text: This site uses cookies. By continuing to browse the site you are agreeing to our use of cookies. Find out more. ||||| Abstract 
   
   Pole vaulting is a unique sport in that athletes often land from heights ranging from 10 to 20 feet. We retrospectively reviewed 32 catastrophic pole-vault injuries that were reported to the National Center for Catastrophic Sports Injury Research between 1982 and 1998. The purpose of this study was to determine the mechanisms of injury so that preventive strategies can be implemented. Information was obtained by means of a telephone interview with someone familiar with the accident. All injuries occurred in male athletes at an average age of 17.5 years; 31 were catastrophic head injuries and 1 was a thoracic spine fracture that resulted in paraplegia. Three common mechanisms were identified: 17 (53%) athletes landed with their body on the landing pad and their head on the surrounding hard ground, 8 (25%) landed in the vault box after being stranded at the height of the jump, and 5 (16%) completely missed the landing pad. The mechanism of injury in the remaining two athletes was unknown. The accident resulted in death in 16 (50%) athletes and in permanent disability in 6 (19%). Increasing the minimum landing pad size and enforcing the rule requiring soft surfaces adjacent to the landing pads are the primary recommendations for preventing injuries. The authors discuss other rule and equipment changes that may help reduce the occurrence of future injuries. ||||| Abstract 
   
   Background: Although pole vaulting has been a sanctioned collegiate event since the 1920s, little is known about the injury patterns observed in the sport. 
   
   Purpose: To describe injury incidence, patterns, and risks in collegiate pole vaulters. 
   
   Study Design: Descriptive epidemiology study. 
   
   Methods: This was a prospective cohort study of collegiate athletes participating in pole vault over a single track-and-field season. Baseline athlete information was collected on study enrollment. Injuries were recorded in a standardized form to document diagnosis and event circumstances. A log of practice and competition exposures was maintained for each athlete. Injury incidence was reported as the proportion of injured vaulters and number of new injuries per 1000 athlete-exposures. Regression analysis on baseline variables was performed to determine risks for injury. 
   
   Results: A total of 135 vaulters from 15 universities took part in the study. There were 70 injury events reported during 8823 exposures. Forty-one percent of vaulters sustained injury, and there were 7.9 injuries per 1000 athlete-exposures. The low back was the most common injury location (16.7%), followed by the hamstrings and lower leg (13.9% each). Overall, 60% of injuries were to the lower extremities, 21% to the upper extremities, and 18% to the back. No head or neck injuries were reported. Injuries were most commonly muscular strains (39.2%) or overuse type (25.5%). Thirty percent, including 83% of low back injuries, occurred during the plant/takeoff phase of the vault. One-third of lumbar injuries were spondylolysis, with 75% of these being season ending. The odds of injury were 2.7 (95% CI, 1.1-7.1) times greater in vaulters with multiple prior injuries.
target: – If the words "pole vaulting" don't inspire fear in you, they should. That's the upshot of a Vice article about the sport, which succinctly expresses why: "At 20 feet, a pole vault accident is like someone falling off the roof of their house, while running as fast at they can with a thick pole in their hands." If that sounds like a brush with death, it quite literally can be: A 2001 study analyzed the 32 catastrophic pole-vault injuries that were reported to the National Center for Catastrophic Sports Injury Research between 1982 and 1998; half the accidents resulted in death, and 6 in permanent disabilities. A follow-up study published in 2012 noted that one safety-related change made in 2003 was an expansion of the landing pad's minimum dimensions. In the 8 years that followed, the study noted only two of the 19 catastrophic injuries were fatal. But the rest weren't pretty: major head injuries and spine or pelvic fractures were among them. And a study of collegiate pole vaulters published this last January found 41% sustained some kind of injury, a figure that researchers saw as suggestive of the fact that "injuries are very common in experienced vaulters." The injury stats aren't good, and the potential pay and fame aren't much better. So why the heck do it? Vice talked to US record-holder Brad Walker (one of 18 men to ever clear 6 meters), who sums up vaulters as "risk-takers, usually with something to prove to themselves ... you won't find a vaulter jumping high who doesn't have at least one screw loose." As for why they stay with it, Vice points to its highly technical and challenging nature: As you approach the box you're a sprinter; then you're a gymnast. Walker says you need "significant body control and spatial awareness," too.