Mega Sale Razor Pocket Mod Mini Euro 24v 250w Electric Motor Scooter (2-pack), Blue & Red (new) [9aIRTSQr]

Razor Pocket Mod Mini Euro Electric Scooter (2-Pack)

Introducing the Razor Pocket Mod Mini Euro Electric Scooter, a dynamic duo of fun and style designed for kids aged 13 and up. This sleek, two-scooter pack offers an electrifying experience with its high-performance, chain-driven electric motor, providing speeds up to 15 mph. The Razor Pocket Mod is not just a ride; it's a statement piece that combines vintage-inspired styling with modern functionality.

• Powerful 250W electric motor for exhilarating speed
• Up to 10 miles of range on a single charge

Technical Specifications and Features

Experience the thrill of riding with the Razor Pocket Mod, featuring a 24V, high-torque, single-speed chain-driven motor that delivers electrifying fun. The rechargeable 24V sealed-lead-acid battery system ensures up to 40 minutes of continuous use, building confidence and control in your child. The all-steel frame is built to withstand rugged use, with a max rider weight of 170 lbs. The Razor Pocket Mod also includes soft rubber grips with twist acceleration control for easy acceleration, as well as a rear hand-operated brake for safety.

• 12-inch pneumatic tires for a smooth ride
• Retractable center mount kickstand and padded seat for convenience

Practical Uses and Benefits

The Razor Pocket Mod Mini Euro Electric Scooter is perfect for zipping around the neighborhood, heading to the park, or simply enjoying a breeze on a sunny day. With its classic Italian scooter design and vibrant colors, your child will stand out in the crowd. This mini electric scooter is an ideal introduction to electric-powered fun, offering a combination of performance and safety. The included helmet and safety pads ensure peace of mind for parents. Whether for daily commutes or weekend adventures, the Razor Pocket Mod is a versatile and enjoyable choice.

• Great for quick trips around the block or to the park
• Builds confidence and independence in children