ENGWE ENGINE Pro 2.0 Folding Electric Bike - Order Now!

High-Capacity Battery for Extended Rides The ENGWE ENGINE Pro 2.0 is equipped with a powerful 52V 16Ah battery with 250W Motor Power, providing an impressive range of up to 110km on a single charge. This high-capacity battery ensures you can easily meet your daily commuting and recreational needs without worrying about frequent change

Exceptional Hill Climbing Power With 75 Nm of torque, the bike offers outstanding hill climbing capabilities, allowing you to conquer any incline as effortlessly as riding on flat terrain. Experience the freedom to explore new heights and challenging paths with confidence.

Smooth and Comfortable Rides with Full Suspension Designed with full suspension, the bike reduces bumps by 87%, delivering a smooth and comfortable ride even on rough and uneven roads. Enjoy a superior riding experience without the discomfort of bumps and shocks.

Versatile 20-Inch Fat Tires The 20-inch 4.0 fat tires provide excellent stability and traction, allowing you to confidently traverse various terrains, including mountains, beaches, grass, and snow. The bike is your ultimate all-terrain electric bike.

Foldable Design for Easy Storage The foldable design of the ENGWE ENGINE Pro 2.0 makes it incredibly convenient for daily commuting and travel. Save space and easily store your bike at home, in your car, or at the office, making it perfect for urban living with Pogo Cycles.

Note: Bike to Work Scheme available.

Rider Height: 5.4 (ft) -6.2 (ft)

Payload Capacity: 150 kg (330lbs)

Package Dimensions (LWH): 144*32*72 cm

A--Wheelbase 113.5 cm

B--Total Length 170 cm

C -- Reach 43 cm

D--Standover Height 69 cm

E--Minimum Saddle Height 86 cm

F--Maximum Saddle Height 102 cm

G--Minimum Handlebar Height 120 cm

H--Maximum Handlebar Height 130 cm

Please note: There may be a difference of 0~5 cm between measured and actual data.

Folded Size: 104*55*84 cm

A--Height 84 cm

B--Length 104 cm

C--Width 55 cm

Please note: There may be a difference of 0~5 cm between measured and actual data.