Classic Kids’ Electric Scooter in Vintage Style – Green
Authentic retro look
Classic lines, chrome accents, and a two-tone finish deliver an iconic look kids love and parents appreciate.
Comfortable seat with backrest
An ergonomically shaped seat with a practical backrest provides confidence and comfort even on longer rides.
Remote control for parents
Control forward/reverse direction and use the stop button. Keep your child’s ride under control at all times.
This elegant kids’ scooter, inspired by Italian classics, combines vintage design with modern technology. Wide wheels, non-slip grips, and a three-wheel setup ensure stability and safety even for beginner riders. Start the scooter with the red button; the lights turn on and a realistic engine start sound plays.
It includes a music panel (MP3/USB depending on version), a horn, and LED lighting that boosts both appeal and visibility. Parents can use the remote controller to assist with forward/reverse driving or stop the vehicle. Control is intuitive: press – it goes, release – it brakes automatically.
- Style and comfort: soft seat with backrest, chrome details, beautiful paint.
- Safety for the little ones: limited speed of 3 km/h, stable tricycle, easy mounting.
- Fun for longer: up to 1 hour of riding per charge; sounds and music encourage movement.
Specifications
- Design
- Kids’ electric scooter, three-wheeled, vintage style
- Recommended age
- 2–6 years
- Maximum speed
- approx. 3 km/h
- Motor
- 2 electric motors (dual drive)
- Power
- 6–7 V battery (depending on version)
- Ride time
- up to 1 hour per charge
- Controls
- Throttle pedal, automatic braking upon release
- Lighting
- Front LED lights
- Sound effects
- Engine start sound, horn
- Multimedia
- Music panel / MP3/USB input (depending on version)
- Remote control
- Forward/reverse, emergency stop
- Safety
- Wide wheels, non-slip grips, stable construction
- Start
- Red button with simultaneous light activation
- Seat
- Padded with backrest
- Suitable environment
- Indoor and outdoor use on flat surfaces
