F1 g force simulator8/20/2023 Simple vibrating seat paddle simulators can create neither the muscle pressures or manipulate your sense of balance. Simulators that attempt to move the entire cockpit (wheel included) could only create these pressures if they were able to create the exact same G-Forces as the real vehicle AND sustain them. ![]() You can easily see how under braking, for example, that we can apply the same pressure to the muscles in your wrist and forearms as would be applied in an actual vehicle. The key to creating the properly scaled muscle pressures lies in the fact that we choose not to move the wheel and pedals, and only the occupant. ![]() We achieve this with the three concepts described above, emphasizing muscle pressures. that an actual vehicle can, therefore a simulator must fool the brain into perceiving these effects in an immersive manner. The fact is that no simulator can provide the full G-Forces, torque, etc. This concept is often applied in advanced Olympic training programs. Our simulators are designed to optimize the principles of kinesthesia and proprioception. Finally, we combine the the body pressure and sense of balance manipulation with kinesthesia (skeletal and muscle pressure manipulation). ![]() We combine this with minute body pressure cues by creating just enough roll and pitch to utilize your body weight to create these pressures. First and foremost we manipulate your inner ear / sense of balance to create a sense of motion. SimXperience simulators create the ultimate immersion by employing a variety of techniques.
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