F3 Electric Scooter

Illustrated Feature Overview

Modular Frame & Service-Friendly Design

The scooter is built around an exposed rigid frame with clearly separated structural modules, including battery housing, side covers, rear cargo box, suspension and hub motor assemblies. This layered construction keeps load paths direct and components securely supported, improving stability and long-term durability under daily commuting and delivery use. The modular layout also simplifies inspection, maintenance and part replacement, reducing downtime and service cost while ensuring consistent performance and dependable operation for high-frequency riders and fleet customers.

Focused Projector Headlight System

The headlamp integrates a central projector module with a circular outer light ring in a compact sealed housing, creating a concentrated and well-defined beam pattern. The multi-layer lens structure improves light control and reduces scatter, extending forward visibility and improving road recognition during night riding. Its rigid enclosed design protects the optical core from dust and vibration, maintaining consistent brightness over long service cycles. This lighting system enhances safety, riding confidence and long-term reliability for daily commuting and high-frequency commercial use.

Integrated Side Tail Light Module

The side tail light is seamlessly embedded into the rear body panel, forming a flush-mounted lighting surface with clear lateral visibility. Positioned at a key rear-side viewing angle, it improves vehicle recognition during lane changes, cornering and low-light conditions, reducing blind-spot risk and enhancing surrounding traffic awareness. The compact sealed housing protects the light unit from vibration and dust, maintaining stable illumination over long service cycles. This design strengthens side safety performance and supports reliable operation in daily commuting and high-frequency riding applications.

Dual Disc Brake Control System

Both front and rear wheels are equipped with large disc brakes directly mounted to rigid suspension and hub points, creating a short and efficient braking force path. The ventilated rotor design improves heat dissipation and water clearing, keeping braking response stable during repeated stops and wet conditions. Balanced front-rear distribution enhances control and reduces stopping instability, delivering confident deceleration, improved safety and long-term durability for daily commuting and intensive commercial riding.

Reinforced Front Protection Bar

The front guard bar is formed from a continuous bent metal tube aligned with the main load-bearing frame path, creating a rigid support zone at the vehicle’s front section. Its multi-radius structure distributes impact forces effectively, allowing the bar to absorb contact loads first during low-speed collisions or tip-overs, protecting body panels and critical components from damage. The exposed mounting design also simplifies accessory installation and replacement, improving durability, reducing repair cost, and delivering reliable structural protection for daily commuting and intensive commercial use.

Heavy-Duty Rear Shock Absorber

The rear suspension combines a reinforced coil spring with an independent damping cylinder in a coaxial layout, forming a high-strength load-bearing unit that maintains stable chassis support over uneven roads. The separated damping structure controls compression and rebound more smoothly, reducing vibration transfer and lowering stress on the frame and rear wheel assembly. This design improves ride comfort while limiting long-term fatigue and wear, ensuring consistent stability, durability and dependable performance for daily commuting and intensive commercial operation.