In this video, we present our ongoing R&D project—an exciting Bike to #Ebike conversion that utilizes #Crankshaft torque sensors and two active wheels powered by electric motors.

Our innovative solution offers an alternative approach to middrive ebikes, with the aim of providing enhanced performance and efficiency. By integrating the crank #torque sensor, we create a system that measures the force applied to the pedals, resulting in a seamless and natural riding experience.

This video showcases the installation process and functionality of our crank torque sensor. We demonstrate how it seamlessly converts a regular bike into an electric bike, providing powerassisted cycling without compromising the authentic biking experience.

Join us as we explore this promising solution, which may revolutionize the way bikes are converted into electric bikes. Watch the video now to learn more about our R&D project and the potential it holds for the future of electric biking.

Visit our website: https://solomotorcontrollers.com/
To purchase a controller: https://www.solomotorcontrollers.com/

00:00 – Introduction
00:09 – Disassembly
00:37 – Chapter overview
01:25 – Torque crankshaft Unpacking
01:40 – The installation process
04:04 – The wire position issue and solution
08:23 – Chainring mounting problem
09:41 – Job done and order list
11:17 – Installed crankshaft
11:28 – Inlab torque/voltage test
14:52 – Further project steps

Here is the list of materials, used in this video:
1. Torquesensing crankshaft: https://www.autorq.com/duratorqtorqu...