![]() ![]() Thus, the goals of the present study were (1) to investigate the efficacy of airflow as a countermeasure against simulator sickness and (2) to explore the relationship between airflow and the participants’ subjective comfort. Although the alleviation of simulator sickness is crucial for ensuring the users’ well-being and guaranteeing the quality of driving performance data, reliable methods that successfully reduce simulator sickness have not yet been identified. Simulator sickness can increase the users’ rate of terminating a simulated driving session dramatically and can be as high as 77%. Driving simulators are highly valuable tools for research, rehabilitation, and training purposes, but are also known for commonly causing simulator sickness, a special form of traditional motion sickness that is primarily driven by stimulation of the visual system.
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