EVOLV CITY V2

$899.00

Introducing the newly launched EVOLV City electric scooter Version 2 – the perfect blend of form, function, and performance.

Preorder-(Arrive in May-June)

-

EVOLV CITY V2

$899.00

Introducing the newly launched EVOLV City electric scooter Version 2 – the perfect blend of form, function, and performance.

Preorder-(Arrive in May-June)

-

Range 25 - 30 km / 15 - 19 mi. (Under Ideal Conditions)
Charge Time 3 - 4 hrs
Top Speed 30 km/h (Check local laws before use) / 19 mph
Weight 15 kg / 33 lbs
Water Resistance IP54
Max Load 100 kg / 220 lbs
Foldable Size 111 x 46 x 50 cm / 43 x 18 x 19 inches
Lights Headlight and Taillight
Brakes Front Drum Brake
Battery 36V 10Ah
Powertrain 350W Nominal / 600W Peak Power
Tire Size 10 inch Pneumatic Tubeless Tires
Tire Pressure 50 to 55 PSI
Color Black and Grey Combination
  • With its sleek and stylish design, the EVOLV City V2 is a light-weight and portable electric scooter packed with features that make it an ideal choice for urban commuting, errands, or weekend adventures.
  • Powered by a high-performance motor, this vehicle delivers a smooth and quiet ride, with a top speed of 30 kph. It ensures you can easily zip through traffic and reach your destination in no time.
  • Equipped with a bright LED headlight and taillight, as well as a rear drum brake, this electric scooter is the perfect grab and go vehicle. And with its sturdy aluminum frame and anti-slip deck, you can ride with confidence and stability.
  • The EVOLV City V2 also features a user-friendly dashboard display, where you can easily monitor your speed, battery life, and other important information. And with its lightweight and foldable design, you can easily store and transport the scooter when you're not using it.
  • Overall, the EVOLV City V2 electric scooter is an excellent choice for anyone looking for a reliable, high-performance, and safe electric scooter for their daily commute or weekend adventures.
  • Upgrade to the EVOLV City V2 today and experience the freedom and convenience of electric mobility.