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Attunement to haptic information helps skilled performers select implements for striking a ball in cricket
Journal article   Peer reviewed

Attunement to haptic information helps skilled performers select implements for striking a ball in cricket

J Headrick, I Renshaw, Ross A Pinder and K Davids
Attention, Perception & Psychophysics, Vol.74(8), pp.1782-1791
2012
url
https://doi.org/10.3758/s13414-012-0368-yView
Published Version

Abstract

haptics perception and action goal-directed movements degeneracy cricket
This study examined the perceptual attunement of relatively skilled individuals to the physical properties of striking implements in the sport of cricket. We also sought to assess whether utilizing bats with different physical properties would influence performance of a specific striking action: the front foot straight drive. Eleven skilled male cricketers (mean age 0 16.6 ± 0.3 years) from an elite school cricket development program consented to participate in the study. While blindfolded, participants wielded six bats exhibiting different mass and moment of inertia (MOI) characteristics and were asked to identify the three bats they preferred the most for hitting a ball to a maximum distance by performing a front foot straight drive (a common shot in cricket). Next, participants actually attempted to hit balls projected from a ball machine using each of the six bat configurations to enable kinematic analysis of front foot straight drive performance with each implement. Results revealed that, on first choice, the two bats with the smallest mass and MOI values (1 and 2) were most preferred by almost two thirds (63.7 %) of the participants. Kinematic analysis of movement patterns revealed that bat velocity, step length, and bat–ball contact position measures significantly differed between bats. Data revealed how skilled youth cricketers were attuned to the different bat characteristics and harnessed movement system degeneracy to perform this complex interceptive action.

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Domestic collaboration
Web Of Science research areas
Psychology
Psychology, Experimental
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