What Are Playwright and Selenium?

Let’s say you want a Python script that opens a page, clicks a button, fills in a form, and saves a screenshot. Maybe you are testing a form every week, or checking a price once a day. Two names keep showing up: Playwright and Selenium. The playwright vs selenium question is common because both tools do similar jobs. The playwright vs selenium python search results can be confusing, because older guides push Selenium, while newer ones push Playwright. The short answer as of 2026: most beginners should pick Playwright for a brand-new project, but Selenium is still worth knowing if you inherit an old test suite or work at a company that already uses it. I have used both for browser automation and web scraping, so I will walk you through the selenium vs playwright comparison with runnable Python code.

Think of Selenium as an old universal remote control. It has been around since 2004, works with a huge range of browsers, and has buttons for almost everything. Some of those buttons need extra setup, and you sometimes have to wait for the TV to catch up before pressing the next one.

Playwright is the newer remote control. It was built by Microsoft with modern browsers in mind. It knows where the buttons are, waits for them to be ready, and makes common tasks like handling multiple browser tabs much simpler. Both tools let you control a real browser from Python, Java, JavaScript, and other languages. The difference is how much extra work you do by hand.

Playwright vs Selenium: The Quick Comparison

Before we get into the details, here is a side-by-side look at the main differences.

Feature Selenium Playwright
First install command pip install selenium pip install playwright && playwright install chromium
Browser driver setup Selenium Manager downloads chromedriver automatically on first run No separate driver; Playwright installs its own browser build
Waiting for page elements Mostly explicit or implicit waits, especially Selenium 4 Auto-waiting built into most actions
Multiple tabs and pages Possible, but often requires more boilerplate Simple with browser.new_page() and context objects
Mobile emulation Available through some drivers Built-in device profiles and easy viewport changes
Built-in test runner No, usually paired with pytest or unittest Node version ships with a test runner; Python has an official pytest plugin
Learning curve for a new user Moderate: more setup patterns and old tutorials Easier: fewer manual steps and clearer defaults
Community size Larger and older, with many Stack Overflow answers Fast-growing and very active, but smaller overall

This table is the quick answer to “playwright vs selenium python” for most people. Playwright removes a lot of beginner friction. Selenium gives you wider browser coverage and a huge body of existing knowledge.

Where Selenium Still Wins

There are real reasons to choose Selenium in 2026. The first one is browser coverage. Selenium supports a broader selection of browsers and drivers, including older versions and some enterprise-specific setups. If your team uses an unusual browser or an older Safari build, Selenium may be your only practical choice.

The second reason is existing code. Selenium has been the default browser automation tool for nearly two decades. Many companies have test suites, scheduled scripts, and internal tools written with Selenium WebDriver Python. If you join a team that already maintains those scripts, learning Selenium makes you useful on day one.

The third reason is community and tutorials. Stack Overflow, blog posts, books, and old forum answers are full of Selenium examples. Some of those examples are outdated now because Selenium 4 introduced Selenium Manager, which downloads the browser driver for you. Still, if you get stuck, you will probably find a Selenium answer faster than a Playwright answer.

Finally, if your job description specifically asks for Selenium WebDriver Python, do not ignore it. Employers often list the tool they already use. You can learn both later, but Selenium may be the one that gets your resume read.

Where Playwright Wins for Beginners

Playwright is easier for a first browser automation project. The first win is installation. Selenium 4 is much better than old Selenium 3, but Playwright goes one step further: playwright install chromium downloads a compatible browser build just for automation. You do not need to know what chromedriver is, where to put it, or why a version mismatch is happening.

The second win is auto-waiting. In Selenium, you often write explicit waits like WebDriverWait(driver, 10).until(...) before clicking or reading an element. Playwright still allows explicit waits, but its default actions check whether an element is present, visible, and ready before clicking or typing. This prevents many “element not found” and “element not clickable” errors.

The third win is codegen. Playwright has a command that opens a browser and records your clicks and typing, then turns them into Python or JavaScript code. You can run playwright codegen example.com and see the script write itself. That is a great way to learn browser automation without staring at a blank file.

Playwright also makes multiple tabs and pages much less confusing. You can create a new page with browser.new_page(), switch between pages by object reference, and close one page without tearing down the whole browser. Selenium can do this too, but the syntax is often clunkier for a beginner.

Debugging is another plus. Playwright gives you a trace viewer, screenshots, videos, and a readable page object model. When a script fails, you can look at a timeline of actions and see exactly which one broke. I walk through a full first project in my Playwright browser automation guide if you want to see it in action.

The Same Task in Both Tools

The best way to compare these tools is to write the same task twice. Here is the task: open a local HTML page, click a button, fill in a text field, and save a screenshot. I use a local demo_page.html file so you can run the code on any machine without hitting a real third-party website.

First, here is the Selenium version. Save it as selenium_demo.py and run it with python selenium_demo.py.

# selenium_demo.py
# This script creates a small local HTML page, opens it in Chrome, clicks a button,
# fills in a text field, and saves a screenshot.
from pathlib import Path
from selenium import webdriver
from selenium.webdriver.common.by import By
from selenium.webdriver.support.ui import WebDriverWait
from selenium.webdriver.support import expected_conditions as EC

# Step 1: Create a simple local page so you can run this script anywhere.
html_content = """<!DOCTYPE html>
<html>
  <body>
    <h1>Demo Form</h1>
    <input id="name" type="text" placeholder="Enter your name" />
    <button id="greet">Greet</button>
    <p id="output"></p>
    <script>
      document.getElementById("greet").addEventListener("click", function () {
        const value = document.getElementById("name").value || "friend";
        document.getElementById("output").innerText = "Hello, " + value + "!";
      });
    </script>
  </body>
</html>"""
page_path = Path("demo_page.html")
page_path.write_text(html_content)
page_url = page_path.resolve().as_uri()

# Step 2: Start Chrome. Selenium Manager downloads chromedriver automatically on first run.
driver = webdriver.Chrome()

try:
    # Step 3: Open the local demo page.
    driver.get(page_url)

    # Step 4: Wait until the input field appears, then type a name.
    name_box = WebDriverWait(driver, 10).until(
        EC.presence_of_element_located((By.ID, "name"))
    )
    name_box.send_keys("Ada")

    # Step 5: Find and click the button with id "greet".
    greet_button = driver.find_element(By.ID, "greet")
    greet_button.click()

    # Step 6: Wait until the output text shows "Hello, Ada!".
    WebDriverWait(driver, 10).until(
        EC.text_to_be_present_in_element((By.ID, "output"), "Hello, Ada!")
    )

    # Step 7: Save a screenshot to the current folder.
    driver.save_screenshot("selenium_result.png")
    print("Selenium finished: screenshot saved as selenium_result.png")
finally:
    # Step 8: Always close the browser window.
    driver.quit()

Now here is the Playwright version. Save it as playwright_demo.py and run it with python playwright_demo.py.

# playwright_demo.py
# Same task as the Selenium script, but using Playwright's Python API.
from pathlib import Path
from playwright.sync_api import sync_playwright

# Step 1: Create the same local demo page.
html_content = """<!DOCTYPE html>
<html>
  <body>
    <h1>Demo Form</h1>
    <input id="name" type="text" placeholder="Enter your name" />
    <button id="greet">Greet</button>
    <p id="output"></p>
    <script>
      document.getElementById("greet").addEventListener("click", function () {
        const value = document.getElementById("name").value || "friend";
        document.getElementById("output").innerText = "Hello, " + value + "!";
      });
    </script>
  </body>
</html>"""
page_path = Path("demo_page.html")
page_path.write_text(html_content)
page_url = page_path.resolve().as_uri()

# Step 2: Start Playwright. The context manager handles startup and shutdown.
with sync_playwright() as p:
    # Step 3: Launch Chromium. Playwright uses its own browser build installed by
    # `playwright install chromium`. No chromedriver or Chrome needed.
    browser = p.chromium.launch(headless=False)

    # Step 4: Open a new page in the browser.
    page = browser.new_page()

    # Step 5: Open the local demo page. Playwright waits for the page to load before
    # continuing, so you do not need an explicit page load wait.
    page.goto(page_url)

    # Step 6: Fill the name field. Playwright auto-waits for the element to be ready.
    page.fill("#name", "Ada")

    # Step 7: Click the button. Playwright also auto-waits for the element to be actionable.
    page.click("#greet")

    # Step 8: Wait for the output text to appear, so the screenshot captures the result.
    page.wait_for_selector("#output", state="visible")
    page.wait_for_function("document.querySelector('#output').innerText.includes('Hello, Ada!')")

    # Step 9: Save a screenshot.
    page.screenshot(path="playwright_result.png")
    print("Playwright finished: screenshot saved as playwright_result.png")

    # Step 10: Close the browser explicitly.
    browser.close()

Notice the biggest difference: Selenium needs several explicit WebDriverWait calls. Playwright only needs a final wait_for_function because I want to make sure the JavaScript updated the page before the screenshot. The earlier clicks and typing handle their own waiting.

How to Install Each Tool

You need Python 3.8 or newer. These commands work on Ubuntu and most other systems with Python. Open a terminal and run one of these options.

# Option A: Install Selenium only.
pip install selenium

# Option B: Install Playwright and its bundled Chromium browser.
# The && means the second command runs only if the first command succeeds.
pip install playwright && playwright install chromium

For Selenium, the installation is just the Python package. Selenium 4 includes Selenium Manager, which automatically downloads a matching chromedriver the first time you run webdriver.Chrome(). Many old tutorials still tell you to download chromedriver by hand. As of 2026, you can ignore that step for standard Chrome use.

For Playwright, the two-step install matters. The first command installs the Python package. The second command, playwright install chromium, downloads the browser that Playwright will control. This browser lives in a separate location and is not the same as your normal Chrome installation. If you skip the second command, you will get an error that says the browser executable was not found.

Which One Should You Choose?

If you are learning browser automation for the first time, pick Playwright. The setup is cleaner, the auto-waiting saves you from flaky errors, and the codegen recorder helps you learn quickly. Start with a small project like opening a page, filling a form, and taking a screenshot. Then try handling multiple pages or running the same script on a schedule.

If you already work with a team or codebase that uses Selenium, pick Selenium. There is no reason to rewrite years of working tests just because Playwright exists. Learn the existing patterns, use Selenium Manager to avoid manual driver setup, and keep the project maintainable.

If you are not sure, spend one afternoon with both. Run the two code examples above. Pay attention to how much explicit waiting each one needs. Your own experience will answer the question better than any comparison article.

For a first real project, my Playwright browser automation guide gives you a full beginner-friendly walkthrough. If your goal is scraping more than testing, check my Python web scraping for beginners guide. If you want to check pages on a regular schedule, the Python website monitoring guide shows you how.

FAQ

Is Playwright better than Selenium?

For most new Python browser automation projects, yes. Playwright removes extra setup, adds auto-waiting, and makes multiple pages easier to manage. But “better” depends on your job and existing code. Selenium can be the better tool when your team already uses it or when you need a browser that Playwright does not support.

Is Selenium still worth learning in 2026?

Yes, especially if you plan to work on existing test suites, apply for jobs that list Selenium WebDriver Python, or maintain older internal tools. Selenium’s community and browser coverage are still strong. If you are starting a new project from scratch, Playwright is often the better first choice. Learning both is not a waste, but you do not need both on day one.

Which is easier for a beginner?

Playwright is easier for most beginners. You run two install commands, write Python with sync_playwright(), and get auto-waiting for most actions. Selenium is not terrible, but older tutorials often show manual driver downloads that are no longer necessary with Selenium 4, which adds confusion.

Do I need a separate browser driver with Playwright?

No. You do not need chromedriver, geckodriver, or any separately downloaded driver. Run pip install playwright and then playwright install chromium. Playwright controls its own bundled browser. If you later want Firefox or WebKit support, you can install those browser builds with similar commands.

Can I use Playwright or Selenium for web scraping?

Yes, both can scrape web pages. Playwright is often easier because auto-waiting handles JavaScript-heavy pages cleanly. Selenium also works, especially for pages that need older browser support. For simple static pages, a lightweight approach with Python’s requests and BeautifulSoup may be enough. My Python web scraping beginner guide covers that lighter route in detail.

Next Steps