Folding

$3,999.00
Gocycle G4 will be powered by the all-new G4drive electric motor. The G4drive provides a smooth and quiet ride, while delivering more torque and low-speed start capability—all within a class-leading compact package. The proprietary G4drive and gearbox has been in development for a number of years and subject to many, many test miles at Gocycle's research and development facility to ensure it performs to the G4's high standards of reliability.

$4,799.99
GXi - The new GXi is the most advanced folding e-bike available today. It can be folded into a compact package in just 10 seconds and features a stunning array of industry-leading technology to provide a safer and more engaged ride.
The GXi features Gocycle’s world speed record-holding PitstopWheels. Six bolts fasten the wheels to the hubs like a car for a faster fold than the GS and G3 models. The side mounted design not only looks great but provides easy access for fixing a flat tire without removing the wheel!
The powerful lithium ion battery is easily accessible and hidden within the all new hydroformed aluminium frame providing a range up to 40 miles (65 km) with a 4-hour charge time.
All the information the rider needs is presented in a streamlined, simple dashboard—battery level, driving mode, speed and gear position. No cables are visible.
As of 2011, European law mandates that all automobiles are required to have daytime running lights (DRLs) which substantially increase the visibility of cars to other road users. The Gocycle GXi comes fitted with an automotive-inspired DRL, employing our proprietary light pipe design and technology.

$4,999.00
G3+ combines Gocycle's iconic stowable magnesium frame, fast-folding handlebar, and carbon wheels to create a truly compelling urban e-bike.
All electronics and a powerful 375 Wh battery, providing a 50-mile range, are seamlessly routed inside the G3+'s magnesium frame.
G3+ features Gocycle's industry-leading technology including a patented automotive-inspired Daytime Running Light, LED cockpit, and electronic predictive shifting.
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