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Injury Risk in Pole Vaulters: The Impact of Landing Technique and Experience Level in an Observational Study of 1,012 Athletes and 6,751 Attempts
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Injury Risk in Pole Vaulters: The Impact of Landing Technique and Experience Level in an Observational Study of 1,012 Athletes and 6,751 Attempts
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Journal Article
Injury Risk in Pole Vaulters: The Impact of Landing Technique and Experience Level in an Observational Study of 1,012 Athletes and 6,751 Attempts
2025
Overview
Pole vaulting is a complex track and field event where athletes sprint down a runway, using a flexible pole to propel themselves over a horizontal crossbar. While safety regulations have reduced catastrophic injury rates, lower extremity injuries remain prevalent and demand further investigation. However, injury risks remain a concern due to the complexity of the sport and repetitive fall from heights. This study aims to investigate the correlation between landing mechanics and injury rates in pole vaulting. The authors hypothesize that improper landing techniques significantly increase the risk of injury, particularly in less experienced athletes.
This study was conducted at a national indoor pole vault event consisting of 1,012 athletes, ranging from beginner to elite level. Data was collected on skill level, landing location and position, and injuries. Only injuries sustained during a competitive vault attempt were considered for data analysis, which included descriptive statistics.
The landing injury rate was low at 0.12%, with eight injuries occurring in 6,751 vault attempts. Notably, no injuries occurred in athletes with optimal landing mechanics. All reported injuries affected the lower extremities and were exclusively observed in less experienced vaulters.
Though pole vaulting is a relatively safe sport, catastrophic injuries are possible and the injuries that do occur are preventable, as this study reveals they occur at a higher rate in inexperienced vaulters as well as with an improper landing technique. Coaches and athletes should emphasize proper landing techniques to prevent injuries and improve performance.
Publisher
Springer Nature B.V,Cureus
Subject
