Motion sickness can be a significant barrier to enjoyment in motion-based arcade games. Developers employ a multi-faceted strategy to mitigate this issue and ensure player comfort. A primary technique is the careful calibration of motion platforms. The movement of the cabinet or seat is often exaggerated or softened to create a convincing sensation of motion without perfectly replicating the violent, jarring movements seen on-screen. This reduces the sensory conflict between what the player sees and what they feel.

Furthermore, developers prioritize a high and stable frame rate. A consistent 60 frames per second or higher is crucial, as any stuttering or lag can instantly trigger discomfort. The game's field of view (FOV) is also meticulously tuned. An improperly set FOV can cause disorientation, so default settings are optimized for the average viewing distance of the arcade cabinet.

Many modern motion simulators incorporate a "comfort mode" or allow operators to adjust the intensity of the motion effects. This lets players choose a level they are comfortable with, broadening the audience. Visual design plays a role too; developers avoid excessive camera shaking, rapid spinning, and intense visual effects in the peripheral vision.

For VR titles in arcades, additional best practices are adopted. This includes implementing fixed visual reference points, like a virtual cockpit or dashboard, to give the brain a stable anchor. Teleportation movement or "blink" mechanics are sometimes used instead of continuous analog movement to avoid simulator sickness. Through a combination of smart technical design, adjustable settings, and an understanding of human physiology, arcade developers successfully create thrilling, immersive experiences that are accessible to the widest possible audience.