Few have attempted most likely due to the complexity of the system. Not offered (to purchase) outside a Level-D commercial turnkey solution because of the SEOS Displays Limited (now Rockwell Collins) patents. Doesn’t stop you from trying to make one yourself! The first DIY collimated system was implemented by Gene and Wayne in 2010. Screen … Continue reading →

The visual systems used in a professional Level-D system consists of a spherical mirror and an ellipsoid shaped projector screen. On a traditional display system, such as a projected curve screen or television, the image is only aligned from the perspective of the Captain or First Officer POV. This presents a parallax error – out … Continue reading →

A fun experiment. Commercial Level-D simulators facilitate the use of a collimated display because they allow for an image to project into infinity providing the illusion of depth and perspective. To achieve the effect, mylar is wrapped around a parabolic structure and a vacuum is used to shape the mirror. To experience the effect a … Continue reading →

Cockpit builders usually settle on TV screens or projecting an image on a curve screen for their simulators. The pinnacle of image generation has always been collimated – this allows you to view an image with parallel rays and does not diverge; the image has correct perspective with depth like perspective. Collimated setups require dedication … Continue reading →

ASUS has now launched their “Bezel Free Kit” for multi-monitors under 27″. Flight Simulators using multi-monitors for their visuals will be able to utilise the Bezel Free Kit and blend in the bezels by refracting the light between the edges. The product should be useful for triple monitor setups and help with the immersion of … Continue reading →