rFactor Pro is available as a standalone engineer's workstation and as a full simulator either static or with motion.

We have partners offering turn-key solutions from a 1.5m radius transportable system to a full-motion system with a 6m radius 5xChannel projection system.

Motion options from rFactor Pro partners include  the ultra-compact MOOG 2000E hexapod, the large-excursion MOOG Hexapod & Y-Axis Rail combinations and an F1-derived high-frequency platform.

	Workstation Engineer's workstation, develop and test vehicle model with low-cost steering and control inputs.  Single channel LCD visuals.
	Transportable (1.5m collapsible screen) 3xChannel projection system designed for repeated assembly for use at race events. 1.5m radius collapsible projection screen through 150deg 3 projectors Optically correct warp & blend of three projection channels Wheeled cabinet contains IGs, operator console and projection mounts
	3xChannel (2.5m screen) Optically correct warp & blend of three projection channels 2.5m radius cylindrical screen through 150deg 3 projectors Static or optional Moog2000E motion base with motion-compensated graphics
	5xChannel (4-6m screen) Optically correct warp & blend of five projection channels 4.0-6.0m radius cylindrical screen through 225deg 5 projectors Static or choice of motion options from 10-250Hz with motion compensated graphics

Our standard solution uses a 5xchannel projection system with a 4-6m radius projection screen, using dynamic optically correct warping and blending.  The screen is far enough a away that the driver's brain believes it is looking at infinity and sufficiently large that the driver never sees off the edge of the screen.

The motion platform can be mounted independently of the vision system to reduce the payload and improve performance, our dynamic warp & blend solution creates a single optically correct image, using a remote camera to calibrate the projectors.  When a motion base is used we dynamically correct the image, so the graphics are always in front of the driver as the platform yaws, pitches, rolls and moves around. We receive the motion state from the platform and dynamically adjust the projected images in real-time to optically correct the visuals when viewed from the driver's new position.  When the vision system is mounted on the motion-platform this option is not required as the screen and projectors move with the driver.