Some users have explored running general motor control libraries, like , on Lishui hardware. This approach uses the controller as a blank slate, programming it in the Arduino IDE. However, this is by far the most challenging path, requiring significant reverse-engineering to adapt general code to the specific pinouts of a Lishui controller. Community reports on its success are mixed.
If you want, I can:
For those seeking complete control, the open-source path is the ultimate destination. By replacing the factory firmware entirely, you can fundamentally change how your controller operates. While risky, the rewards are immense. lishui controller programming
Lower the maximum current (amperage) to extend battery life during long-distance commutes.
: For advanced firmware modifications or if the controller is read/write protected, a hardware programmer like an ST-Link V2 may be required to flash the microcontroller directly. Endless Sphere DIY EV Forum Key Settings Often Modified Current Limit Some users have explored running general motor control
The throttle position dictates torque. Twisting halfway gives you 50% of the motor's power, allowing for incredibly nuanced modulation over rough terrain. Step-by-Step Guide: Connecting to a PC
An FTDI FT232RL or CH340G board to connect your PC to the controller. Community reports on its success are mixed
To provide the most accurate Lishui programming advice, I need to know:
There are three primary ways to modify a Lishui controller, ranging from simple display settings to deep firmware flashing. 1. Display-Based Parameter Tuning
By unchecking the "Keep Current Settings" box, users can often manually adjust the maximum current and undervoltage cutoff limits before flashing.
Load your customized .lsh file, which you can create by editing configuration files or acquiring from a manufacturer.