Case study reveals biomechanical optimization and physiological adaptations during a four-minute handwalking performance in an elite athlete, highlighting mechanisms of sustained inverted locomotion.
This case study examines the physiological responses and biomechanical patterns of a world record handwalking performance lasting 4 minutes and 3 seconds, performed in September 2000 at the age of 17. This record was confirmed twice by Guinness World Records, pending the technical requirement of three-camera footage. The study documents the biomechanical optimization, physiological adaptation, and psychological components enabling this exceptional performance.
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Seyed Hassan Tayebi (2026) studied this question.