Leverantör: Pure Electric

Pure Advance Flex Electric Scooter

8 921,62 kr14 009,84 kr36% OFF
Colour: Mercury Grey
Antal

Beskrivning

From ultra-compact folded design to full-size e-scooter in 5 easy steps. The Pure Advance Flex fits into your life, with no compromise on performance and safety.

Key Features:

  • Forward-facing riding position
  • Ultra-compact design unfolds to full size scooter in 5 steps
  • Puncture-resistant, tubeless air-filled tyres

Turn away from convention.

Re-designed from the ground up, this fundamentally different riding position spreads your weight evenly on either side of the chassis – for unrivalled stability, greater control and advanced safety.

Our most flexible e-scooter.

This radical approach is designed to fully fold, store and take anywhere – whether it’s the car boot, luggage rack or under your desk.

Class-leading safety features, as standard.

Pure Electric believes in raising standards for rider safety. That’s why their e-scooters are packed with class-leading safety features that keep you steady – including an improved 4x brighter front light, rear lights, handlebar indicators, patent-pending Active Steering Stabilisation and a highly-reliable dual-braking system.

Additional Features & Specifications

  • 3 speed modes + cruise control
  • Ultra-compact design
  • Rear wheel drive
  • Thumb press accelerator
  • 180-degree handlebar + rear footpad indicators
  • 60 lux front light + rear brake light
  • Foldable handlebars
  • Pure Electric app (iOS, Android)
  • Digitally lockable with PIN code via Pure Electric app
Pure Advance Flex Electric Scooter
BRAND Pure Electric
MODEL Advance Flex
MAX SPEED* 25KM/H
MAX RANGE* Approx. 52KM
WEIGHT 16.2KG
MAX LOAD 120KG
BATTERY 36V 9.5AH
CHARGE TIME 5.75hrs
MOTOR 500W (Peak 924W)
TYRES 10" Tubeless
BRAKES Front Drum and Rear KERS Brakes
IP RATING IP65
CLIMB ANGLE Approx. 19%

*Max speed and range are calculated by the manufacturer under controlled factory conditions. Factors such as rider weight, terrain, hills, power mode and heavy acceleration can greatly reduce these figures.