Comparison of the physical and technical demands of cricket players during training and match-play

Will Vickery, Rob Duffield, Rian Crowther, David Beakley, Peter Blanch, Ben J. Dascombe

Research output: Contribution to journalArticlepeer-review

6 Citations (Scopus)
12 Downloads (Pure)

Abstract

This study aimed to determine which training method (net-based sessions or centre-wicket simulations) currently used in national level and U19 male players cricket provided a more physical and technical match-specific training response. The heart rate, rating of perceived exertion and movement patterns of 42 male, cricket players were measured across the various training and match formats. Video analysis was coded retrospectively to quantify technical loads based on the cricket skills performed. Magnitude based inferences were based on the standardization of effect and presented with +/-90% confidence intervals. Regardless of playing position, differences in physiological demands between training modes and match-play were unclear, with the exception of higher heart rates in fielders during traditional net sessions (mean heart rate: d= -2.7 [-4.7; -0.7]; 75% of maximum heart rate: d= -1.7 [-3.2; -0.2]). Typically, the movement demands of centre-wicket simulations were similar or greater than match-play, which was most evident in the distance travelled at a high-intensity within each playing position (batsmen: d= 6.4 [3.7; 9.2]; medium-fast bowlers: d= 1.71 [0.1; 3.3]; spin bowlers: d= 6.5 [0.01; 13.0]; fielders: d= 0.8 [-0.2; 1.7]), respectively. The technical demands of traditional net cricket training exceeded that of a typical match for each playing position. Specifically, fast bowlers delivered a greater number of balls during net-bowling compared to a match (d= -2.2 [-3.6; 0.9]). In conclusion, centre-wicket simulations more closely matched the physical demands of a One-Day match within batsmen and spin bowlers, whereas traditional cricket training often exceeded match-specific demands.
Original languageEnglish
Pages (from-to)821-829
JournalJournal of Strength and Conditioning Research
Volume32
Issue number3
DOIs
Publication statusPublished - 1 Mar 2018

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