The new chainless electric bike features cutting-edge PERS technology, which uses advanced algorithms to adjust the pedaling resistance, providing the rider with realistic feedback.
Unlike traditional bicycles, where a chain drives the bike forward, this innovative model uses an electric motor housed in the rear wheel hub for propulsion.
Riders can choose from various levels of pedaling assistance, and the system automatically adjusts torque based on the rider’s needs, such as providing more power when climbing hills. Additionally, the bike includes regenerative braking, which not only recharges the battery but also reduces wear on the brake pads. With the help of PERS technology, the bike could theoretically reach speeds of up to 120 km/h.
This concept, which has been in development for over a year, is built on a frame designed by Look and includes front and rear racks for carrying gear or groceries. The 700 Wh battery is positioned in a “V” shape between the down tube and seat tube, with wires leading to the rear hub. The PERS system’s control unit is mounted on the bottom bracket.
The bike is designed to reach a maximum assisted speed of 45 km/h, although the manufacturer has not disclosed the expected range. Riders can control the bike’s performance levels through a mobile app, which also offers features like parking lock, sharing a digital key with friends, and bike location tracking.
“This innovative technology holds significant potential for the future of cycling transportation and represents a major advancement for the market as a whole,” said LOOK Cycle’s CEO Federico Musi. “The collaboration between both companies was focused and fruitful, seamlessly integrating the PERS (Pedaling Energy Recovery System) into the LOOK project framework.”
This advancement in cycling technology showcases a promising future where efficiency, performance, and user control come together in a sleek, chainless design.
