Razor Pocket Mod Miniature Euro Electric Kids Ride On Retro Scooter, Vintage Style, Under-Seat Storage
Quantity
Give your teen a fun, stylish, and exciting ride with the iconic and powerful Razor Pocket Mod Miniature Euro Electric 24V Kids Ride On Retro Scooter. Designed for ages 13 and up, this high-performance electric scooter blends vintage aesthetics with modern technology, making it a perfect gift for young riders.
Benefits and Features:
• Classic Euro-style design – The vintage-inspired silhouette adds flair while delivering practical, smooth functionality.
• Powerful 250-watt electric motor – Delivers top speeds of up to 15 MPH for a thrilling ride around the neighborhood.
• Extended range – Travel up to 10 miles on a single charge, thanks to the efficient 24V sealed lead-acid battery system.
• Quick acceleration – Variable-speed throttle lets riders easily adjust speed for smooth handling.
• Durable chain-driven motor – Offers excellent torque and consistent power transfer.
• Comfort-focused – Features a padded seat for longer rides and a retractable kickstand for easy parking.
• Under-seat storage compartment – Handy storage space for small personal items, making it ideal for trips to the park or school.
• Large 12-inch pneumatic tires – Provide exceptional stability and a smooth ride over various terrains.
• Long ride time – Up to 40 minutes of continuous use per full charge; battery charges in approximately 12 hours.
• UL-certified battery charger – Comes with a safe, certified electrical system compliant with UL 2272 standards.
Perfect for teens looking for a mix of independence and fun, the Razor Pocket Mod Miniature Euro Electric Kids Ride On Retro Scooter combines performance, safety, and timeless style in one easy-to-ride package.
Whether cruising the streets or heading to a friend’s house, this kids' electric scooter stands out with its combination of retro charm and modern engineering. Ideal for birthdays, holidays, or back-to-school surprises, it's a great choice for parents looking to gift both fun and function.