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Case study demonstrates improved paddling velocity and stroke efficiency in an elite female surfer, highlighting the value of individualized technical training.
Coinciding with the return of female surfers to Teahupo'o for the 2024 Olympics, this case study aimed to improve sprint-paddling performance in an elite female surfer through an individualised technique training intervention. Sprint paddling is essential for catching waves of consequence like Teahupo'o. The research design included baseline testing, a two-week control phase, a two-week training intervention with pre- and post-assessments, a two-week retention phase, and follow-up testing. Ten 1-hr technique training sessions targeted the catch and recovery (reach) phases of the stroke cycle. Sessions followed a constraints-led approach with task manipulations driving technical adaptation. Outcome measures included sprint-paddling velocity, spatiotemporal variables, upper-body strength and range of motion, and perceived paddling proficiency. Post-intervention, the athlete demonstrated increased acceleration (pre: 5.84 s at 8-9 m; post: 3.52 s at 4-5 m), reduced stroke count (pre: 23; post: 20), increased stroke distances (pre: R = 1.32 m, L = 1.35 m; post: R = 1.54 m; L = 1.51 m), upper-body strength gains (1RM pull-up: pre = 15 kg, post = 17.5 kg), and self-reported improvements in perception of sprint-paddling proficiency, including catching waves of consequence. Researchers and coaches are encouraged to adopt individualised, collaborative, multidisciplinary strategies that emphasise training tailored to the unique needs of elite female athletes.
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Denny et al. (2026) studied this question.
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