Run Selenium and Chrome on WSL2 using Python and Selenium webdriver

Selenium combined with Headless Chrome is a great tool for creating automated UI tests for web applications. With Selenium libraries, Python can be used to create and run automated browser-based tests & tasks.

This guide will show you how to install, configure and run Selenium and Chrome on WSL2 using Python and Selenium webdriver.

Step 1: Install WSL2

On Windows 10 version 2004 or higher (Build 19041 and above) or windows 11, run the below.

wsl --install

This will take care of all the steps required, i.e.

  1. Enable Windows Virtualisation Layer and WSL2
  2. Update the Linux kernel to the latest version
  3. Install the default Linux distribution, i.e. latest Ubuntu (Currently Ubuntu 20.04)

Install WSL

Then type wsl in your terminal and press enter to login to WSL2.

NOTE: All codeblocks below are formatted as multi-line commands so the entire block needs to be copy pasted and not line by line.

Ensure you go to your home directory, update the repository and any packages

a) Change the working directory to the user home directory.

cd "$HOME"

b) Update the repository and any packages

sudo apt update && sudo apt upgrade -y

Step 2: Install latest Chrome for Linux

Chrome is not available in Ubuntu's official APT repository, so we will download the .deb directly from Google and install it.

a) Download the latest chrome .deb file


b) Install the .deb file

sudo dpkg -i google-chrome-stable_current_amd64.deb

c) And finally, force install all the dependencies by running

sudo apt --fix-broken install

This feels a hackish way of installing the latest version of Chrome, but if someone figures out a better way, do let me know please.

d) Get the latest version of Chrome

google-chrome-stable --version

In this case, it was 95.0.4638.69.


Step 3: Install compatible Chromedriver

To be able to run Chrome programmatically, we need to install a compatible Chromedriver. For every version of Chrome, e.g. 95.0.4638.69, there is a corresponding version of Chromedriver with same version number.

a) You can confirm the Chromedriver version

chrome_driver=$(curl "") && \
echo "$chrome_driver"


b) Download the latest Chromedriver

curl -Lo "\

c) Install unzip

sudo apt install unzip

d) Unzip the binary file and make it executable

mkdir -p "chromedriver/stable" && \
unzip -q "" -d "chromedriver/stable" && \
chmod +x "chromedriver/stable/chromedriver"

Step 4: Configure Python and Install Selenium

Selenium webdriver is available as a Python package, but before installation we need to do some prep.

Configure a Python virtual environment

Run python3 --version and note the version, e.g. in my case I get the version Python 3.8


Next, we need to install venv, choose the Python version based on what you have installed.

sudo apt install python3.8-venv -y

Then create a virtual environment

python3 -m venv .venv

Finally, activate the virtual environment by running

source .venv/bin/activate

You should see your terminal change to the below with (.venv) in the prompt.

Install Selenium

After activating the virtual environment, install Selenium using the pip command.

pip install selenium

It is necessary to activate the Python virtual environment by running source .venv/bin/activate before executing the above command

Step 5: Run Selenium

Finally we're ready to start running our automated tests. We write a simple Python script to run Selenium and Chrome/Chromium.

Create a new folder, selenium and open VSCode by running the below

mkdir -p "selenium" && cd "selenium" && code .

a) The Python program

# Filename:

## Run selenium and chrome driver to scrape data from
import time
import os.path
from selenium import webdriver
from import Service
from import By
from import Options

## Setup chrome options
chrome_options = Options()
chrome_options.add_argument("--headless") # Ensure GUI is off

# Set path to chromedriver as per your configuration
homedir = os.path.expanduser("~")
webdriver_service = Service(f"{homedir}/chromedriver/stable/chromedriver")

# Choose Chrome Browser
browser = webdriver.Chrome(service=webdriver_service, options=chrome_options)

# Get page

# Extract description from page and print
description = browser.find_element(By.NAME, "description").get_attribute("content")

#Wait for 10 seconds

b) Run the program

Go back to your terminal and type python3 selenium/


Creating a script to automate the process

We can merge the above steps to create a simple bash script to help you automate this entire process. Save this to a file named and then make it executable by running chmod +x install-selenium.


echo "Changing to home directory..."
pushd "$HOME"

echo "Update the repository and any packages..."
sudo apt update && sudo apt upgrade -y

echo "Install prerequisite packages..."
sudo apt install wget curl unzip -y

echo "Download the latest Chrome .deb file..."

echo "Install Google Chrome..."
sudo dpkg -i google-chrome-stable_current_amd64.deb

echo "Fix dependencies..."
sudo apt --fix-broken install -y

chrome_version=($(google-chrome-stable --version))
echo "Chrome version: ${chrome_version[2]}"

chromedriver_version=$(curl "")
echo "Chromedriver version: ${chromedriver_version}"

if [ "${chrome_version[2]}" == "$chromedriver_version" ]; then
    echo "Compatible Chromedriver is available..."
    echo "Proceeding with installation..."
    echo "Compabible Chromedriver not available...exiting"
    exit 1

echo "Downloading latest Chromedriver..."
curl -Lo "${chromedriver_version}/"

echo "Unzip the binary file and make it executable..."
mkdir -p "chromedriver/stable"
unzip -q "" -d "chromedriver/stable"
chmod +x "chromedriver/stable/chromedriver"

echo "Install Selenium..."
python3 -m pip install selenium


Alternatively, this script is also available on GitHub as a repository.

Need Help? Open a discussion thread on GitHub.

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