How to Use Figma to Create a Prototype (Step-by-Step)

Prototyping is one of Figma’s most powerful features, enabling designers to transform static mockups into interactive experiences. Whether you’re presenting ideas to stakeholders, testing user flows, or handing off to developers, prototyping brings your designs to life. This guide will walk you through creating compelling prototypes in Figma.

What Is Prototyping in Figma?

Prototyping is the process of creating interactive connections between frames to simulate how a product behaves. Instead of just showing static designs, prototypes allow you to demonstrate user interactions, transitions, and the overall flow of an application or website.

Why Prototype in Figma?

Communication: Show stakeholders exactly how the product will work
User testing: Gather feedback on the actual experience, not just visuals
Developer handoff: Provide clear specifications for implementation
Problem solving: Identify UX issues before development
Client confidence: Interactive demos build trust and buy-in

Understanding Frames and Connections

Creating Frames for Your Prototype

Before prototyping, you need multiple frames representing different states or screens:

Open your Figma file and create multiple frames
Each frame represents a screen or state (e.g., “Login Screen”, “Dashboard”, “User Profile”)
Name frames clearly for easy navigation during prototyping
Organize frames in logical groups using folders in the layers panel

The Prototype Panel

The Prototype panel is where you build interactions:

Select a layer or frame
Click the Prototype tab on the right panel
Click the plus (+) icon to add an interaction
Configure the interaction settings (trigger, action, animation)

Interaction Types in Figma

Figma supports multiple interaction triggers that define how users interact with your prototype:

1. On Click

The most common interaction type. Triggers when a user clicks an element.

Example: Clicking a “Login” button navigates to the dashboard.

Steps:

Select the element (button, image, etc.)
In Prototype panel, click the plus (+) icon
Choose On click as the trigger
Select the destination frame
Choose the animation type (see below)

2. On Hover

Triggers when a user hovers over an element.

Example: A button changes color or shows a tooltip on hover.

Use cases:

Button state changes
Revealing additional information
Interactive hints

3. On Drag

Triggers when a user drags an element.

Example: Dragging a slider to adjust a value.

Use cases:

Slider interactions
Drag-and-drop functionality
Swipe gestures

4. On Mouse Enter / On Mouse Leave

Fine-grained hover controls:

On Mouse Enter: When cursor enters the element
On Mouse Leave: When cursor leaves the element

Use cases: Tooltip delays, navigation expansions, hover-triggered modals.

5. Key Down / Key Up

Triggers on keyboard input.

Example: Pressing the Escape key to close a modal.

Use cases: Keyboard navigation, shortcuts, accessibility patterns.

Animation Options

After choosing a trigger, select how the transition appears:

1. Smart Animate

Figma’s intelligent animation system. Objects with the same name automatically animate between their states.

How it works:

Name elements identically across frames (e.g., “Button” in both frames)
Smart Animate automatically creates smooth transitions
Works for position, size, rotation, and color changes

Best for: Micro-interactions, button states, smooth transitions.

2. Dissolve

A fade transition where one frame fades out while the next fades in.

Duration: Configurable (typically 200-600ms) Best for: Screen transitions, modal appearances, content switching.

3. Push

One frame pushes another frame off screen in a specified direction.

Direction options:

Left, Right, Up, Down

Best for: Navigation flows, slide-out panels, next/back navigation.

4. Slide

One frame slides over the other.

Direction options:

Left, Right, Up, Down

Best for: Bottom sheets, side drawers, overlay navigation.

5. None

No animation—instant transition to the next frame.

Best for: Testing rapid flows, instant state changes, when animation isn’t appropriate.

Let’s create a practical example: a login flow with three screens.

Step 1: Design Three Frames

Create Frame 1: “Login Screen” with email input, password input, and “Sign In” button
Create Frame 2: “Loading Screen” with a loading spinner
Create Frame 3: “Dashboard” with welcome message and user data

Step 2: Add First Interaction

Select the “Sign In” button on the Login Screen
In Prototype panel, click the plus (+) icon
Set Trigger: On click
Set Destination: Loading Screen
Set Animation: Dissolve (200ms)

Step 3: Add Second Interaction

Select the Loading Screen frame
Click the plus (+) icon to add a new interaction
Set Trigger: After delay
Set Delay: 2000 ms (2 seconds)
Set Destination: Dashboard
Set Animation: Push Right

Select a back button on the Dashboard
Set Trigger: On click
Set Destination: Login Screen
Set Animation: Push Left

Step 5: Test Your Prototype

Click the Play button (top right) to enter prototype mode
Click “Sign In” to test the flow
Watch the interactions play out
Use the browser’s back button or click back elements to navigate

Advanced Prototyping Techniques

Creating Conditional Flows

Show different paths based on user actions:

From the same element, add multiple interactions with different triggers
Each can lead to different destination frames
Example: “Sign In” button connects to “Dashboard” on click; “Forgot Password” link connects to “Reset Password” screen

Using Component Variants for States

Component variants allow you to show different states without creating separate frames:

Create a button component with variants (default, hover, active, disabled)
Use Smart Animate to transition between variants smoothly
This reduces frame count and keeps designs organized

Overlays and Modals

Simulate modal dialogs without creating new frames:

Set animation to “None”
In the animation settings, enable “Overlay”
Select the background action (Close when clicked outside, etc.)

Sharing is how you get feedback and present to clients:

Creating a Shareable Link

Click Share (top right)
Choose Prototype tab
Enable Link access
Choose permission level:
- Can view: Recipients see the prototype but can’t edit
- Can edit: Recipients can view and modify the design
Copy and share the link

Prototype View Features

Recipients can:

Click through the prototype
Leave comments on frames
View in full screen
Access prototype on mobile (via Figma app)
See interaction flows and animations

Presentation Mode

For live presentations:

Click the play button to enter prototype mode
Present full screen (press F for fullscreen)
Click through interactions while presenting
Use the prototype panel to highlight interaction flows

Prototyping Tips for Better Client Presentations

1. Build Progressive Disclosure

Don’t show everything at once:

Start with the main user flow
Demonstrate key features first
Show edge cases and alternative paths second

2. Test on Real Devices

Use Figma’s mobile app to test on actual phones:

Share the prototype link
Open in Figma mobile app
Interact with the prototype on-device
Get a feel for touch interactions and performance

3. Use Realistic Data

Populate forms with realistic sample data
Show typical content lengths (not “Lorem ipsum”)
Demonstrate how the interface handles real-world scenarios

4. Create Multiple Flows

Design prototypes for different user paths:

Happy path (ideal user journey)
Error handling (what happens when something fails?)
Edge cases (unusual but possible scenarios)
Accessibility flow (keyboard navigation, screen reader behavior)

5. Add Micro-interactions

Small animations improve the feel of your prototype:

Button hover states
Loading indicators
Confirmation animations
Subtle transitions between screens

6. Performance Considerations

Large prototypes can be slow:

Reduce the number of unnecessary frames
Use components to avoid duplicating elements
Compress images before placing them
Test prototype performance before presenting

Common Prototyping Mistakes

Over-animating: Too many animations distract from the message
Unclear navigation: Users shouldn’t feel lost in the prototype
Incomplete flows: Leave obvious holes in the user journey
Slow animations: Animations longer than 1 second feel sluggish
No clear entry point: Users shouldn’t wonder where to start
Missing error states: Real products handle errors—show how yours does

Advanced Interaction Patterns

Creating a Tab Interface

Create frames for each tab’s content
Create buttons for each tab
Connect each button to its corresponding content frame
Use Smart Animate for smooth transitions

Building a Carousel

Create frames for each carousel item
Add left/right arrow buttons
Connect right arrow to next slide; left arrow to previous
Create a loop by connecting the last slide back to the first

Implementing Validation

Create frames for invalid input states
Connect the submit button to either success or error frame
In the error frame, provide a way to return and edit
Show helpful error messages

Use the Key Down trigger for arrow keys, Tab, Enter, Escape
Navigate through form fields with Tab
Close modals with Escape
Submit forms with Enter

Testing and Iteration

Gathering Feedback

Share prototype link with team or users
Request specific feedback: “Does the navigation feel intuitive?”
Use Figma’s comment feature to track feedback
Iterate based on input

A/B Testing Flows

Create two prototype versions with different interaction patterns
Share both links with test users
Compare which feels more intuitive
Use insights to refine the design

Exporting Interaction Specifications

For developer handoff:

Document all interactions in a specification sheet
Include trigger types, animation duration, and easing curves
Provide estimated wait times (loaders, delays)
Specify which screens are entry points
Include error state descriptions

Conclusion

Prototyping in Figma transforms your static designs into interactive experiences that communicate intent, test assumptions, and impress stakeholders. Master the fundamentals—frames, interactions, and animations—and you’ll be able to create prototypes that feel responsive and polished.

Start simple with basic on-click navigation. Once comfortable, layer in animations, conditional flows, and advanced patterns. Each prototype you build will make the next one faster and more sophisticated. Use prototyping to validate ideas early, reduce development surprises, and deliver confident, well-thought-out designs to your team.