Razor Power Core Technology and Design: Maintenance-free (no alignment, no chain, no belt) Motor: 90-watt, kick-to-start, high-torque, rear-wheel hub driven. Throttle: Thumb-activated. Brake: Rear-fender. Frame/Fork: Steel.

The E100/E125/E150/E175 electric scooter family are all kick start models and are designed for ages 8 and up – with a kid-sized deck and frame. Traveling at speeds up to 10 miles per hour, the environmentally-friendly electric power engages a super quiet chain-driven motor. These models all run the same.

11 amazing miles per hour At 11 amazing miles per hour, with a twist-grip acceleration control, and a kick-start, high-torque hub-driven motor, the Power Core E100 is a maintenance free, energy efficient way to take your fun even farther.

100 watt Powered by a 24V sealed lead acid battery system, this 100 watt high torque motor propels the scooter at speeds up to 11 mph (18 km/h) for 60 minutes of continuous ride time.

What size child fits on the Razor E100? Handlebar Height: The E100's handlebars are stationary in height, extending 30″ from the deck. Because the maximum weight is 120 lbs., this height should be fine for anyone old enough (8+) but light enough to ride the scooter.

At this point you can cruise around at a solid 10 miles per hour for up to 40 minutes of continuous. Use once it starts to make more of a pu. Sound as you ride you'll know it's time to recharge.

Razor Electric Scooter Comparison

The Razor Power Core E100 features a kick-to-start, 100-watt, high-torque hub motor that delivers a more efficient, maintenance-free ride with no alignment, chain or belt.

ages 8+ With over 20 years in the scooter business, Razor have designed a safe, thrilling ride with the E100. Suitable for ages 8+, the kid-friendly deck and handlebars support speeds of up to 10mph and up to 40 minutes of use, so you can simply get on and go!

This new feature really adds to the classic. Fun of this scooter. And might even encourage a bit more imaginative. Play in the process.

Brushless DC Motor It uses a permanent magnet that works in tandem with a stator coil. The DC power energises this coil and turns it into an electric magnet. A BLDC motor is more sustainable than its predecessor and achieves a higher top speed.