Aventon has launched a brand new cruiser e-bike in the form of the 'Pace 350.3,' which represents an upgraded and significantly evolved version of its predecessor, the 'Pace 350.'
This cruiser e-bike's standout feature happens to be a brand new torque sensor mechanism. This system works by using torque-sensing to influence pedal assist, meaning that as you pedal along, the assistance is directed not only merely at the right degree of power but also at the moment when it's needed most based on the intensity and pattern of pedaling. This torque-sensing system will appeal to cyclists who want the benefit of streamlined pedal assistance.
The 'Pace 350.3' cruiser e-bike also boasts Aventon's latest turn signal technology, with the signals designed to be spread out to be visible to drivers from more angles.
Image Credit: Aventon
What's Driving This Trend
- Torque-sensing Mechanisms
- Opportunity for other e-bike manufacturers to develop and incorporate new torque-sensing mechanisms for improved pedal assistance.
- Turn Signal Technology
- Development of new turn signal technologies for improved visibility and safety on bicycles and other modes of transportation.
- Cruiser E-bikes
- Increased demand for cruiser e-bikes with advanced features like torque sensing and turn signal technology.
Who This Affects Most
- Electric Bike Manufacturing
- Opportunity for electric bike manufacturers to incorporate new torque-sensing mechanisms and turn signal technology into their products.
- Cycling Equipment Manufacturing
- Development of new cycling equipment and accessories that incorporate torque-sensing mechanisms and turn signal technology for improved performance and safety.
- Transportation and Mobility
- Opportunities for integration of torque-sensing mechanisms and turn signal technology in other modes of transportation for improved safety and efficiency.
