Purpose: High-performance tennis environments aim to prepare athletes for competitive demands through simulated-match scenarios and drills. With a dearth of direct comparisons between training and tournament demands, the current investigation compared the perceptual and technical characteristics of training drills, simulated match play, and tournament matches. Methods: Data were collected from 18 high-performance junior tennis players (gender: 10 male, 8 female; age 16 ± 1.1 y) during 6 ± 2 drill-based training sessions, 5 ± 2 simulated match-play sessions, and 5 ± 3 tournament matches from each participant. Tournament matches were further distinguished by win or loss and against seeded or nonseeded opponents. Notational analysis of stroke and error rates, winners, and serves, along with rating of perceived physical exertion (RPE) and mental exertion was measured postsession. Results: Repeated-measures analyses of variance and effect-size analysis revealed that training sessions were significantly shorter in duration than tournament matches (P <.05, d = 1.18). RPEs during training and simulated matchplay sessions were lower than in tournaments (P >.05; d = 1.26, d = 1.05, respectively). Mental exertion in training was lower than in both simulated match play and tournaments (P >.05; d = 1.10, d = 0.86, respectively). Stroke rates during tournaments exceeded those observed in training (P <.05, d = 3.41) and simulated-match-play (P <.05, d = 1.22) sessions. Furthermore, the serve was used more during tournaments than simulated match play (P <.05, d = 4.28), while errors and winners were similar independent of setting (P >.05, d < 0.80). Conclusions: Training in the form of drills or simulated match play appeared to inadequately replicate tournament demands in this cohort of players. Coaches should be mindful of match demands to best prescribe sessions of relevant duration, as well as internal (RPE) and technical (stroke rate) load, to aid tournament preparation.
|Number of pages||8|
|Journal||International Journal of Sports Physiology and Performance|
|Publication status||Published - Jan 2016|