Quick Start

Powering on the robot

To power the robot, place it on the charging dock. The Create® 3 lightring will turn on and the Raspberry Pi will be powered as well. To power off the robot, remove it from the dock and press and hold the Power button on the Create® 3. The lightring will flash 3 times, and the Create® 3 will play a sound before turning off.

Installing ROS2 Galactic on your PC

Follow these instructions to install ROS2 Galactic Desktop on your PC.

Also, install useful tools with this command:

sudo apt update && sudo apt install -y \
  build-essential \
  cmake \
  git \
  python3-colcon-common-extensions \
  python3-flake8 \
  python3-pip \
  python3-pytest-cov \
  python3-rosdep \
  python3-setuptools \
  python3-vcstool \

Network Configuration

ROS2 Galactic supports two middlewares: CycloneDDS and FastRTPS. The default is CycloneDDS.

The Create® 3 and Raspberry Pi both use the usb0 and wlan0 network interfaces to communicate. As a result, CycloneDDS needs to be configured on the user PC in order to see the robot topics properly. CycloneDDS is configured in an XML file, and that configuration should be applied to the CYCLONEDDS_URI environment variable.

An example XML file is available here. Download this file to your PC by calling:

wget https://raw.githubusercontent.com/turtlebot/turtlebot4_setup/galactic/conf/cyclonedds_pc.xml

The <DontRoute>true</DontRoute> setting is required to see the Create 3 topics.

Network Interfaces

By default, CycloneDDS will automatically choose the best network interface for ROS2 communications. On some occasions it might choose the wrong interface. To mitigate this, you can specify which network interface CycloneDDS should use for ROS2 communication. Open your terminal and use the command ip link to view all available network interfaces. Your WiFi interface will look something like this:

3: wlp0s20f3: <BROADCAST,MULTICAST,UP,LOWER_UP> mtu 1500 qdisc noqueue state UP mode DORMANT group default qlen 1000
    link/ether dc:41:a9:9f:5f:ec brd ff:ff:ff:ff:ff:ff

Open the cyclonedds_pc.xml file with a text editor and add the following line below <DontRoute>true</DontRoute>


replacing wlp0s20f3 with your WiFi interface name. Your cyclonedds_pc.xml file should now look like this:


You can use multiple network interfaces by adding each interface name within the NetworkInterfaceAddress tag and separating each name with a comma.

Apply CycloneDDS configurations

Move the xml file to a convenient location:

sudo mv cyclonedds_pc.xml /etc/

Add this line to your ~/.bashrc file to automatically configure CycloneDDS each time you open a new terminal:

export CYCLONEDDS_URI=/etc/cyclonedds_pc.xml

Source ~/.bashrc to apply the configurations to your current terminal.

source ~/.bashrc

For more CycloneDDS configuration options, visit the CycloneDDS documentation.

If you wish to switch middlewares or want more information on configuring the Create® 3, check out the Create® 3 Docs.

WiFi Setup

  • On the first boot, the Raspberry Pi will enter AP mode which will allow you to connect to it over WiFi.

  • On a PC, connect to the Turtlebot4 WiFi network. The password is also Turtlebot4.


The TurtleBot 4 AP network is a 5GHz network. Your computer will need to support 5GHz WiFi to connect to the network.

  • Once connected, you can SSH into the Raspberry Pi to configure its WiFi.
ssh ubuntu@
  • The default password is turtlebot4

  • In /usr/local/bin there will be a script called wifi.sh which can be used to configure the Raspberry Pi's WiFi:

sudo wifi.sh -s '<WIFI_SSID>' -p '<WIFI_PASSWORD>' -r <REGULATORY_DOMAIN> && sudo reboot

The Regulatory Domain is based on the country you live in. USA: US, Canada: CA, UK: GB, Germany: DE, Japan: JP3, Spain: ES. For a full list, click here.

  • Your Raspberry Pi will reboot and connect to your WiFi network.

Connect the Raspberry Pi to a 5GHz WiFi network for optimal performance.

Find the Raspberry Pi IP on your network

The TurtleBot 4 will display its WiFi IP address on the display.

IP Address
WiFi IP address on a TurtleBot 4

For the TurtleBot 4 Lite, you will need to check the /ip topic for the new address.

On your PC, run the following commands:

source /opt/ros/galactic/setup.bash
ros2 topic echo /ip

You should see the IP address printed out in your terminal periodically.

IP Echo
Echoing the IP address of a TurtleBot 4

If you are unable to find the IP address with the previous methods, you can try to use:

nmap -sP

Make sure to replace 192.168.1 with your subnet.

Scanning IP Addresses with nmap

Once you have found the IP address, you can now ssh back into the robot with it.

ssh ubuntu@xxx.xxx.xxx.xxx

If you wish to put the Raspberry Pi back into AP mode, you can call

sudo wifi.sh -a

If you are moving your TurtleBot 4 to a new location with a different WiFi network, reconfigure the Raspberry Pi to connect to that network beforehand or place it into AP mode. Otherwise it will continue trying to connect to your current network.

Create® 3 WiFi Setup

Access the webserver (v0.1.3 or higher)

  • In a browser, enter the IP address of your TurtleBot 4 Raspberry Pi with the port 8080. e.g.

Access the webserver (v0.1.2 or higher)

  • Press both Create® 3 button 1 and 2 simultaneously until light ring turns blue
Create AP mode
Putting the Create® 3 in AP mode
  • The Create® 3 is now in AP mode. Connect to its WiFi network called ‘Create-XXXX'
  • In a browser go to

Connect to WiFi

  • Go to the Connect tab, enter your WiFi ssid and password, and then click ‘Connect'
Create 3 connect
Connecting the Create® 3 to WiFi
  • Wait for it to connect to WiFi and play a chime
  • On your PC, run ros2 topic list to ensure that the Create® 3 is publishing its topics

The Create® 3 can only be connected to 2.4 GHz WiFi networks.

TurtleBot 4 Controller Setup

The TurtleBot 4 comes with an included TurtleBot 4 Controller. It is paired in advance with the Raspberry Pi.

If you wish to manually pair a controller, follow these instructions:

  • SSH into the TurtleBot 4
sudo bluetoothctl --agent=NoInputNoOutput
  • The bluetoothd CLI interface will start.
  • Type scan on and press enter.
  • Press and hold both the home and share buttons on the TurtleBot 4 controller until the light starts blinking.
TurtleBot 4 Controller
Putting the TurtleBot 4 in pair mode
  • In the CLI look for a Wireless Controller device to be found. It will have a MAC address similar to A0:5A:5C:DF:4D:7F.
  • Copy the MAC address.
  • In the CLI enter trust MAC_ADDRESS, replacing MAC_ADDRESS with the controllers address.
  • Then, enter pair MAC_ADDRESS.
  • Finally, enter connect MAC_ADDRESS.
  • The CLI should report that the controller has been connected and the light on the controller will turn blue.
  • Enter exit to exit the CLI.

Visit the Driving Tutorial to begin driving your TurtleBot 4.

Updating the TurtleBot 4

It is recommended to update both the Create® 3 and the Raspberry Pi when you first use it to receive the latest bug fixes and improvements.

Create® 3

Check the Create® 3 software releases to see if a newer firmware version is available. You can check the firmware version of your Create® 3 by visiting the webserver.

Update via webserver

The Create® 3 can be updated through its webserver:

  • Go to the Update tab and click the ‘Update' button.
  • The robot will automatically download and install the latest firmware.
Create 3 Update
Updating the Create® 3 using its webserver

Update over USB-C

The Create® 3 can also be updated over the USB-C interface:

scp ~/Downloads/Create3-G.X.Y.swu ubuntu@xxx.xxx.xxx.xxx:/home/ubuntu/

SSH into the Raspberry Pi and update the Create® 3 firmware over USB-C:

sudo create_update.sh Create3-G.X.Y.swu


curl -X POST --data-binary @Create3-G.X.Y.swu

This may take a few minutes.

Debian packages

Debian packages can be updated by calling:

sudo apt update
sudo apt install <PACKAGE>

For example, updating the turtlebot4_desktop package can be done like this:

sudo apt update
sudo apt install ros-galactic-turtlebot4-desktop

To update all robot packages, run:

sudo apt update
sudo apt install ros-galactic-turtlebot4-base \
                 ros-galactic-turtlebot4-bringup \
                 ros-galactic-turtlebot4-description \
                 ros-galactic-turtlebot4-diagnostics \
                 ros-galactic-turtlebot4-msgs \
                 ros-galactic-turtlebot4-navigation \
                 ros-galactic-turtlebot4-node \
                 ros-galactic-turtlebot4-tests \

Source packages

To update a source package you will need to use a terminal to manually pull changes.

For example, updating the turtlebot4_robot repo on the galactic branch:

cd ~/turtlebot4_ws/src/turtlebot4_robot
git checkout galactic
git pull origin galactic

You will then need to rebuild the packages:

cd ~/turtlebot4_ws
source /opt/ros/galactic/setup.bash
colcon build --symlink-install
source install/setup.bash

Install latest Raspberry Pi image


Installing a new image on the Raspberry Pi will delete any changes you may have made. Save your changes externally before proceeding.

Check your current image version by calling cat /etc/turtlebot4 on the Raspberry Pi. Find the latest TurtleBot 4 Raspberry Pi images at http://download.ros.org/downloads/turtlebot4/. If a newer version is available, follow these steps:

  • Download the latest image for your robot model and extract it.
  • Power off your robot and then remove the microSD card from the Raspberry Pi.
  • Insert the microSD card into your PC. You may need an adapter.
  • Install the imaging tool dcfldd
sudo apt install dcfldd
  • Identify your SD card
sudo fdisk -l
  • The SD card should have a name like /dev/mmcblk0 or /dev/sda.

  • If you wish to backup your current image, do so now:

sudo dd if=/dev/<SD_NAME> of=<IMAGE_PATH> bs=1M

SD_NAME is the device name (mmcblk0, sda, etc.).

IMAGE_PATH is the path to where you want the image saved – e.g., ~/turtlebot4_images/backup_image.

  • Get the SD flash script from turtlebot4_setup and flash the SD card:
wget https://raw.githubusercontent.com/turtlebot/turtlebot4_setup/galactic/scripts/sd_flash.sh
bash sd_flash.sh /path/to/downloaded/image
  • Follow the instructions and wait for the SD card to be flashed.
  • Remove the SD card from your PC.
  • Ensure your Raspberry Pi 4 is not powered on before inserting the flashed SD card.
  • Follow WiFi Setup to configure your WiFi.