Skip to main content
Article
A biomechanical analysis of the heavy sprint-style sled pull and comparison with the back squat
International Journal of Sports Science and Coaching
  • Paul W. Winwood, Auckland University of Technology
  • John B Cronin, Auckland University of Technology
  • Scott Brown, Auckland University of Technology
  • Justin Keogh, Bond University
Date of this Version
12-1-2015
Document Type
Journal Article
Publication Details

Accepted Version

Winwood, P., Cronin, P., Brown, S. & Keogh, J. (2015). A biomechanical analysis of the heavy sprint-style sled pull and comparison with the back squat. International journal of sports science and coaching, 10(5), 851-867.

Access the journal

© Copyright, Multiscience. Co , 2015

Reprinted by permission of SAGE Publications.

2015 HERDC Submission

Abstract

This study compared the biomechanical characteristics of the heavy sprint-style sled pull and squat. Six experienced male strongman athletes performed sled pulls and squats at 70% of their 1RM squat. Significant kinematic and kinetic differences were observed between the sled pull start and squat at the start of the concentric phase and at maximum knee extension. The first stride of the heavy sled pull demonstrated significantly (p<0.05) lower stride lengths and average velocities and a higher mean ratio of force than the stride at 2 – 3 m. The force orientation and magnitude associated with the heavy sprint-style sled pull demonstrates that the heavy sled pull may be an effective conditioning stimulus to generate superior anterior-propulsive forces compared to vertically orientated exercises such as the squat with the same given load. Such adaptations may be beneficial in sports where higher levels of sprint momentum are needed to make and break tackles.

Citation Information
Paul W. Winwood, John B Cronin, Scott Brown and Justin Keogh. "A biomechanical analysis of the heavy sprint-style sled pull and comparison with the back squat" International Journal of Sports Science and Coaching Vol. 10 Iss. 5 (2015) p. 851 - 867 ISSN: 1747-9541
Available at: http://works.bepress.com/justin_keogh/88/