URTOPIA Carbon E-bike – Medium
Original price was: $5,999.99.$3,779.99Current price is: $3,779.99.
37% Off
- Recommended rider height: 170cm – 185cm
- Brake Distance of 3m-5m depends on speed
- Amazing! Full carbon at only 33 lbs. (15 kg)
- Integrated eSIM, 4G and Bluetooth connectivity
- Advanced Rear-early indication system
- Hydraulic disc brakes make stopping easier
- Puncture-resistant tires
- The Neo Belt Drive
We believe that design is an essential part of innovation, and we never cease pushing its frontier. At Urtopia, we emphasize connection and interaction. That’s why we built the Smartbar. Now you can use your finger to wake up your e-bike, your voice to talk to it, and GPS for real-time navigation. Aided by a constant 4G connection from onboard eSIM, GPS tracking keeps you informed of the e-bike’s position, even in the worst scenario of theft. Amazing! Full carbon at only 33 lbs. (15 kg)!
- With the same integrated eSIM, 4G and Bluetooth connectivity as the rest of our family, the Bike will keep you connected in more ways than one. With a powerful AI voice assistant to keep everything running smoothly, a bright dot-matrix display and haptic interaction we’ve given you all the functionality you need on your journey.
- The Neo Belt Drive is the future of motorbikes. Made with a customized motor and Gates Carbon belt, it offers an unheard-of degree of control. With 5 Speed modes you can adapt to any riding condition and tailor your experience to fit your mood.
- A great companion for riding at night, the headlight illuminates the road well. ARES, the Advanced Rear-early indication system, lets you know when It’s safe to pull out into a traffic lane. Hydraulic disc brakes make stopping easier, while puncture-resistant tires help keep you protected on rough roads.
- This bike is equipped with a GPS tracker, movement alerts and a removable battery that can be easily moved between bikes. It also offers fingerprint unlock technology and an upgradeable internal computer.
- The service cycle is determined by the using frequency and the user’s weight.