VESC Dash 35B Display

This is the Dash35B Display that we have been working on. You can find it here https://www.vesclabs.com/product/vesc-dash-35b/ I'm really happy with how it turned out. It makes a big difference when building VESC-based vehicles. To get all the functions shown in the video some custom lisp-code is needed on the ESC, but even the default package will provide a lot of functions and information. We are currently working on a series of blog posts where we will share that code and make a guide on how to get everything connected and running. Other VESC Labs parts used here in addition to the display are Suzuki Bike Maxim 120 Used for controlling the motor, lights and indicators. https://www.vesclabs.com/product/vl-maxim-120v/ Harmony 32 https://www.vesclabs.com/product/vl-harmony-32/ BMS for the 22s battery. Also provides cell data and charging information to the display. Scooter Duet ESC https://www.vesclabs.com/product/vl-duet/ Used for controlling the motors. This is a dual motor scooter, so the two channels on the duet make it very convenient. The motors take 120A phase current easily, giving it over 6 kw peak power with the stock 13s battery. The battery voltage sag limits the power - with a 16s battery with better cells it could do over 10 kw and with a 22s close to 20 kw peak. Harmony16 BMS https://www.vesclabs.com/product/vl-harmony-16/ BMS for the 13s battery. Also provides cell data and charging information to the display as well as the clock and ambient temperature. Rmcore https://www.vesclabs.com/product/vesc-rmcore/ Everything at the handlebar connects to it and it simplifies the wiring greatly. The headlight is also controlled from it. The duet provides 12V for the rmcore and headlight.