The lightweight and stable children's scooter BABY MIX Prime for little riders from about 1.5 years offers three wheels for excellent stability, a low deck, and height-adjustable handlebars. Thanks to the combination of aluminum, nylon, and PP it is durable, has a non-slip deck, and a maximum load capacity of 30 kg – ideal for safe first rides.
Stability thanks to three wheels
Two front wheels and one rear wheel give children confidence while learning to ride and make it easier to keep balance from the very first steps.
Growing handlebars 52–76 cm
Height-adjustable T-bar with comfortable grips adapts to the child's height and extends the scooter's usable life.
Non-slip deck for a confident push-off
A wide, textured deck prevents slipping and increases safety while riding as well as when getting on and off.
Give children a confident start into the world of riding. The BABY MIX Prime children's scooter stands out with a three-wheel design featuring two front wheels for better balance, a low deck, and height-adjustable handlebars (approx. 52–76 cm), so it grows together with your child. The low weight of 1.9 kg makes it easy to handle and carry.
Quality materials (aluminum, nylon, PP) ensure durability and a long service life, while the non-slip platform provides confidence when pushing off. Quiet wheels and intuitive control support natural development of balance and coordination.
- Stable three-wheel design – two front wheels for easier balancing.
- Lightweight and durable construction – aluminum, nylon, and PP for everyday riding.
- Grows with your child – adjustable handlebar height 52–76 cm.
- Safe deck – wide, non-slip platform for confident riding.
- Maximum load 30 kg – suitable for little riders from about 1.5 years.
Specifications
- Child's age
- approx. from 1.5 years
- Maximum load
- 30 kg
- Handlebar height
- 52–76 cm (adjustable)
- Weight
- 1.9 kg
- Material
- aluminum, nylon, PP
- Construction
- three-wheel (2 front, 1 rear)
- Package dimensions
- 55 × 18 × 32 cm
- Color
- turquoise
- Steering type
- lean-to-steer
