Trendy 2025 KINDERFEETS CLASSIC BAMBOO BALANCE BIKE – Limited Availability!

Children will love cruising around on this classic balance bike by Kinderfeets.

Learning to ride is very intuitive and the Kinderfeets balance bike allows children to progress at their own pace, from walking the bike forwards to striding and into coasting. Very quickly, balance becomes second nature and they can coast with their feet on the foot pegs, whilst braking is done by putting both feet down to stop. The ergonomically designed seat and handlebar position encourages good posture and maximises comfort. For even more fun, Kinderfeets Classic coloured Balance Bikes have a unique chalkboard paint finish so that bikes can be customised and decorated with chalk (included) letting children create their own, unique style.

The bike weighs about 8 lbs and the weight is evenly distributed. This means it’s easy to carry when your toddler is too tired to ride.

The seat of the Classic is easily adjustable so children of all sizes can ride, and ranges from 30.5cm to 38cm high.

Encourages children to live an active, adventurous lifestyle along side their parents. More Information
Specifications
Made from sustainable birch wood from a replenish-able source
EVA airless biodegradable tires – similar to that of a pneumatic tire, but without flats!
Adjustable, cushioned washable seat and foot pegs.
Minimal packing materials made from recycled paper and water based ink
Kinderfeets arrives partially assembled. You will need to attach the front fork, the handlebar and the wheels. Assembly time is about 10 minutes and instructions and tools are included.
The balance bike has a maximum weight limit of 30kg.
Dimensions 86cm x 28cm x 56cm
Care Instructions
Does the Kinderfeets require any maintenance?
1. The Kinderfeets requires some maintenance. Bolts may loosen from use, so be sure to check them before each ride.
2. Don’t leave or store the Kinderfeets outside. It is protected by a lacquer veneer coating, but is made of wood, and is susceptable to damage caused by exposure to the elements.