F1 Electric Scooter

Experience the future of urban mobility with our premium F1 electric scooter – combining power, style, and efficiency.

Illustrated Feature Overview

Halo Lens Headlight System

Integrated halo light ring with central projector lens delivers focused, uniform illumination with a wider visible field. The sealed, vibration-resistant housing ensures stable lighting performance for daily commuting and long-term use, improving night safety while enhancing front-end recognition.

High-Efficiency Racing-Grade Motor

Precision rotor and high-density stator windings create a balanced magnetic circuit for smooth, strong and continuous power delivery. Reinforced bearings and integrated housing reduce friction and mechanical loss, ensuring stable efficiency and long service life under high-load, high-frequency riding conditions.

220mm Racing Disc Brake System

Large-diameter ventilated rotor with rigid caliper delivers strong, stable braking force with excellent heat dissipation and fade resistance. Precision mounting reduces vibration and uneven wear, ensuring shorter stopping distance and consistent control under high-speed and high-load riding conditions.

Racing-Grade Reinforced Frame

Multi-load structural design with reinforced welded tubing balances rigidity and flexibility for stable handling under speed and rough roads. Optimized geometry distributes impact forces evenly, improving straight-line stability and corner support while maintaining long-term durability for high-frequency riding use.

Precision Aluminum Alloy Steering Mount

CNC-machined high-strength aluminum alloy structure combines lightweight design with superior rigidity, reducing front-end load while improving steering stability. Multi-point force distribution and precision adjustment ensure smooth feedback, accurate control, and long-term structural reliability under high-speed and demanding riding conditions.

CNC Aluminum Alloy Rear Swingarm

CNC-machined high-strength aluminum swingarm combines lightweight construction with exceptional rigidity to maintain precise wheel alignment and stable power transfer during acceleration and braking. Multi-link load paths and precision bearings enhance rear suspension consistency, durability, and tracking stability under high-speed and demanding riding conditions.