TEVERUN Fighter Supreme 7260R Electric Scooter – 25 km/h Factory Limit

TEVERUN Fighter Supreme 7260R Electric Scooter

A substantial 72V performance platform. The Fighter Supreme 7260R pairs dual 2500W rated motors with a 72V 60Ah battery and 13-inch tires. This is a large, approximately 64 kg scooter, so think carefully about access, storage and transport before buying. Its folding stem is useful for reducing the footprint, but does not make it a lightweight carry-on solution.

Large battery, realistic route planning. The 4320Wh nominal battery is equipped with Smart BMS, alongside TEVERUN App 2.0 and GPS features. The manufacturer quotes up to 200 km under its test conditions; rider load, speed, terrain and temperature all affect actual range. Plan charging stops and a useful reserve, and use only the charger compatible with this 72V configuration.

Adjustable chassis and clear controls. KKE adjustable hydraulic suspension, four-piston hydraulic brakes and a 4-inch TFT display form a detailed performance setup. Lighting and the steering damper add to the equipment, but cannot remove the risks of speed or unsuitable surfaces. Follow the setup instructions, check brakes and tires before riding, and use unrestricted capability only in locations where it is lawful and appropriate.

Specifications

Included equipment

Delivery and setup

Free delivery to eligible European destinations. Transit normally takes approximately 5–7 working days; dates are estimates and depend on destination and carrier arrangements.

Read the model instructions before assembly, charging or riding. The stated maximum load includes the rider and carried items. Inspect tires, brakes, folding lock and fasteners before each ride. Use appropriate protective equipment and choose a speed suitable for the conditions.

Factory speed limiting is not a guarantee of public-road eligibility. Check local requirements for this exact scooter and intended riding location. Manufacturer speed and range figures describe capability or estimates under stated conditions, not guaranteed real-world performance.