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Sure, setting up multiple VESCs via CAN-Bus with a PPM signal radio controller can be a bit tricky, but it's definitely doable with the right guidance. Start by ensuring all VESCs are properly connected and recognized by the system. Then, utilize the Input Setup Wizard to configure each VESC individually, assigning them to the appropriate channels on your radio controller. If you encounter any issues, don't hesitate to ask for help on forums like this one. Also, remember to check compatibility with mods like  wicked whims to avoid any conflicts.

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The Input Setup Wizard for multiple VESCs via CAN-Bus is a convenient tool for configuring your electronic speed controllers efficiently. With the option to use a PPM signal radio controller, it offers flexibility and ease of use. Plus, don't forget to tubi.tv/activate for endless entertainment options.

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Alright, setting up multiple VESCs via CAN-Bus with a PPM signal radio controller? Piece of cake! We'll dive into the VESC®-Tool Software, configure those genuine VESC® motor controllers, and run them in Current No Reverse with Brake mode. Just follow along, and we'll get those wheels spinning smoothly. Ready? Let's click for more to get started on this setup wizard adventure!
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I am following the instructions step by step to set up VESC in the most accurate way, but unfortunately in some steps the illustrations are no longer viewable. I a sedecordle lot really hope you will update it as soon as possible maybe.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

• 4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

  
  

  Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

  ---

  In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

  Make sure to use the latest VESC-Tool version!

  Download from http://www.vesc-project.com/vesc_tool

  ---

  

  ---

  

  ---

  Important Notice:

  Run the Motor Setup Wizard on each VESC first.

  Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

  Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

  Failing to follow these instructions may damage your VESC (s) permanently.

  ---

  Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

  Connect your master VESC® to your computer using a mini/micro USB cable.

  Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
  phone and will not work properly! Try another cable if you experience any issues.

  Run the VESC®-Tool software.

  ---

   

  

   

  ---

  

  ---

  

  ---

  

   

  ---

  

  ---

  

  ---

  

  This is the next screen you will see.

  ---

  

  ---

  

  ---

  

  ---

  

  ---

  

  ---

  

  ---

  

  ---

  Now we will configure the slave VESC.

  Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

  ---

  

  ---

  

  ---

  

  ---

  

  ---

   

  ---

  

  ---

  Congratulations, your VESCs are now ready to operate. If you like you can follow the
  Throttle curves and other tweaks manual for further improvements.

  Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.

4. Input Setup Wizard for multiple VESCs via CAN-Bus, using a PPM signal radio controller

Configuration of your VESC® or VESC® based ESC using the VESC®-Tool Software.

In this tutorial we will configure multiple genuine VESC® motor controllers, using a CAN bus link cable. We will use a PPM signal based radio controller and will run the VESCs in Current No Reverse with Brake mode.

Make sure to use the latest VESC-Tool version!

Download from http://www.vesc-project.com/vesc_tool

Important Notice:

Run the Motor Setup Wizard on each VESC first.

Never connect a receiver or other devices to multiple VESCs (e.g. Y-PPM).  Use CAN-Bus instead.

Only connect CANH and CANL In the CAN connector. 5V and GND should be left unconnected. 

Failing to follow these instructions may damage your VESC (s) permanently.

Now we will start to configure the master VESC. This is the VESC with the input device (e.g.reciever) attached.

Connect your master VESC® to your computer using a mini/micro USB cable.

Mini USB is used for HW 4.xx only. Some cheap micro USB cables are designed for charging your
phone and will not work properly! Try another cable if you experience any issues.

Run the VESC®-Tool software.

This is the next screen you will see.

Now we will configure the slave VESC.

Plug your USB-Cable into the slave VESC.  Make sure both VESCs are powered up and connected via CAN bus cable.

Congratulations, your VESCs are now ready to operate. If you like you can follow the
Throttle curves and other tweaks manual for further improvements.

Adjustments for the input device (App settings) are configured on the master VESC.