The CableRobot Simulator, jointly developed by researchers at Fraunhofer IPA and the Max Planck Institute for Biological Cybernetics, features a simple carbon fiber cabin, weighing around 180 pounds, with enough room for a single passenger.
Most simulators use a cabin like this—usually filled with giant wraparound displays—that’s strapped to a moving gimbal firmly attached to the floor so it can spin around, and lean back and forth in any direction. The gimbal’s movements are matched to what’s happening in the simulation, adding to the realism, but the CableRobot takes things much further with a greater range of motion.
Instead of being permanently mounted to the floor, the carbon fiber cabin, and its passenger, are suspended within a series of moving cables powered by strong winches all working in unison. Together they can tilt, spin, and move the simulator around, at impressive speeds, to almost every last corner of a room. Its movements are essentially limited to the size of the room, and the strength of the motors powering the winches.
When combined with a virtual reality setup like an Oculus Rift which completely blocks what the rider sees around them, the effect is undoubtedly incredibly immersive, and probably a little bit terrifying, as it recreates the motions and movements seen in the VR experience. The researchers who created it believe it could be an even better tool for teaching pilots, and even drivers, to operate their vehicles in complete safety. However, the rest of us see this as being the closest thing we have to Star Trek’s holodecks right now.