EVERCROSS EK6 Electric Bike with 750W, 48V 15AH Battery, and 20″ x 4.0 Fat Tire – Ride Up to 62 Miles on a Single Charge. Get $200 Coupon.
About Evercross EK6 Electric Bike:
62-mile range and 20-mph top speed: For best performance and lifespan. The EVERCROSS EK6 electric bike features a strong 750w brushless geared motor and a bigger 48V 15Ah battery. The EK6 is a good alternative for daily commuting. With a peak speed of 20mph and an incredible range of 28-62 miles on a single charge.
DUAL SHOCK ABSORBER AND 20” FAT TIRES: The new set of 4″ puncture-resistant fat tires provides increased performance as well as a sleeker appearance. The EK6 provides a smooth and pleasant ride thanks to the superb suspension offered by the front fork and Seatpost. Furthermore, the bike is not confined to city streets and can easily negotiate a range of terrains such as snow, beaches, and rocky mountain routes.
folding & USER-FRIENDLY DESIGN: Our folding bike with a step-thru frame design provides seamless convenience and excellent comfort. You can fold and stow it in your car trunk in just two simple steps. The adjustable stem and seat, as well as the step-thru frame. Make mounting and dismounting easy for riders of all sizes, while still giving a comfortable riding experience even on tough terrain.
DUAL DISC BRAKES AND STANDARD RIDING: Its three adjustable riding modes and Shimano 7-speed gears provide you with a unique riding experience. The bike has twin disc brakes and a dependable lighting system to ensure your safety. The bottle mounts, front basket, and rear rack are already attached due to significant pre-assembly, allowing you to easily add extras and modify them.
AFTER-SALE SUPPORT: Because we want you to be confident in your purchase of this electric bike, we provide a one-year guarantee. If you have any problems with your electric bicycle, please do not hesitate to contact us. We respectfully ask that you save the original packaging in case you need to return it. Our after-sales staff is available to assist you at every step of the process.
