Interactive Components in Figma are reusable components that contain their own interactive behavior, allowing designers to create dynamic states such as hover, pressed, selected, expanded, disabled, checked, and active states without creating separate prototype connections for every instance.
Interactive Components are especially useful for buttons, navigation menus, dropdowns, tabs, checkboxes, radio buttons, toggles, cards, accordions, form controls, and other reusable UI elements. They help designers build realistic prototypes while keeping interactions centralized and reusable.
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Interactive Components are Figma components that include prototype interactions between their variants. Instead of manually connecting every instance to another frame, designers can define how a component should respond to user actions once and then reuse that behavior throughout the design.
Component
↓
Create Variants
↓
Define Interaction
↓
Connect Variants
↓
Publish/Reuse Component
↓
Use Interactive Component in Prototype
For example, a button component can contain Default, Hover, Pressed, and Disabled variants. The interaction between these variants can be defined inside the component itself.
| Feature | Normal Component | Interactive Component |
|---|---|---|
| Reusable design | Yes | Yes |
| Variants | Yes | Yes |
| Built-in prototype behavior | Limited | Yes |
| State transitions | Manual | Reusable |
| Hover behavior | Can require manual setup | Can be defined inside component |
| Pressed state | Manual prototype setup | Reusable interaction |
| Maintenance | More repetitive | More centralized |
Interactive Components commonly use component variants to represent different states of the same UI element.
Button Component Set
Default
Hover
Pressed
Disabled
Loading
Each variant can have different visual properties while remaining part of the same component set.
A variant is an alternative state or version of a component. Variants allow designers to store multiple states inside one component set.
Button
├── Default
├── Hover
├── Pressed
├── Disabled
└── Loading
Interactive behavior can then be created between these variants.
Component Set
↓
Variant A
↓
Trigger
↓
Change To
↓
Variant B
For example:
Default Button
↓
While Hovering
↓
Change To
↓
Hover Button
Triggers determine when an interaction should start.
| Trigger | Example |
|---|---|
| On Click | Desktop button interaction |
| On Tap | Mobile button interaction |
| While Hovering | Hover state |
| While Pressing | Pressed state |
| On Drag | Slider or draggable control |
| Key/Gamepad | Keyboard or controller interaction |
The Change to action allows an interactive component to switch from one variant to another.
Trigger: On Click
Action: Change To
Destination: Selected
This is one of the most important actions used when building Interactive Components.
Buttons are one of the most common use cases for Interactive Components.
Button States
Default
Hover
Pressed
Disabled
Example interaction:
Default
↓
While Hovering
↓
Hover
Hover
↓
While Pressing
↓
Pressed
A hover interaction changes the visual appearance of a button when the pointer moves over it.
Default Button
↓
While Hovering
↓
Hover Button
Typical changes include background color, border color, shadow, icon color, or text color.
The pressed state represents the moment when a user is actively pressing a button.
Hover
↓
While Pressing
↓
Pressed
A pressed state can use a darker background, smaller scale, stronger shadow, or other visual feedback.
A disabled button represents an unavailable action. It normally does not transition to an active state.
Button
State: Disabled
Interaction: None
Disabled buttons are useful for forms, checkout flows, login screens, and validation interfaces.
A loading variant can communicate that an operation is in progress.
Default
↓
On Click
↓
Loading
↓
Success
A loading button can contain a spinner or progress indicator.
Toggle switches are ideal candidates for Interactive Components because they normally contain On and Off states.
Toggle Off
↓
On Click
↓
Toggle On
Toggle On
↓
On Click
↓
Toggle Off
Checkboxes can use interactive variants to represent unchecked, checked, disabled, and error states.
Unchecked
Checked
Disabled
Error
Example:
Unchecked
↓
On Click
↓
Checked
Radio buttons can use variants to represent selected and unselected states.
Radio Unselected
↓
On Click
↓
Radio Selected
Tabs frequently require active and inactive states. Interactive Components make these transitions reusable.
Tab States
Inactive
Active
Hover
Disabled
Example:
Inactive Tab
↓
On Click
↓
Active Tab
Navigation components can use interactive states to represent active, hover, and selected navigation items.
Navigation Item
Default
Hover
Active
Disabled
Dropdowns can be represented using collapsed and expanded states.
Dropdown Closed
↓
On Click
↓
Dropdown Open
The expanded state can display menu options, while the closed state displays only the selected value.
Accordions commonly use collapsed and expanded variants.
Accordion Closed
↓
On Click
↓
Accordion Open
The expanded variant can display additional information while the collapsed variant hides it.
Interactive Components can be used to demonstrate modal states such as closed, opening, open, and closing.
Modal Closed
↓
On Click
↓
Modal Open
Tooltips can use hover interactions to display additional information.
Icon
↓
While Hovering
↓
Show Tooltip
Cards can have default, hover, selected, and disabled states.
Card
├── Default
├── Hover
├── Selected
└── Disabled
Hover interactions can change the shadow, border, background, or elevation.
Search controls can use interactive states such as default, focused, typing, loading, and results.
Search Default
↓
On Click
↓
Search Focused
↓
Typing
↓
Search Results
Input fields can be designed with multiple reusable states.
| State | Purpose |
|---|---|
| Default | Initial state |
| Focused | User is entering information |
| Filled | Field contains information |
| Error | Invalid information |
| Success | Valid information |
| Disabled | Field unavailable |
Password fields often contain a visibility toggle.
Password Hidden
↓
On Click Eye Icon
↓
Password Visible
Password Visible
↓
On Click Eye Icon
↓
Password Hidden
Star rating components can use different variants to represent selected and unselected stars.
Star Empty
↓
On Click
↓
Star Filled
Multiple instances can be used to create a five-star rating system.
A like button can switch between unliked and liked states.
Not Liked
↓
On Click
↓
Liked
The visual state may change the icon, color, counter, or animation.
Favorite Off
↓
On Click
↓
Favorite On
This pattern is commonly used for products, articles, playlists, and saved items.
Bookmark components can use saved and unsaved variants.
Bookmark Off
↓
On Click
↓
Bookmark On
A hamburger menu can switch between closed and open states.
Menu Closed
↓
On Click
↓
Menu Open
The icon may also change from a hamburger icon to a close icon.
Media controls can use interactive states such as play and pause.
Play
↓
On Click
↓
Pause
Pause
↓
On Click
↓
Play
Audio interfaces can use reusable interactive components for play, pause, mute, unmute, previous, and next controls.
Audio Controls
├── Play
├── Pause
├── Mute
├── Unmute
├── Previous
└── Next
Carousels can use interactive controls for previous and next navigation.
Slide 1
↓ Next
Slide 2
↓ Next
Slide 3
Interactive arrows can be reused across multiple carousel instances.
Pagination components can contain active and inactive page states.
Page 1 Active
Page 2 Inactive
Page 3 Inactive
Clicking a page can change its visual state and demonstrate the intended navigation behavior.
Steppers are useful for multi-step forms and checkout experiences.
Step 1 Active
↓
Step 2 Active
↓
Step 3 Active
↓
Complete
Progress indicators can have multiple states representing different completion levels.
0%
25%
50%
75%
100%
Interactive components can demonstrate how the indicator changes as the user progresses.
E-commerce interfaces contain many reusable interactive elements such as add-to-cart buttons, wishlist buttons, product cards, filters, quantity controls, and checkout controls.
Product Card
↓
Add to Cart
↓
Added
↓
View Cart
An Add to Cart button can have several states.
Add to Cart
↓
Loading
↓
Added to Cart
↓
View Cart
Quantity selectors can contain plus and minus controls and multiple visual states.
Quantity = 1
Minus → Quantity - 1
Plus → Quantity + 1
The minus control can become disabled when the minimum quantity is reached.
Checkout components can represent address selection, payment selection, delivery options, and confirmation states.
Checkout
↓
Address
↓
Delivery
↓
Payment
↓
Confirmation
Login components can contain default, focused, error, loading, and success states.
Login Default
↓
Enter Details
↓
Submit
↓
Loading
↓
Success / Error
Registration forms can use reusable input and button components to demonstrate different states.
Registration
↓
Input Fields
↓
Validation
↓
Submit
↓
Success / Error
Onboarding screens can use interactive indicators, buttons, cards, selections, and navigation controls.
Welcome
↓
Select Preferences
↓
Select Interests
↓
Complete Profile
↓
Finish
Mobile navigation commonly contains active and inactive navigation items.
Home
Search
Favorites
Profile
When the user taps an item, the selected item can change to its active variant.
Desktop navigation can use hover and active states to provide clear visual feedback.
Navigation Item
├── Default
├── Hover
├── Active
└── Disabled
A theme switcher can use interactive variants for light and dark states.
Light Mode
↓
On Click
↓
Dark Mode
This can be combined with variable modes to demonstrate theme switching.
Language selectors can use closed and open states and different selected values.
Language Selector
↓
Open
↓
English / Hindi / Marathi / Other
↓
Selected Language
Filter controls can use selected and unselected states.
Filter Off
↓
On Click
↓
Filter On
This is useful for product filtering, dashboard filters, search filters, and category selection.
Chips can contain default, selected, disabled, and removable states.
Chip Default
↓
On Click
↓
Chip Selected
Segmented controls allow users to switch between related views or modes.
Daily | Weekly | Monthly
Daily = Active
Weekly = Inactive
Monthly = Inactive
Alerts can be designed with informational, success, warning, and error states.
| Alert State | Purpose |
|---|---|
| Information | General information |
| Success | Successful operation |
| Warning | Potential issue |
| Error | Failed operation |
Notification components can demonstrate unread, read, selected, and dismissed states.
Unread
↓
On Click
↓
Read
Skeleton components can represent loading states before content becomes available.
Loading Skeleton
↓
Content Loaded
↓
Normal Content
Reusable error components can provide consistent error feedback throughout an application.
Normal
↓
Error
↓
Retry
↓
Normal
Success states can be used after completing actions such as registration, payment, form submission, or checkout.
Submit
↓
Loading
↓
Success
Component properties help designers expose meaningful controls when using reusable components. Common property concepts include text, boolean, instance swap, and variant properties.
| Property Type | Example |
|---|---|
| Boolean | Show Icon |
| Text | Button Label |
| Instance Swap | Leading Icon |
| Variant | Button Size |
Boolean properties can control whether a component feature is enabled or visible.
Show Icon = true
Show Icon = false
This allows a component instance to expose simple configuration options without creating unnecessary component variants.
Text properties allow designers to change text content while maintaining the component structure.
Button Text:
"Continue"
"Submit"
"Buy Now"
"Learn More"
Instance swap properties allow designers to replace nested component instances, such as icons, while keeping the main component reusable.
Button
├── Leading Icon
├── Label
└── Trailing Icon
Variant properties define differences between component states and configurations.
State = Default
State = Hover
State = Pressed
State = Disabled
Size = Small
Size = Medium
Size = Large
Interactive Components can be combined with variables to create more dynamic prototypes. Variables can store values such as selected states, quantities, text values, or other prototype information.
isSelected = true
IF isSelected == true
→ Show Selected State
ELSE
→ Show Default State
Boolean variables are useful for representing component states.
isMenuOpen = false
On Click:
Set isMenuOpen = true
This approach can be combined with component variants to simulate dynamic menus.
Number variables can represent counters, quantities, scores, progress values, and other numeric states.
quantity = 1
On Click Plus:
quantity = quantity + 1
On Click Minus:
quantity = quantity - 1
String variables can represent selected options or named application states.
selectedTab = "Home"
If selectedTab == "Home"
→ Show Home State
Conditional logic can be combined with Interactive Components to determine which component state should be displayed.
IF isLoggedIn == true
→ Show Logged In Component
ELSE
→ Show Login Component
Smart Animate can create smooth transitions between compatible component variants. It is useful for demonstrating changes in position, size, opacity, color, and other compatible properties.
Default
↓
Smart Animate
↓
Active
Good layer naming and consistent layer structure help create smoother prototype transitions.
Animation makes component interactions feel more realistic. Depending on the design, designers can use instant transitions, smart animations, easing, and duration settings.
| Animation | Example Use |
|---|---|
| Instant | Immediate state change |
| Smart Animate | Smooth state transition |
| Ease In | Gradual start |
| Ease Out | Gradual finish |
| Ease In and Out | Smooth beginning and ending |
Interactive Components become especially powerful when included in shared design system libraries. Designers can reuse standardized components across multiple projects.
Design System Library
├── Buttons
├── Inputs
├── Forms
├── Navigation
├── Cards
├── Modals
├── Tabs
└── Feedback Components
A design system can use Interactive Components to standardize both appearance and behavior.
| Component | Interactive States |
|---|---|
| Button | Default, Hover, Pressed, Disabled |
| Input | Default, Focused, Error, Success |
| Checkbox | Unchecked, Checked, Disabled |
| Tabs | Inactive, Active, Hover |
| Dropdown | Closed, Open |
Clear naming makes component sets easier to understand and maintain.
Component: Button
State = Default
State = Hover
State = Pressed
State = Disabled
Size = Small
Size = Medium
Size = Large
Use consistent property names across related components.
Component states should follow a predictable naming structure.
Component / State / Size
Button / Default / Medium
Button / Hover / Medium
Button / Pressed / Medium
Button / Disabled / Medium
Interactive Components can be reused across different screen sizes while maintaining consistent interaction behavior.
Desktop
├── Navigation
├── Buttons
└── Forms
Mobile
├── Navigation
├── Buttons
└── Forms
Responsive properties can be combined with component variants and variables to create scalable interfaces.
Mobile app prototypes frequently use Interactive Components for bottom navigation, buttons, toggles, cards, forms, menus, and gestures.
Mobile App
↓
Interactive Components
├── Bottom Navigation
├── Buttons
├── Cards
├── Toggles
├── Inputs
└── Menus
Web applications can use Interactive Components for navigation bars, sidebars, tables, filters, dropdowns, buttons, alerts, and dashboards.
Web Application
↓
Navigation
↓
Dashboard
↓
Filters
↓
Tables
↓
Forms
Dashboards can contain interactive cards, filters, tabs, dropdowns, navigation items, and data controls.
Dashboard
├── Sidebar
├── Filter
├── Tabs
├── Statistic Cards
├── Data Table
└── Pagination
E-commerce systems can use Interactive Components for product cards, quantity selectors, wishlist controls, filters, cart buttons, payment controls, and checkout steps.
Product
↓
Select Options
↓
Add to Cart
↓
Cart
↓
Checkout
↓
Payment
Forms contain many reusable states. Interactive Components can standardize the behavior of fields and controls.
Form
├── Text Input
├── Password Input
├── Checkbox
├── Radio Button
├── Dropdown
└── Submit Button
The main advantage of Interactive Components is that designers can define reusable interactions inside a component rather than repeatedly connecting individual instances.
Without Interactive Components:
Button 1 → Hover Frame
Button 2 → Hover Frame
Button 3 → Hover Frame
Button 4 → Hover Frame
With Interactive Components:
Button Component
↓
Reusable Interaction
↓
Multiple Instances
Centralizing interactions makes prototypes easier to maintain. If a component's interaction behavior needs to change, the component can be updated rather than manually updating every instance connection.
One Component
↓
Multiple Instances
↓
Shared Interaction Behavior
Interactive Components can help communicate intended UI behavior to developers. Developers can observe how components transition between states and understand the expected interaction model.
However, Figma prototypes demonstrate intended product behavior and should not be treated as production application logic.
Developers can inspect component structures, properties, dimensions, styles, and related design information while reviewing the implementation requirements.
A well-organized component system makes developer handoff easier because states and reusable behaviors are clearly defined.
Interactive states should provide clear visual feedback and should not depend only on color. Designers should consider focus states, contrast, readable labels, disabled states, touch targets, and keyboard interaction when designing accessible components.
Reusable components help maintain consistent interaction patterns throughout an application.
Same Component
↓
Same Visual Design
↓
Same Interaction
↓
Consistent User Experience
Create a complete button component with multiple states and sizes.
Button
├── Small
├── Medium
└── Large
States:
Default
Hover
Pressed
Disabled
Loading
Success
Default
↓
Hover
↓
Pressed
↓
Loading
↓
Success
Create a registration form using reusable interactive input and button components.
Registration Form
↓
Name Field
↓
Email Field
↓
Password Field
↓
Terms Checkbox
↓
Submit Button
↓
Success / Error
Create an interactive product card with wishlist, product selection, quantity, and Add to Cart states.
Product Card
├── Default
├── Hover
├── Favorite
├── Selected
└── Added to Cart
Create a reusable bottom navigation component with active and inactive states.
Home
Search
Cart
Favorites
Profile
Selected Item
↓
Active Variant
Create a reusable FAQ accordion with collapsed and expanded states.
Question Closed
↓
On Click
↓
Question Open
↓
Show Answer
Create a reusable toggle component with On, Off, Hover, Pressed, and Disabled states.
Off
↓
Hover
↓
Pressed
↓
On
Identify Reusable UI Element
↓
Create Base Component
↓
Create Required Variants
↓
Define Variant Properties
↓
Design Each State
↓
Add Prototype Interactions
↓
Select Trigger
↓
Use Change To
↓
Configure Animation
↓
Preview Component
↓
Test All States
↓
Create Instances
↓
Publish to Library
↓
Maintain Component
Problem:
Button does not change to Hover state.
Check:
1. Is Hover a variant of the same component set?
2. Is the trigger While Hovering?
3. Is Change to selected?
4. Is the Hover variant selected as destination?
5. Are the variants named correctly?
6. Is the prototype being previewed correctly?
| Concept | Purpose |
|---|---|
| Component | Reusable UI element |
| Variant | Alternative state or configuration |
| Component Set | Collection of related variants |
| Trigger | Starts an interaction |
| Change To | Switches to another variant |
| Interactive Component | Reusable component with prototype behavior |
| Boolean Property | Controls a true/false component option |
| Text Property | Controls component text |
| Instance Swap | Replaces nested component instances |
| Variant Property | Defines component state/configuration |
| Smart Animate | Creates smooth transitions |
Interactive Components are reusable Figma components that contain prototype interactions between their variants, allowing instances to respond to user actions.
They reduce repetitive prototype work and allow reusable UI elements to contain their own interactive behavior.
A variant is an alternative state or configuration of a component, such as Default, Hover, Pressed, or Disabled.
Change to is commonly used to transition from one component variant to another.
A normal component primarily provides reusable design structure, while an Interactive Component can also contain reusable prototype interactions between its states.
Yes. Interactive Components can be combined with variables to create more dynamic prototype behavior and state management.
Buttons, toggles, checkboxes, dropdowns, tabs, accordions, navigation items, cards, input fields, and menus are common examples.
Component properties expose useful controls such as text, boolean options, instance swaps, and variant selections to component users.
Clear names make component sets easier to understand, maintain, search, and use consistently.
They allow designers to define reusable interactions once and use the same behavior across multiple component instances.
Interactive Components are an important part of advanced Figma prototyping because they allow designers to combine reusable component structures with reusable interaction behavior. Instead of manually creating prototype connections for every instance, designers can define interactions between component variants and reuse those interactions throughout a product.
By combining Interactive Components with variants, component properties, variables, animations, and design system principles, designers can create realistic and maintainable prototypes for buttons, forms, navigation, e-commerce experiences, dashboards, mobile applications, and complete user journeys.
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