Abstract

Revised evidence-based classification criteria introduced for shooting for athletes with vision impairment (VI shooting) suggest that athletes with impaired contrast sensitivity (CS) and visual acuity (VA) should be eligible for inclusion in the sport but should all eligible athletes compete against each other in the same “class” or is more than one class necessary? Twenty-five elite VI shooting athletes took part in the study. Two measures of visual function were assessed under standardized conditions: VA (using an ETDRS logMAR letter chart, and/or a BRVT chart) and CS (using both a Pelli-Robson chart and a Mars number chart). Shooting performance, in both prone and standing events, was measured during an international VI shooting competition. Fourteen of the 25 athletes had measurable VA, and for CS, 8 athletes had measurable function with the Pelli-Robson chart and 13 with the Mars chart. The remaining athletes had function not numerically measurable by the charts and were considered to have no residual vision. There was no indication that shooting performance varied with visual function, and individuals that had residual vision had no advantage over those without vision for either prone or standing shooting. The modifications made to VI shooting, including the use of auditory tones to guide the gun barrel, appear to have successfully rendered the sport equitable for all eligible athletes. Only one class is necessary for athletes. An improved method of measuring CS in athletes with profound VI would be advantageous.

Highlights

  • In order to provide structure and ensure a legitimate and equitable competitive environment in Paralympic sports, all eligible athletes undergo classification to be grouped into classes so that they compete against others with a similar level of impairment (International Paralympic Committee, 2007, 2017a,b)

  • The aim of this study was to determine whether a significant relationship exists between visual function and performance in vision impairment (VI) shooting

  • We have previously shown that contrast sensitivity (CS) and to a lesser extent visual acuity (VA) are important visual function measures and should be used for the classification of athletes hoping to compete in VI shooting (Allen et al, 2016, 2018)

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Summary

Introduction

In order to provide structure and ensure a legitimate and equitable competitive environment in Paralympic sports, all eligible athletes undergo classification to be grouped into classes so that they compete against others with a similar level of impairment (International Paralympic Committee, 2007, 2017a,b). The initial stage of classification is to decide whether an athlete is eligible to compete in the Paralympic sport. This is determined by the minimum impairment criteria (MIC), defined as the least severe impairment that limits performance in that sport (Allen et al, 2016, 2018). By minimizing the differences in limitations between athletes, classification helps to legitimize competition and promote participation in para-sports

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