Resolving Element Not Interactable Exception in Web Testing

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Resolving Element Not Interactable Exception in Web Testing

Are you tired of encountering the frustrating Element Not Interactable exception in your web testing? Don’t worry, you’re not alone. This common problem can cause delays and frustration for testers, but there are solutions available to help you quickly overcome this issue.

One of the most common reasons for this exception is due to the loading time of the page or elements. If an element is not fully loaded before an action is performed on it, it can result in the Element Not Interactable exception. However, by using waits and timeouts in your code, you can ensure that elements have properly loaded before attempting to interact with them.

Another potential reason for this exception is due to overlapping elements on the page. When multiple elements are stacked on top of each other, it can be difficult for a test automation tool to identify which element is being interacted with. To solve this problem, you can adjust the CSS properties to move elements to a specific position or use XPath to target a more precise element.

Resolving the Element Not Interactable exception can be a complex process, but with these tips and techniques, you can greatly reduce the frequency of encountering this issue. By utilizing proper waits, timeouts, and targeting precise elements, you can improve the accuracy and efficiency of your web testing. Don’t let this exception get in the way of your testing success – read on to learn more about resolving this common problem today.

How Do You Fix The
“How Do You Fix The “Element Not Interactable” Exception?” ~ bbaz


During web testing, one of the most common errors faced by developers is Element Not Interactable Exception. This error occurs when the automation tool is unable to interact with the web element due to different reasons such as overlapping, hidden, or disabled. In this blog, we will discuss several ways to resolve this issue and do a comparative analysis of each method for better decision-making.

Method #1: Waiting for the Element to Load Completely

What is it?

Waiting for the web element to load completely is the most basic way to resolve the Element Not Interactable Exception issue. Testers can add a wait time in the script for the web page to load fully before interacting with the element.


  • Simplicity: It is relatively easy to implement.
  • No special tools required: Only a basic automation tool is required which supports waiting conditions.


  • Not always reliable: Even after a wait time is added, the element may not be loaded properly due to various reasons.
  • Time-consuming: Adding a wait time for each element makes the script longer and slower.

Method #2: Using Explicit Waits

What is it?

Explicit waits are a feature provided by most automation tools which allow testers to wait for a specific condition to occur before proceeding. In this case, the tester can wait for the web element to become interactable before performing the action.


  • More reliable: Waiting for the exact condition to occur makes it more likely that the element will be loaded and interactable.
  • Customizable: Testers can set the wait time and conditions as per their requirements.


  • Complexity: Implementing explicit waits requires knowledge of the automation tool and coding skills.
  • Tool-dependant: Not all automation tools support explicit waits.

Method #3: Using JavaScript to Make Element Interactable

What is it?

Using JavaScript to make an element interactable is a workaround for the times when the element is loaded but still not interactable due to overlaying or other reasons. Testers can use JavaScript commands to remove any overlays or disable state of the element to make it interactable.


  • Quick fix: This is a quicker solution when compared to having to wait for elements to become interactable.
  • Doesn’t require additional automation tools: Access to the browser console is enough to implement this solution.


  • Risk of breaking the web page: Incorrect or improper use of JavaScript commands can break the web page or compromise its security.
  • Dependant on JavaScript knowledge: Testers need to be proficient in JavaScript to implement this workaround.

Method #4: Modifying the Automation Tool Settings

What is it?

Modifying the automation tool settings to handle the Element Not Interactable Exception can be a viable solution when other methods fail. This involves adding certain settings or capabilities to the automation tool’s configuration file to help it better handle this issue.


  • Customizable: The tester has complete control over the configuration of the automation tool and can set it as per their requirements.
  • Can prevent similar issues: Modifying the automation tool settings can help in preventing other similar exceptions as well.


  • Tool-dependant: Not all automation tools support modifying the configuration file.
  • Expertise required: This method requires deep knowledge of the automation tool and its configuration.


There is no one definitive solution to the Element Not Interactable Exception. Depending on the situation, one method may be more effective than the others. The above comparison can help testers make an informed choice about the best solution to this issue. However, it is always wise to consult with experts in the field or refer to official documentation before implementing any of these methods.

Thank you for taking the time out of your busy schedule to read our article on how to resolve the element not interactable exception in web testing. We hope that the information provided will be of value to you and that you were able to gain a better understanding of this common issue that can occur during web testing.

We understand that web testing can be quite complex and challenging, especially if you’re just starting out. But with the right tools and knowledge, you can overcome any obstacles that come your way. Our goal was to help you identify the root causes of the element not interactable exception and provide you with practical solutions that work.

We encourage you to continue to learn and explore the world of web testing, as there’s always something new to discover. If you have any questions or feedback regarding our article, please don’t hesitate to reach out to us. We value your input and would love to hear from you!

When conducting web testing, one of the common issues that testers encounter is the element not interactable exception. This error message appears when the test script attempts to interact with a web element that is not yet available or ready for interaction. To help you understand more about this issue, here are some common questions that people also ask about resolving the element not interactable exception:

  1. What causes the element not interactable exception?

    The most common cause of this issue is the timing of the test script. It occurs when the script tries to interact with a web element before it becomes available or fully loaded on the page.

  2. How can I resolve the element not interactable exception?

    There are several ways to resolve this issue. One approach is to use explicit waits in your test script to ensure that the web element is fully loaded and ready for interaction before attempting to interact with it. Another way is to use dynamic XPath or CSS selectors to locate the element based on its attributes or properties.

  3. What are the best practices to avoid the element not interactable exception?

    To avoid this issue, it is recommended to use robust test scripts that include proper wait times, dynamic locators, and error handling mechanisms. You should also ensure that your test environment is stable and consistent to minimize any unexpected changes that may affect your test results.

  4. What other common errors should I watch out for when conducting web testing?

    Other common errors that you may encounter when conducting web testing include element not found, timeout exceptions, and stale element references. It is important to have a good understanding of these issues and how to resolve them to ensure the accuracy and reliability of your test results.

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