Immobilization and Support for Paediatric Foot and Ankle Injuries

The Ossur Paediatric Walker Boot offers reliable assistance for children recovering from foot and ankle fractures or sprains. This boot features a rigid frame that immobilizes the foot and ankle to promote healing. You benefit from the adjustable straps that allow a customized fit and easy application. The padded interior cushions the foot and reduces pressure points for comfort during extended wear.

You help your child recover with confidence when you use the Ossur Paediatric Walker Boot for injury management. The lightweight design ensures ease of movement while providing effective immobilization. This support suits children who need durable and comfortable protection after surgery or trauma.

Features and Benefits

• Rigid frame provides effective immobilization
• Adjustable straps allow personalized fit and support
• Padded interior cushions the foot and reduces pressure points
• Lightweight design ensures ease of movement
• Durable construction supports long term use
• High quality rigid outer skeleton for protection
• Dense foam lining within the sole to provide comfort and support
• Shock absorbing sole to improve comfort and protect the user from slips, providing additional security with each step
• Rocker bottom to simulate natural gait
• Uprights give additional stability by restricting motion of the leg
• Lightweight design perfectly suited for active kids

Indications for Use

• Paediatric foot and ankle fractures and sprains
• Post operative immobilization and protection
• Soft tissue injuries and ligament strains
• Support during rehabilitation and recovery

Paediatric Cam Walkers are designed to stabilise and protect the lower leg, ankle and foot. They are easy to fit and ideal for an active child who requires stability following a sprain, stress fracture or surgery.

Paediatric Cam Walkers are designed to stabilise and protect the lower leg, ankle and foot. They are easy to fit and ideal for an active child who requires stability following a sprain, stress fracture or surgery.

Size