The focus is no longer simply on building a highly realistic standalone simulator. The next generation of training systems must be capable of connecting, adapting, expanding, and integrating new technologies as requirements evolve. The U.S. Army’s Synthetic Training Environment (STE) is a clear example of that shift. The Army’s vision calls for common synthetic e