Kids Knee Scooter for Foot Surgery and Injuries - Lightweight Child Knee Walker (Light Blue)

Introducing the KneeRover Knee Walker Jr - the very first pediatric steerable knee scooter designed specifically for kids and small adults. This innovative scooter is brought to you by the #1 Knee Walker brand, KneeRover. It is the perfect solution for those recovering from a broken foot, broken ankle, foot surgery, ankle surgery, or other lower leg injuries or medical conditions like ulcers.

The KneeRover Jr provides excellent stability and safety with its sturdy design, unique 4-wheel frame, adjustable handbrake, and rear disc brake. Weighing only 18 pounds, it is a lightweight and portable alternative to crutches, providing increased mobility and stability. Compatible with both right and left legs, this kneeling scooter offers a 3" thick contoured knee platform and ergonomic rubber hand grips for complete comfort.

In addition to its comfort and stability, the Knee Walker Jr is equipped with a free detachable storage basket and features tool-free assembly and setup. Specifications for this pediatric knee scooter include a product weight of 18.2 lbs, a weight capacity of 160 lbs, an overall length of 26 inches, and a handlebar height range from 27" to 32.5".

If you are in need of additional accessories or parts for your knee walker, be sure to check out the full line of KneeRover accessories available on Amazon. These include Knee Walker Backpacks, Sheepette and Memory Foam knee pad covers, a cup holder, LED headlight, and baskets.

KneeRover is a proven USA brand with a focus on delivering high-quality knee scooters. They have been creating innovative, high-performance mobility solutions for over 10 years and are dedicated to providing the highest quality knee scooters. The KneeRover knee scooter walker is an excellent crutch alternative and is ideal for individuals recovering from a broken foot, broken ankle, broken leg, foot surgery, or ankle surgery. With its lightweight and portable design, it is the perfect solution for increasing mobility and stability during the recovery process.

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