When children jump on trampolines, they experience significant forces that can lead to a variety of orthopaedic injuries. Unlike adults, the bones of children are still growing and are characterized by increased elasticity and reduced mineral density. This makes them more susceptible to distinct fracture patterns and other injuries.
Injuries can include broken bones in the wrist from trying to stop a fall after being launched, shinbone fractures resulting from buckling leg joints, to more severe conditions like cervical spine trauma. Understanding these biomechanical properties is essential for parents, caregivers, and health professionals to effectively prevent trampoline-related injuries.
Pediatric orthopaedic surgeon and assistant professor of orthopaedics & rehabilitation, Dominick Tuason, MD, recommends a blend of caution and supervision to limit leaping liabilities.
“Trampolining is a fun and popular activity for youth,” Tuason says. “I am a big proponent of any activity that keeps kids moving and healthy. To keep children and adolescents healthy and injury-free on the trampoline, my advice is to ensure that an adult is always supervising when they are participating in this activity. Additionally, having only one child on the trampoline at any given time is paramount, as 75% of injuries that are sustained on trampolines involve two or more children jumping at any given time.”
Implementing safety measures, such as adequate adult supervision and proper equipment maintenance, can help mitigate these risks, ensuring that trampoline play remains a fun and safe activity.
A range of risk factors can contribute to the likelihood of trampoline injuries. Several children using a trampoline simultaneously dramatically increases the risk of collision-induced trauma. Children can also face significant danger from falls, either from losing balance on the trampoline surface or by launching off it entirely.
Acrobatic maneuvers like somersaults and cartwheels can further increase the likelihood of serious injuries due to the axial loading, unstable surface, and rotational forces involved. Additionally, direct impacts with the trampoline’s frame or springs can lead to localized soft tissue damage and bone trauma.