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Kick Scooter FF

iconBIT KICK SCOOTER FF – A powerful, smooth and quiet electric kick scooter with removable battery. It can be effortlessly transported like a suitcase thanks to its TROLLEY mode. Electronic braking system (EBS) with mechanical brake assist allows the battery to be recharged during braking. Aluminum construction with a simple folding latch design.

Extreme Portability
The entire frame and deck of the scooter is made of high quality Aluminum alloy. iconBIT KICK SCOOTER FF is a perfect scooter for urban commuters. Compact size and easy-fold function
mean you can bring it up on public transport conveniently.

Suspension Absorber
iconBIT KICK SCOOTER FF has suspension system with front absorber. It softens the shock load when driving on an uneven road or pavement.

Advanced Motor Technology
The 6.5” hub motor is specially developed to be high-torque, high-powered yet lightweight. Through the revolutionary use of Field Oriented Control (FOC) technology, acceleration is smooth and silent giving you an enjoyable riding experience. Coupled with electronic braking (EBS), it allows the battery to be recharged during braking.

Simple folding latch design with TROLLEY function iconBIT KICK SCOOTER FF can be effortlessly transported like a suitcase thanks to its TROLLEY mode.

  • Foldable electro kick scooter with 6.5″ tyres and powerful hub-motor (250W); Battery: 36V / 4.4Ah (Lithium-ion Cells)
  • Detachable battery with powerbank function for USB-Devices (5V / 2.1A)
  • Light weight and durable (aluminium construction)
  • Simple folding latch designFoldable electro kick scooter with 6.5″ tyres and powerful hub-motor (250W); Battery: 36V / 4.4Ah (Lithium-ion Cells)
  • Detachable battery with powerbank function for USB-Devices (5V / 2.1A) light weight and durable (aluminium construction)
  • Simple folding latch designwith TROLLEY function
  • 3 Selectable Speed Modes: 8km/h, 16km/h, 25km/h(Range and Speed depends on user´s weight, riding condition and terrain)
  • Smart EBS (allows the batteryto be recharged during braking)