falcon_120 Posted April 5, 2013 Posted April 5, 2013 As the title says... :) (Courtesy from skorp from the 4th perrus) 1
Suchacz Posted April 5, 2013 Posted April 5, 2013 (edited) Very nice piece of HW. But it doesnt give the right feedback to the vestibular system, which you get during RL flight, because here it is not affected by the g-forces, but only by the position of the machine. It can be confusing for your brain and it can cause nausea and motion sickness. For example: - on this HW - during loop it turns you upside-down and you FEEL that you are upside-down, because it is pulling you out of the seat. - in real plane - during loop the plane is upside down, but the g-force is pressing you to the pilot seat and your DON'T FEEL the upside-down position of your body Edited April 5, 2013 by Suchacz Per aspera ad astra! Crucial reading about DCS: Black Shark - Black Shark and Coaxial Rotor Aerodynamics, Black Shark and the Trimmer, Black Shark – Autopilot: Part 1, Black Shark – Autopilot: Part 2
mhe Posted April 5, 2013 Posted April 5, 2013 It may be wrong on terms of fooling your senses to recreate the aircraft movements 1:1 on each rotational axis, but the same principle works wonders in commercial Level-D simulators. All you need to do is put different movements into the software, the view itself in the rift would be perfect for this kind of illusion. For example, when doing a takeoff roll in a commercial sim, the motion platform tilts backwards so you are pushed into the seat. This force is misinterpreted by the brain as acceleration because the visual cues indicate no pitch movement. | i9 12900K | 64GB DDR5-6000 | STRIX RTX 4090 OC | LG 38GN950 38" | | Hanns-G HT225HPB | TIR 5 & Varjo Aero | Virpil Throttle & Stick | TM TPRs | You don't stop playing because you grow old, you grow old because you stop playing.
Suchacz Posted April 5, 2013 Posted April 5, 2013 For example, when doing a takeoff roll in a commercial sim, the motion platform tilts backwards so you are pushed into the seat. This force is misinterpreted by the brain as acceleration because the visual cues indicate no pitch movement. Exactly. Watch this video, how this platform simulates the g-forces in racing car. Per aspera ad astra! Crucial reading about DCS: Black Shark - Black Shark and Coaxial Rotor Aerodynamics, Black Shark and the Trimmer, Black Shark – Autopilot: Part 1, Black Shark – Autopilot: Part 2
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