Previewing and Testing Prototypes is an important part of the Figma prototyping workflow. After creating screens, interactions, overlays, animations, navigation flows, and prototype connections, designers need to preview the prototype and test whether the experience behaves as expected.
Figma allows designers to play prototypes directly inside the editor using inline Preview or open them in a separate Presentation view. These options make it possible to check navigation, interactions, animations, overlays, scrolling, buttons, forms, and complete user journeys before development. Figma also supports viewing prototypes on mobile devices and sharing prototype links for feedback and usability testing.
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Previewing a prototype means playing the interactive design so that you can experience the screens and interactions as a user would. Instead of looking only at static frames, you can click buttons, open menus, navigate between screens, trigger overlays, test animations, and check complete user flows.
Figma provides an inline preview that appears within the editor. Changes made to the design can be reflected in the preview while you work, making it useful for continuous design and interaction testing.
Testing a prototype means systematically checking whether all interactions and user journeys behave according to the intended design. Testing helps identify broken connections, incorrect destinations, confusing navigation, missing interactions, animation problems, layout issues, and usability problems.
Prototype testing can be performed by the designer, design team, developers, stakeholders, or real users depending on the stage of the project.
| Preview | Testing |
|---|---|
| Focuses on seeing how the prototype works. | Focuses on verifying whether the prototype works correctly. |
| Usually performed while designing. | Usually performed systematically after interactions are configured. |
| Useful for quick visual and interaction checks. | Useful for finding usability and functional problems. |
| Can be performed frequently during development. | Can involve designers, stakeholders, developers, or users. |
Design Screens
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Create Prototype Connections
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Set Triggers and Actions
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Set Starting Point
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Configure Animations
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Preview Prototype
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Test User Flow
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Identify Problems
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Fix Design or Interaction
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Preview Again
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Share for Feedback
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Final Validation
Before previewing, make sure the design is properly prepared. Prototype playback depends on how frames, connections, starting points, and interactions are configured.
A flow starting point defines where a prototype journey begins. It is especially useful when a Figma file contains multiple user journeys such as Login Flow, Checkout Flow, Profile Flow, and Settings Flow.
Login Flow
Starting Point → Login → OTP → Home
Shopping Flow
Starting Point → Home → Product → Cart → Checkout
Profile Flow
Starting Point → Home → Profile → Settings
Multiple flows allow different journeys to be tested independently without creating separate design files.
Inline Preview allows you to play the prototype directly within the Figma editor. It is especially useful while building and debugging interactions because you can keep the design canvas and prototype experience together.
When a design change is made on the canvas, the inline preview can reflect the updated design, making it convenient for iterative testing.
A commonly used keyboard shortcut for opening inline Preview is Shift + Space.
Restarting a prototype is useful when you want to test the same user journey from the beginning. During repeated testing, restart the flow after making changes so that previous interactions do not affect the current test.
Start Test
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Perform Interaction
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Observe Result
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Restart
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Repeat Test
Presentation view opens the prototype in a separate tab and provides a more immersive experience. It is useful for client presentations, stakeholder demonstrations, usability testing, and final prototype review.
Presentation view allows the prototype to be experienced more like a real website or application rather than as a design inside the editor.
| Feature | Inline Preview | Presentation View |
|---|---|---|
| Location | Inside editor | Separate tab |
| Main purpose | Design and interaction checking | Presentation and realistic testing |
| Design editing | Easy to perform alongside preview | Usually performed separately |
| Client demonstration | Less ideal | Very useful |
| Fullscreen experience | Limited | Supported |
| Device presentation | Supported depending on settings | Supported |
On desktop, Figma also provides keyboard shortcuts for opening Presentation view.
Fullscreen testing removes many editor-related distractions and allows the prototype to be evaluated more like a real product. This is particularly useful for stakeholder demonstrations and usability sessions.
Use fullscreen mode when you want testers to concentrate on the prototype rather than the Figma interface.
A hotspot is an interactive area that users can click, tap, hover, or otherwise interact with depending on the configured trigger. During testing, verify that every important hotspot responds correctly.
Button
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Hotspot
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Trigger
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Action
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Destination
Buttons are among the most frequently tested prototype elements. Verify that each button performs the intended action.
Navigation testing verifies that users can move through the application without becoming trapped or redirected to an incorrect destination.
Home
↓
Products
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Product Details
↓
Cart
↓
Checkout
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Payment
↓
Order Confirmation
Test both forward and backward navigation wherever the experience requires it.
Back navigation should return users to an expected previous state or screen. Test the Back action carefully in flows containing multiple screens, overlays, and branches.
Home → Product → Cart → Checkout
↑
Back
Overlays are commonly used for modals, dropdown menus, confirmation dialogs, navigation menus, notifications, tooltips, and bottom sheets.
When testing an overlay, verify:
If interactive components and variants are used, test every relevant component state.
Default
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Hover
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Pressed
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Selected
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Disabled
Check whether the correct variant appears for each interaction state.
Animations should be tested for timing, direction, smoothness, and consistency. A technically correct interaction can still provide a poor user experience if the animation is too slow, too fast, distracting, or inconsistent with the rest of the interface.
Smart Animate can create smooth transitions between matching layers. During testing, verify that the correct layers animate and that unwanted elements do not unexpectedly move, resize, rotate, or fade.
Frame A
Button Position = Left
↓
Smart Animate
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Frame B
Button Position = Right
Scrollable prototypes should be tested by actually scrolling through the content. Verify that the intended content moves while fixed navigation, headers, or other fixed elements remain in the correct position.
Figma prototypes can simulate form experiences even though they do not behave like fully developed production applications. Test the visual and interaction flow of forms carefully.
Login Screen
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Enter Email
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Enter Password
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Click Login
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Loading State
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Dashboard
Remember that a visual prototype may simulate states rather than actually process authentication or store real form data.
For dropdowns, verify that the menu opens from the correct trigger, displays the expected options, and closes correctly.
For modal dialogs, verify the opening trigger, modal position, background overlay, close behavior, action buttons, and transition.
Open Modal
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Read Information
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Cancel / Close
OR
Confirm
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Expected Result
Confirmation dialogs are commonly used for destructive actions such as deleting an account, removing a product, or cancelling an order.
Test both possible paths:
Delete
↓
Confirmation Dialog
├── Cancel → Return
└── Confirm → Success / Deleted State
Notifications should appear at the intended time and location. Check whether the notification animation, content, close behavior, and duration match the intended user experience.
Figma supports previewing prototypes on mobile devices through the Figma mobile app. This allows designers to experience interactions closer to the real target device.
Mobile testing is especially important for checking touch targets, navigation, overlays, scrolling, orientation, and overall usability.
Figma prototype settings allow designers to configure device presentation, orientation, model, and background. Device settings can make a prototype appear more realistic during presentation and testing.
When designing responsive or mobile experiences, verify how the selected prototype device presents the design. Figma's prototype orientation is configured at the prototype level, so projects containing both portrait and landscape designs should be planned carefully.
Prototype viewers provide scaling options that help users view designs at different sizes. Testers should select a suitable scaling mode so that the prototype remains easy to inspect without creating misleading results.
| Scenario | Recommended Approach |
|---|---|
| Desktop testing | Use an appropriate fit or width-based view. |
| Mobile testing | Use a device-oriented or fit-to-screen view. |
| Client presentation | Use fullscreen or presentation view. |
| Detailed interaction debugging | Use inline Preview. |
A large application may contain multiple independent user journeys. Instead of testing only one starting screen, create separate flows for important journeys.
Flow 1: Login
Login → OTP → Home
Flow 2: Shopping
Home → Product → Cart → Checkout
Flow 3: Profile
Home → Profile → Edit Profile
Flow 4: Support
Home → Help → FAQ → Contact Support
Do not test only individual buttons. A prototype should also be tested as a complete journey.
Task:
"Find a product and complete checkout."
Test:
Home
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Search
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Search Result
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Product Details
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Add to Cart
↓
Cart
↓
Checkout
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Order Confirmation
This type of testing helps identify problems that may not be visible when testing individual interactions.
Task-based testing gives the tester a specific objective instead of simply asking them to click around the prototype.
Example tasks:
When a prototype is shared with other people, test the shared link before sending it to stakeholders or users. Confirm that the intended prototype opens and that the recipient has the required access.
A prototype can work correctly for the designer but fail for another person because of permission settings, incorrect starting points, or configuration differences. Testing the exact shared link reduces this risk.
Testing a shared prototype in an incognito/private browser window can help verify the experience from a viewer's perspective rather than relying on the designer's existing login and permissions.
Designer Account
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Prototype Link
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Private / Incognito Window
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Viewer Experience
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Verify Access
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Verify Prototype
Stakeholders should be given realistic tasks rather than only being shown individual screens. Ask them to complete important journeys and observe where they hesitate or become confused.
Usability testing evaluates how easily real or representative users can complete tasks using the prototype. The objective is not only to verify that interactions work but also to determine whether the experience is understandable and efficient.
During usability testing, observe user behavior instead of immediately explaining what they should do.
Useful testing observations can include:
| Metric | Meaning |
|---|---|
| Task Success | Whether the user successfully completed the task. |
| Task Time | How long the user needed to complete the task. |
| Misclicks | Incorrect interactions made by the user. |
| Drop-off | Where users stop or abandon the journey. |
| Confusion Points | Places where users hesitate or need assistance. |
Figma prototypes can be used with usability testing platforms such as UserTesting and Maze. These platforms can help teams collect feedback and usability information from users interacting with a shared Figma prototype.
For example, a Figma prototype link can be provided as the starting URL for a user testing task, allowing participants to complete predefined scenarios.
UserTesting can be used to evaluate Figma prototypes with target users. A prototype share link can be included in a test plan, and contributors can be asked to perform specific tasks while their feedback is collected.
Figma Prototype
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Share Prototype Link
↓
Create User Test
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Define Scenario
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User Performs Tasks
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Collect Feedback
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Analyze Results
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Improve Design
Maze can be used for usability testing and measurement of Figma prototype experiences. Depending on the testing setup, teams can evaluate task success, misclicks, duration, heat maps, and user feedback.
Prototype testing should also consider accessibility. A prototype may look visually correct while still presenting usability problems for people with disabilities.
Figma provides accessibility settings in presentation view to help users access and interact with prototypes. These options can be useful when reviewing a prototype with accessibility requirements.
Where keyboard interaction is relevant, test whether the intended prototype experience communicates the expected navigation and interaction behavior. Keyboard-based prototype testing can be especially useful for desktop web application concepts.
Loading states should be included in prototype testing when they are part of the intended user experience.
Click Submit
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Loading
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Success
OR
Error
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User Action
Check whether the loading animation is understandable and whether users know what is happening.
Error states are often forgotten during prototype demonstrations. Test important error scenarios such as invalid login, failed payment, missing information, unavailable product, or network-related messages.
Empty states should also be tested where applicable.
Search
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No Results
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Empty State
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Suggested Action
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Try Again / Clear Search
After completing an action, verify that the success state communicates the result clearly.
Complex prototypes may contain different outcomes based on user actions or conditions. Test each important branch separately.
Login
↓
Credentials Valid?
├── Yes → Dashboard
└── No → Error Message
When variables or state management are used, test each important state transition. Verify that the interface changes to the correct state and that the next interaction starts from the expected condition.
When an interaction does not work, debug it systematically instead of rebuilding the entire prototype.
| Problem | Possible Cause | Solution |
|---|---|---|
| Button does nothing | No connection | Add the required prototype connection. |
| Wrong screen opens | Incorrect destination | Check the interaction destination. |
| Prototype starts from wrong screen | Incorrect starting point | Change the flow starting point. |
| Overlay does not close | Close interaction missing | Add Close overlay or appropriate behavior. |
| Animation looks incorrect | Incorrect transition or layer matching | Review animation settings. |
| Scrolling does not work | Incorrect frame or overflow configuration | Review scroll and frame settings. |
| Viewer cannot access prototype | Sharing permissions | Review prototype sharing settings. |
| Prototype feels slow | Heavy assets or complex interactions | Optimize assets and simplify unnecessary animations. |
A wrong starting point can make a perfectly designed prototype appear broken. Always test the prototype from each configured starting point before sharing it.
Flow A → Verify Starting Screen
Flow B → Verify Starting Screen
Flow C → Verify Starting Screen
Flow D → Verify Starting Screen
Every important interactive element should be checked for its connection. Review the complete chain:
Element
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Trigger
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Action
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Destination
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Animation
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Expected Result
Prototype performance matters when a file contains many high-resolution images, videos, complex animations, or large numbers of screens.
A heavy prototype can take longer to load and may create an inaccurate testing experience. For usability testing, a focused testing file containing only the necessary screens and assets can make the experience cleaner and more reliable.
Figma supports presenting prototypes offline when the prototype has been preloaded while online. This can be useful for presentations where internet connectivity is unreliable.
Always perform a final test before presenting a prototype to a client or stakeholder.
Complete Prototype
↓
Final Preview
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Test Main Flows
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Fix Issues
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Open Presentation View
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Check Device / Background
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Test Shared Link
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Present to Client
Before handing a prototype to developers, verify that the intended user journeys are clear and consistent. Developers should not have to guess what happens after an interaction.
Consider an e-commerce application with the following flow:
Home
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Search Product
↓
Product Listing
↓
Product Details
↓
Add to Cart
↓
Cart
↓
Checkout
↓
Payment
↓
Order Confirmation
Testing should verify every step, including product selection, cart updates, checkout navigation, confirmation dialogs, and the final success state.
Home
↓
Search Restaurant
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Restaurant Details
↓
Select Food
↓
Add to Cart
↓
Cart
↓
Apply Coupon
↓
Address
↓
Payment
↓
Order Confirmed
Test filters, overlays, restaurant cards, food selection, cart interactions, coupon states, address selection, payment flow, and order confirmation.
Login
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Dashboard
↓
Send Money
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Select Beneficiary
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Enter Amount
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Confirm
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Success
Test login navigation, account selection, amount entry states, confirmation overlays, cancellation, success messages, and back navigation.
Home
↓
About
↓
Projects
↓
Project Details
↓
Contact
↓
Success Message
Test navigation menus, project links, page transitions, external links, contact interactions, and responsive presentation.
Responsive prototype testing checks whether different layouts communicate the intended experience across desktop, tablet, and mobile designs.
| Device | Things to Check |
|---|---|
| Desktop | Navigation, spacing, hover interactions, large layouts. |
| Tablet | Navigation changes, content width, touch targets. |
| Mobile | Touch targets, scrolling, overlays, mobile navigation. |
| Designer Testing | User Testing |
|---|---|
| Checks whether the prototype works as designed. | Checks whether users understand and can use it. |
| Focuses heavily on interaction correctness. | Focuses heavily on usability. |
| Can identify technical prototype issues. | Can identify unexpected user behavior. |
| Usually performed frequently. | Usually performed at planned testing stages. |
TEST
↓
OBSERVE
↓
IDENTIFY PROBLEM
↓
MAKE DESIGN CHANGE
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PREVIEW AGAIN
↓
TEST AGAIN
This iterative cycle is one of the most important practices in interactive product design.
For larger projects, maintain a testing checklist or test plan containing the important user journeys.
| Test ID | Scenario | Expected Result | Status |
|---|---|---|---|
| T001 | Login | User reaches dashboard | Pass/Fail |
| T002 | Open menu | Navigation menu appears | Pass/Fail |
| T003 | Add product | Product appears in cart | Pass/Fail |
| T004 | Checkout | Order confirmation appears | Pass/Fail |
Test Case ID:
Test Scenario:
Starting Point:
Steps:
1. Open prototype
2. Click required element
3. Navigate to destination
4. Perform next action
Expected Result:
Actual Result:
Status:
Notes:
When a prototype is changed, previously working interactions should be tested again. For example, changing navigation may accidentally affect menus, overlays, or connected screens.
Old Prototype
↓
Make Change
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Test Changed Feature
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Retest Existing Flows
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Confirm No Regression
Perform a new testing cycle after major changes such as redesigning navigation, replacing components, changing screen structures, modifying prototype connections, or introducing new flows.
Modern interfaces often have multiple states. Test each meaningful state rather than only the default state.
Button
├── Default
├── Hover
├── Pressed
├── Disabled
└── Selected
Interactive overlays should be tested for opening, positioning, background behavior, closing, and transitions.
Click Menu
↓
Open Overlay
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Select Option
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Navigate / Update State
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Close Overlay
When testing accessibility, consider whether users can understand the interface without relying exclusively on color, whether text remains readable, whether interactions are obvious, and whether important information is communicated clearly.
Placeholder content can hide real usability problems. Use realistic names, product titles, prices, messages, images, and text lengths when testing important screens.
For example, a short placeholder such as Product Name may not reveal layout problems caused by a long real product title.
Test screens using realistic maximum-length content. Long titles, names, addresses, error messages, and notification text can reveal wrapping, clipping, overflow, and alignment problems.
Edge-case testing checks unusual but important scenarios.
Prototype preview is the process of playing an interactive Figma prototype to see how screens, connections, animations, overlays, and user interactions behave.
Preview is primarily useful for checking a prototype while designing inside the editor, while Present opens the prototype in a separate presentation view for a more immersive experience, demonstrations, sharing, and testing.
They define where a particular user journey begins and allow multiple prototype flows to be tested independently.
Testing helps identify incorrect navigation, missing interactions, broken states, animation issues, usability problems, and incomplete user journeys before development begins.
Buttons, navigation, overlays, animations, scrolling, forms, states, error messages, success states, device presentation, complete user journeys, and shared access should all be considered.
Testing the actual shared link verifies that permissions, starting points, and prototype behavior work correctly for the intended viewers.
Usability testing evaluates whether users can understand and complete intended tasks efficiently using the prototype.
Edge cases reveal layout, navigation, and interaction problems that may not appear when testing only normal scenarios.
Heavy prototypes can load slowly and create a poor testing experience. Keeping the test prototype focused and optimized makes user testing more reliable.
Regression testing means retesting previously working prototype interactions after making changes to ensure that existing flows still work correctly.
☐ Frames are correctly created
☐ Flow starting points are correct
☐ Buttons are connected
☐ Navigation works
☐ Back actions work
☐ Overlays work
☐ Close actions work
☐ Dropdowns work
☐ Animations are correct
☐ Smart Animate is checked
☐ Scrolling works
☐ Fixed elements work
☐ Forms are tested
☐ Error states are tested
☐ Success states are tested
☐ Empty states are tested
☐ Mobile experience is tested
☐ Device settings are correct
☐ Accessibility is considered
☐ Shared link works
☐ Permissions are correct
☐ Performance is acceptable
☐ Main user journeys are complete
☐ Regression testing is complete
Figma Basics
↓
Frames & Components
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Prototype Connections
↓
Triggers & Actions
↓
Navigation Flows
↓
Page Transitions
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Interactive Overlays
↓
Smart Animate
↓
Previewing Prototypes
↓
Testing User Flows
↓
Usability Testing
↓
Advanced Prototyping
↓
Developer Handoff
Previewing and Testing Prototypes is a critical step in the Figma design process because it transforms a collection of static screens into an experience that can be evaluated like a real product. Designers should use Inline Preview for quick iteration and Presentation view for immersive demonstrations, sharing, and usability testing.
A professional prototype should not only look correct but should also provide clear navigation, meaningful interactions, appropriate animations, correct states, accessible experiences, and complete user journeys. Regular testing helps designers discover problems early, improve usability, communicate ideas clearly, and deliver better designs to developers and stakeholders.
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