Bernard, A. C., Mullineaux, David, Auxier, D. R. , Forman, J. T., Shapiro, R. and Pienkowski, D. (2010) Pediatric anthropometrics are inconsistent with current guidelines for assessing rider fit on all terrain vehicles. Accident Analysis and Prevention, 42 (4). pp. 1220-1225. ISSN 0001-4575
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Item Type: | Article |
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Item Status: | Live Archive |
Abstract
Background/purpose: This study sought to establish objective anthropometric measures of fit or misfit for
young riders on adult and youth-sized all-terrain vehicles and use these metrics to test the unproved
historical reasoning that age alone is a sufficient measure of rider-ATV fit.
Methods: Male children (6–11 years, n = 8; and 12–15 years, n = 11) were selected by convenience sampling.
Rider-ATV fit was quantified by five measures adapted from published recommendations: (1)
standing-seat clearance, (2) hand size, (3) foot vs. foot–brake position, (4) elbow angle, and (5) handlebarto-
knee distance.
Results: Youths aged 12–15 years fit the adult-sized ATV better than the ATV Safety Institute recommended
age-appropriate youth model (63% of subjects fit all 5 measures on adult-sized ATV vs. 20% on
youth-sized ATV). Youths aged 6–11 years fit poorly on ATVs of both sizes (0% fit all 5 parameters on the
adult-sized ATV vs 12% on the youth-sized ATV).
Conclusions: The ATV Safety Institute recommends rider-ATV fit according to age and engine displacement,
but no objective data linking age or anthropometrics with ATV engine or frame size has been
previously published. Age alone is a poor predictor of rider-ATV fit; the five metrics used offer an
improvement compared to current recommendations.
Additional Information: | Background/purpose: This study sought to establish objective anthropometric measures of fit or misfit for young riders on adult and youth-sized all-terrain vehicles and use these metrics to test the unproved historical reasoning that age alone is a sufficient measure of rider-ATV fit. Methods: Male children (6–11 years, n = 8; and 12–15 years, n = 11) were selected by convenience sampling. Rider-ATV fit was quantified by five measures adapted from published recommendations: (1) standing-seat clearance, (2) hand size, (3) foot vs. foot–brake position, (4) elbow angle, and (5) handlebarto- knee distance. Results: Youths aged 12–15 years fit the adult-sized ATV better than the ATV Safety Institute recommended age-appropriate youth model (63% of subjects fit all 5 measures on adult-sized ATV vs. 20% on youth-sized ATV). Youths aged 6–11 years fit poorly on ATVs of both sizes (0% fit all 5 parameters on the adult-sized ATV vs 12% on the youth-sized ATV). Conclusions: The ATV Safety Institute recommends rider-ATV fit according to age and engine displacement, but no objective data linking age or anthropometrics with ATV engine or frame size has been previously published. Age alone is a poor predictor of rider-ATV fit; the five metrics used offer an improvement compared to current recommendations. |
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Keywords: | Child, Fit |
Subjects: | C Biological Sciences > C600 Sports Science |
Divisions: | College of Social Science > School of Sport and Exercise Science |
Related URLs: | |
ID Code: | 4219 |
Deposited On: | 17 Mar 2011 13:00 |
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