Aero Carbon

Caractéristiques principales

Lightweight Carbon Fiber Frame

Built with a premium carbon fiber frame, the Aero Carbon delivers exceptional structural strength at an industry-leading weight of just 14 kg (battery excluded). Carbon fiber’s high strength-to-weight ratio ensures long-term durability while keeping the scooter effortlessly portable for daily use and travel.

Foldable Design

The compact folding mechanism allows the scooter to collapse quickly for easy storage in car trunks, public transport, or tight living spaces. The intuitive fold-unfold process takes seconds, making it the ideal travel companion for active users.

Electromagnetic Brake System

Equipped with a reliable electromagnetic braking system that provides smooth, consistent stopping performance. The brake engages automatically when the throttle is released, ensuring safety on inclines and in unexpected situations—no manual brake lever required.

Anti-Reverse Wheel

The integrated anti-reverse wheel system prevents backward rolling on slopes and ramps, providing an additional layer of safety and stability. This feature is particularly valuable for users navigating uneven terrain or inclined surfaces.

Flip-Up Armrest

The armrest can be easily flipped up for side transfers, allowing users to get on and off the scooter without obstruction. This design accommodates users with varying mobility levels and makes the scooter accessible from both sides.

Long Driving Range

Powered by a high-quality DC 24V 12Ah lithium battery, the Aero Carbon delivers over 20 km of driving range on a single charge. Whether it’s a day of shopping, outdoor activities, or daily commuting, the battery performance ensures users stay mobile throughout the day.

Compact Mobility Solution

At just 14 kg (without battery), the Aero Carbon is one of the lightest folding mobility scooters in its class. The combination of carbon fiber construction and folding design creates a truly portable solution that doesn’t compromise on performance, safety, or comfort.

Technical Specifications