Properties Panel in Figma
The Properties Panel is one of the most important areas of the Figma Design workspace. It is the right sidebar used to inspect, edit, and control the properties of selected layers and objects. The controls displayed in the panel change according to the type of object selected, such as a frame, text layer, shape, image, component, or instance.
The Properties Panel provides precise controls for position, size, alignment, typography, fills, strokes, effects, corner radius, constraints, auto layout, component properties, prototype interactions, and export settings. The Design and Prototype tabs are available when the user has edit access to a Figma Design file, while view-only users can inspect properties and export content according to their access. :contentReference[oaicite:0]{index=0}
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1. What is the Properties Panel?
The Properties Panel is the right-side panel in Figma that displays the properties and controls associated with the currently selected object. It allows designers to make precise changes without manually manipulating every property on the canvas.
Figma Design File
│
├── Navigation Bar
├── Layers / Assets
├── Canvas
└── Properties Panel
│
├── Design
├── Prototype
└── Properties / Inspection
The exact controls shown depend on the selected layer and the user's access level. :contentReference[oaicite:1]{index=1}
2. Location of the Properties Panel
The Properties Panel is located on the right side of the Figma Design interface. It works together with the Layers panel on the left and the canvas in the center.
┌────────────────┬──────────────────────────────┬─────────────────────┐
│ Layers Panel │ Canvas │ Properties Panel │
│ │ │ │
│ Header │ ┌──────────────┐ │ Position │
│ Hero │ │ │ │ Size │
│ Card │ │ Design │ │ Layout │
│ Footer │ │ │ │ Fill │
│ │ └──────────────┘ │ Stroke │
│ │ │ Effects │
└────────────────┴──────────────────────────────┴─────────────────────┘
Figma's current interface uses a navigation bar on the left, a canvas in the middle, and the properties panel on the right. :contentReference[oaicite:2]{index=2}
3. Why is the Properties Panel Important?
The Properties Panel allows designers to control designs accurately and consistently. Instead of depending only on visual dragging, designers can enter exact values for dimensions, spacing, typography, colors, and layout behavior.
- Set exact X and Y positions.
- Set exact width and height.
- Change rotation.
- Control alignment.
- Change fills and colors.
- Configure strokes.
- Apply corner radius.
- Apply shadows and blur.
- Edit typography.
- Configure auto layout.
- Configure constraints and resizing.
- Manage component properties.
- Create prototype interactions.
- Configure export settings.
4. Properties Panel and User Access
The available capabilities depend on the user's access to the file. With edit access, users can modify design properties and create prototype flows and interactions. With view-only access, users can inspect layer properties and export content according to the available permissions.
| Access | Typical Capabilities |
| Edit | Edit design properties and create or modify prototype interactions |
| View | Inspect properties, view comments, inspect code output where available, and export |
Figma documents these access differences as part of the right-sidebar workflow. :contentReference[oaicite:3]{index=3}
5. Design Tab
The Design tab is used to view, add, remove, and modify properties of objects in the design.
When no object is selected, the Design tab can provide access to local styles and variables, canvas background settings, and page export options. When a layer is selected, the panel displays properties appropriate to that layer.
Design Tab
│
├── Position
├── Size
├── Alignment
├── Rotation
├── Layout
├── Constraints
├── Auto Layout
├── Typography
├── Fill
├── Stroke
├── Effects
├── Components
└── Export
Figma lists these as examples of controls available in the Design tab. :contentReference[oaicite:4]{index=4}
6. Prototype Tab
The Prototype tab is used to build interactive prototypes. Designers can connect frames and objects and define how users navigate through the experience.
Prototype Controls
- Flow starting points
- Interactions
- Triggers
- Actions
- Animations
- Scroll behavior
- Prototype settings
- Device and background settings
Select Frame
↓
Open Prototype
↓
Create Flow
↓
Add Interaction
↓
Choose Trigger
↓
Choose Action
↓
Choose Animation
↓
Preview Prototype
Figma's current Properties Panel documentation describes flows, interactions, scroll behavior, and prototype settings in the Prototype tab. :contentReference[oaicite:5]{index=5}
7. Contextual Properties
The Properties Panel is contextual, meaning that it changes according to the selected layer.
| Selected Layer | Common Properties |
| Frame | Position, size, layout, fill, stroke, effects, auto layout |
| Text | Font, size, weight, line height, alignment, color |
| Shape | Position, size, fill, stroke, radius, effects |
| Image | Position, size, image fill, crop, effects |
| Component | Component properties, layout, appearance |
| Instance | Instance properties and supported component properties |
| Multiple Layers | Shared properties that can be edited together |
8. Position Properties
Position controls determine where an object is placed within its parent or design environment.
Common Position Values
- X position
- Y position
- Rotation
X: 120
Y: 240
Rotation: 0°
Using exact position values is useful when creating structured layouts and accurately aligning elements.
9. X and Y Coordinates
X and Y values describe the object's position relative to its relevant parent or coordinate system.
Parent Frame
┌──────────────────────────────┐
│ │
│ ┌──────────────┐ │
│ │ Button │ │
│ └──────────────┘ │
│ │
└──────────────────────────────┘
↑
X / Y Position
Precise coordinates can be useful for fixed layouts, illustrations, presentations, and controlled UI compositions.
10. Width and Height
Width and height determine the dimensions of an object.
Width: 320 px
Height: 180 px
These properties are frequently used for frames, cards, buttons, images, containers, and other interface elements.
11. Rotation
Rotation changes the angle of an object around its transformation point.
0° → Normal
45° → Diagonal
90° → Rotated
180° → Upside Down
Rotation is useful for icons, arrows, illustrations, decorative elements, and visual compositions.
12. Alignment
Alignment controls how selected objects are positioned relative to each other or their parent container.
Common Alignment Options
- Align left
- Align horizontal center
- Align right
- Align top
- Align vertical center
- Align bottom
Left Center Right
│ │ │
● ● ●
13. Corner Radius
Corner radius controls the rounding of the corners of supported layers such as rectangles and frames.
| Radius | Typical Appearance |
| 0 px | Sharp corners |
| 4 px | Slightly rounded |
| 8–12 px | Common UI rounding |
| 16–24 px | Highly rounded UI |
| Large radius | Can create pill-like shapes depending on dimensions |
14. Individual Corner Radius
Designers may need different radius values for different corners. This is useful for cards, banners, dropdowns, and custom interface shapes.
Top Left: 16 px
Top Right: 16 px
Bottom Right: 0 px
Bottom Left: 0 px
15. Fill Property
The Fill property controls the visual surface of a layer. Depending on the object, a fill may use a solid color, gradient, image, or other supported fill type.
Fill
│
├── Solid
├── Linear Gradient
├── Radial Gradient
├── Angular Gradient
├── Diamond Gradient
└── Image
16. Solid Color
A solid fill applies one color to the selected layer.
Fill Color
#2563EB
Opacity: 100%
Solid fills are commonly used for buttons, backgrounds, cards, icons, labels, and interface surfaces.
17. Gradient Fill
Gradients blend two or more colors and can be used to create depth, emphasis, backgrounds, and visual effects.
Color A ───────────────→ Color B
███████████████████████████
Gradient
Common Gradient Types
- Linear
- Radial
- Angular
- Diamond
18. Image Fill
Images can be used as fills for supported objects. Image controls can be used to adjust how the image is displayed within the selected layer.
Common Image Behaviors
19. Fill Opacity
Opacity controls the transparency of a fill or layer.
100% → Fully visible
75% → Slightly transparent
50% → Semi-transparent
25% → Highly transparent
0% → Invisible
Opacity can be useful for overlays, disabled states, backgrounds, decorative elements, and visual effects.
20. Stroke Property
Stroke creates an outline around a supported layer.
Stroke Controls
- Stroke color
- Stroke weight
- Stroke style
- Stroke opacity
- Stroke alignment where supported
┌────────────────────────┐
│ │
│ Card Content │
│ │
└────────────────────────┘
↑
Stroke
21. Stroke Weight
Stroke weight determines the thickness of the border.
| Weight | Typical Use |
| 1 px | Subtle UI borders |
| 2 px | Standard visible borders |
| 3–4 px | Strong borders |
| Higher values | Illustrations and decorative designs |
22. Effects
The Effects section provides visual effects that can change how an object appears.
Common Effects
- Drop Shadow
- Inner Shadow
- Layer Blur
- Background Blur
Card
│
├── Fill
├── Stroke
└── Effects
├── Drop Shadow
└── Background Blur
23. Drop Shadow
A drop shadow creates visual depth behind an object.
Common Shadow Settings
- X offset
- Y offset
- Blur
- Spread where supported
- Color
- Opacity
24. Inner Shadow
An inner shadow creates a shadow effect inside the boundaries of an object. It can be used for depth, pressed states, and decorative UI treatments.
┌────────────────────┐
│ ░ ░ │
│ Content │
│ ░ ░ │
└────────────────────┘
25. Layer Blur
Layer blur applies a blur effect to the selected layer itself.
It can be useful for creating soft decorative objects, background elements, lighting effects, and visual compositions.
26. Background Blur
Background blur affects the content visible behind the selected layer. It is commonly used for glass-style interfaces, overlays, floating panels, and navigation surfaces.
Background Content
████████████████████
████████████████████
↓
Background Blur
↓
┌──────────────────┐
│ Floating Panel │
└──────────────────┘
27. Typography Properties
When a text layer is selected, the Properties Panel provides controls for typography.
Important Typography Controls
- Font family
- Font size
- Font weight
- Line height
- Letter spacing
- Text alignment
- Text resizing
- Text decoration
- Text color
28. Font Family
Font family determines the typeface used by the selected text.
Typography
│
├── Font Family: Inter
├── Weight: 600
├── Size: 24 px
├── Line Height: 32 px
└── Letter Spacing: 0%
Professional design systems normally define a controlled set of fonts to maintain consistency.
29. Font Size
Font size determines the visual size of text.
| Text Type | Example Range |
| Caption | 12–14 px |
| Body | 14–18 px |
| Subheading | 20–28 px |
| Heading | 32–48 px |
| Hero Heading | 48 px and above depending on design |
30. Font Weight
Font weight determines the thickness of text characters.
Regular
Medium
Semi Bold
Bold
Extra Bold
Using a consistent set of weights helps establish hierarchy without creating unnecessary visual variation.
31. Line Height
Line height controls the vertical distance between lines of text.
First line of text
↕
Line Height
↕
Second line of text
Correct line height improves readability, especially for paragraphs, headings, forms, and long content.
32. Letter Spacing
Letter spacing controls the distance between individual characters.
Normal:
DESIGN
Increased:
D E S I G N
Letter spacing can be useful for headings, labels, uppercase navigation, and branding.
33. Text Alignment
Text alignment controls how text is positioned inside its text box.
- Left
- Center
- Right
- Justified where supported
- Top
- Center vertically
- Bottom
34. Text Resizing
Text resizing controls how a text layer's dimensions respond to its content.
| Mode | Purpose |
| Auto Width | Allows the text box to expand horizontally |
| Auto Height | Allows the text box to grow vertically with content |
| Fixed Size | Keeps the text box within defined dimensions |
35. Layout Properties
Layout properties control the structure and behavior of objects inside their parent containers.
- Position
- Size
- Alignment
- Spacing
- Padding
- Constraints
- Auto layout
- Resizing behavior
36. Auto Layout
Auto layout allows frames and their contents to respond dynamically to changes. It automatically arranges objects according to direction, spacing, padding, alignment, and resizing behavior.
Auto Layout Frame
│
├── Direction
├── Spacing
├── Padding
├── Alignment
├── Resizing
└── Child Layers
Figma currently supports vertical, horizontal, and grid auto layout flows. :contentReference[oaicite:6]{index=6}
37. Adding Auto Layout
Auto layout can be applied to a frame or selection of layers. The shortcut is Shift + A.
Select Layers
↓
Shift + A
↓
Auto Layout Frame
↓
Configure Direction
↓
Configure Spacing
↓
Configure Padding
↓
Configure Resizing
Figma's documentation confirms that auto layout can be added from the right sidebar or by using Shift + A. :contentReference[oaicite:7]{index=7}
38. Auto Layout Direction
Direction determines how child objects flow inside an auto layout frame.
| Direction | Example |
| Vertical | Form fields, feed items, card content |
| Horizontal | Navigation, button rows, icon menus |
| Grid | Product grids and structured layouts |
39. Auto Layout Spacing
Spacing determines the distance between child objects inside an auto layout frame.
Item A
↓
16px
↓
Item B
↓
16px
↓
Item C
Consistent spacing is important for design systems and responsive layouts.
40. Auto Layout Padding
Padding controls the space between the edge of the parent frame and its child layers.
┌──────────────────────────────┐
│ ← 24px → │
│ │
│ Button Label │
│ │
│ ← 24px → │
└──────────────────────────────┘
Padding can be adjusted to create consistent internal spacing.
41. Hug Contents
Hug contents allows a layer or frame to size itself around its content where the layout supports it.
Text: "Buy Now"
↓
Hug Contents
↓
Button fits text automatically
For example, a button can grow when its label becomes longer. Figma documents Hug as one of the resizing behaviors available in auto layout. :contentReference[oaicite:8]{index=8}
42. Fill Container
Fill container allows a child layer in an auto layout structure to occupy available space in its parent.
Parent Frame
┌─────────────────────────────┐
│█████████████████████████████│
│ Fill Container │
└─────────────────────────────┘
This is useful for responsive inputs, cards, content sections, and flexible navigation elements. :contentReference[oaicite:9]{index=9}
43. Fixed Sizing
Fixed sizing maintains a defined width or height until another design change affects it.
Width: Fixed 320 px
Height: Fixed 200 px
Fixed sizing is useful where a design requires controlled dimensions.
44. Constraints
Constraints define how layers respond when their parent frame changes size.
Common Constraint Options
- Left
- Right
- Left and Right
- Center
- Top
- Bottom
- Scale
For auto layout children, Figma generally uses resizing behavior instead of traditional constraints unless the object is configured to ignore the auto layout flow. :contentReference[oaicite:10]{index=10}
45. Layout Guides
Layout guides provide visual structure for arranging content on a frame. They are useful for grids, columns, rows, and responsive website layouts.
Desktop Frame
│
├── Grid
├── Columns
├── Content Width
└── Alignment Guides
46. Blend Modes
Blend modes control how a layer visually interacts with the layers beneath it.
Examples
- Normal
- Multiply
- Screen
- Overlay
- Darken
- Lighten
Blend modes can be useful for image treatments, overlays, illustrations, and visual effects.
47. Component Properties
Component properties are configurable aspects of reusable components. They allow designers to expose controlled changes without requiring users to rebuild the component.
Common Component Property Types
- Boolean
- Text
- Instance swap
- Variant
Figma describes component properties as changeable aspects of a component that allow designers to control what can be modified in instances. :contentReference[oaicite:11]{index=11}
48. Boolean Property
A boolean property controls whether an element is shown or hidden.
Button Component
│
├── Icon
└── Label
Show Icon = True
→ Icon Visible
Show Icon = False
→ Icon Hidden
49. Text Property
A text property allows the text content of a component instance to be changed.
Button Component
│
└── Label Property
Instance 1 → "Login"
Instance 2 → "Register"
Instance 3 → "Continue"
50. Instance Swap Property
An instance swap property allows designers to replace a nested component instance with another suitable component.
Card Component
│
├── Image
├── Title
└── Icon
↓
Instance Swap
↓
Search / Favorite / Arrow Icon
51. Variant Properties
Variant properties allow related component variations to be represented and selected as part of a component set.
Button
│
├── Type
│ ├── Primary
│ ├── Secondary
│ └── Danger
│
└── State
├── Default
├── Hover
├── Pressed
└── Disabled
52. Instance Properties
When an instance is selected, the Properties Panel can expose the component properties configured by the main component.
Depending on the component configuration, designers may change text, visibility, variants, nested instances, and other supported properties.
53. Styles
Styles provide reusable design properties. They can help maintain consistency across colors, typography, effects, and layout-related resources.
Design System
│
├── Color Styles
├── Text Styles
├── Effect Styles
└── Layout Guide Styles
Figma also provides access to styles and variables from relevant areas of the design workflow. :contentReference[oaicite:12]{index=12}
54. Variables and Properties
Variables provide reusable values that can be applied to supported design properties. They can help create scalable design systems for colors, dimensions, strings, and other supported values.
Variable
↓
Property
↓
Component
↓
Screen
↓
Consistent Design System
In the current Figma interface, variables have their own entry in the navigation experience rather than being permanently located inside the Properties Panel. :contentReference[oaicite:13]{index=13}
55. Export Settings
The Export section allows designers to configure selected content for export.
Common Export Formats
Exporting can be useful for sharing assets, moving content to other tools, or saving design elements outside Figma. :contentReference[oaicite:14]{index=14}
56. Export Scale
Designers may configure export scales according to the intended use of the asset.
1x → Standard size
2x → Double resolution
3x → Triple resolution
The appropriate export scale depends on the target platform and asset requirements.
57. Multiple Layer Selection
Multiple objects can be selected together, allowing shared properties to be changed where supported.
Select:
├── Button 1
├── Button 2
└── Button 3
Change Shared Property
↓
Apply to Selection
This is useful when making repeated adjustments across similar objects.
58. Copying Properties
Figma provides workflows for copying properties from one layer and applying them to another. This can speed up repetitive formatting tasks.
Source Layer
↓
Copy Properties
↓
Target Layer
↓
Apply Properties
The Properties Panel also supports workflows for copying properties and copying or pasting content as supported code or image formats through layer actions. :contentReference[oaicite:15]{index=15}
59. Inspecting Layer Properties
Users with view access can inspect properties of layers. This is particularly useful for collaboration and developer handoff.
Information That Can Be Inspected
- Layer name
- Dimensions
- Position
- Colors
- Typography
- Component information
- Other available design properties
- Export settings
Figma's current documentation states that view-only users can inspect layer properties and export content from the right sidebar. :contentReference[oaicite:16]{index=16}
60. Developer Handoff
The Properties Panel is useful during developer handoff because it exposes important visual and structural information about the design.
Designer
↓
Create UI
↓
Configure Properties
↓
Create Components
↓
Apply Design System
↓
Share File
↓
Developer Inspects Properties
↓
Developer Implements UI
61. Properties Panel and Responsive Design
The Properties Panel provides controls that support responsive design, including auto layout, resizing, constraints, dimensions, alignment, and layout behavior.
Desktop Layout
↓
Auto Layout
↓
Resizing Rules
↓
Constraints / Responsive Behavior
↓
Tablet
↓
Mobile
62. Practical Example: Responsive Button
Consider a button containing the text "Continue". Instead of manually resizing the button whenever the text changes, an auto layout frame can be configured to respond to its content.
Button
│
├── Direction: Horizontal
├── Padding: 16px / 24px
├── Gap: 8px
├── Alignment: Center
├── Width: Hug Contents
└── Text: Continue
If the label changes to "Continue to Checkout", the button can adapt to the new content based on its auto layout configuration. :contentReference[oaicite:17]{index=17}
63. Practical Example: Login Form
Login Form
│
├── Email Input
│ ├── Label
│ └── Input
│
├── Password Input
│ ├── Label
│ └── Input
│
└── Login Button
The Properties Panel can be used to configure typography, spacing, colors, borders, radius, auto layout, and component properties for this form.
64. Practical Example: Product Card
Product Card
│
├── Product Image
├── Product Name
├── Description
├── Price
├── Rating
└── Add to Cart Button
A vertical auto layout frame can manage the content while component properties can make the card reusable across multiple products.
65. Practical Example: Navigation Bar
Navigation Bar
│
├── Logo
├── Home
├── Products
├── Pricing
├── About
└── Login Button
A horizontal auto layout frame can control spacing and alignment between navigation elements.
66. Practical Example: Dashboard Card
Dashboard Card
│
├── Icon
├── Title
├── Value
├── Percentage
└── Supporting Text
The Properties Panel can be used to define the card's dimensions, fill, border, radius, shadow, typography, spacing, and responsive behavior.
67. Practical Project: Food Delivery App
Food Delivery App
│
├── Header
├── Search Bar
├── Category List
├── Restaurant Card
├── Food Card
├── Add to Cart Button
├── Cart
└── Checkout
Use the Properties Panel to maintain consistent typography, spacing, colors, card dimensions, corner radius, auto layout, and component behavior throughout the application.
68. Practical Project: Banking Dashboard
Banking Dashboard
│
├── Sidebar
├── Header
├── Balance Card
├── Statistics Cards
├── Transaction Table
├── Analytics
└── Recent Activity
Use consistent Properties Panel settings for cards, buttons, navigation items, typography, spacing, and visual effects.
69. Practical Project: E-Commerce Website
E-Commerce Website
│
├── Header
├── Search
├── Category Navigation
├── Product Grid
├── Product Details
├── Cart
├── Checkout
└── Footer
Reusable components combined with consistent property settings make it easier to maintain the same visual language across the entire website.
70. Properties Panel Workflow for UI Design
Select Layer
↓
Identify Layer Type
↓
Open Design Tab
↓
Set Position
↓
Set Dimensions
↓
Configure Layout
↓
Configure Typography
↓
Configure Fill
↓
Configure Stroke
↓
Configure Effects
↓
Configure Auto Layout
↓
Configure Constraints
↓
Configure Component Properties
↓
Configure Export
↓
Review Design
71. Properties Panel Workflow for Prototyping
Select Frame
↓
Open Prototype Tab
↓
Set Flow Starting Point
↓
Select Object
↓
Create Interaction
↓
Select Trigger
↓
Select Action
↓
Configure Animation
↓
Configure Scroll Behavior
↓
Preview Prototype
72. Common Properties by Layer Type
| Layer Type | Important Properties |
| Text | Font, size, weight, line height, letter spacing, alignment, fill |
| Rectangle | Position, size, fill, stroke, radius, effects |
| Frame | Position, size, fill, stroke, radius, auto layout, constraints |
| Component | Layout, component properties, variants, fill, stroke, effects |
| Instance | Component properties, supported overrides, appearance |
| Image | Position, size, image fill, crop, effects |
73. Common Properties Panel Mistakes
- Using random spacing values throughout a project.
- Using too many font sizes without a clear hierarchy.
- Ignoring auto layout for reusable components.
- Using fixed sizing where flexible sizing is required.
- Using inconsistent corner radius values.
- Applying colors manually when a design system should be used.
- Ignoring constraints or resizing behavior.
- Applying excessive shadows and blur.
- Creating duplicate components instead of using existing ones.
- Forgetting to configure export settings for required assets.
- Not checking component properties before editing instances.
74. Best Practices for the Properties Panel
- Use consistent spacing values.
- Use design-system styles and variables where appropriate.
- Create reusable components for repeated UI elements.
- Use auto layout for flexible components.
- Use constraints and resizing intentionally.
- Maintain a clear typography hierarchy.
- Use meaningful layer names.
- Keep visual effects purposeful.
- Use component properties to make components flexible.
- Check responsive behavior at different sizes.
- Review the design before developer handoff.
75. Properties Panel and Design Systems
The Properties Panel is closely connected to design-system workflows because designers can apply standardized colors, typography, spacing, effects, components, and layout rules.
Design System
│
├── Colors
├── Typography
├── Spacing
├── Components
├── Effects
└── Variables
↓
Properties Panel
↓
Apply to Layers
↓
Consistent UI
76. Properties Panel and Components
A well-designed component exposes only the properties that users need to customize. This creates reusable components that remain flexible without requiring designers to modify their internal structure.
Button Component
│
├── Type: Primary
├── State: Default
├── Label: Buy Now
├── Show Icon: True
└── Icon: Cart
77. Properties Panel and Multiple Screens
Large applications often contain many screens that share common UI elements. Using reusable components, styles, variables, and consistent properties reduces repetitive design work.
Login
↓
Home
↓
Product
↓
Cart
↓
Checkout
↓
Shared Design System
↓
Consistent Properties
78. Properties Panel vs Layers Panel
| Feature | Layers Panel | Properties Panel |
| Location | Left side | Right side |
| Main Purpose | Structure and organization | Inspect and edit properties |
| Shows | Layer hierarchy | Selected layer settings |
| Primary Action | Select and organize | Modify properties |
| Useful For | Navigation | Precise design control |
79. Properties Panel vs Assets Panel
| Feature | Properties Panel | Assets Panel |
| Main Purpose | Edit selected object | Find reusable components |
| Location | Right side | Left navigation area |
| Typical Use | Change size, color, layout, typography | Search and insert components |
| Workflow | Select → Edit | Search → Insert |
80. Useful Keyboard Shortcuts
| Action | Mac | Windows |
| File / Layers | Option + 1 | Alt + 1 |
| Assets | Option + 2 | Alt + 2 |
| Auto Layout | Shift + A | Shift + A |
| Frame | F | F |
| Text | T | T |
| Rectangle | R | R |
| Group | Command + G | Ctrl + G |
| Duplicate | Command + D | Ctrl + D |
| Create Component | Option + Command + K | Ctrl + Alt + K |
| Prototype | Shift + E | Shift + E |
81. Interview Questions
Q1. What is the Properties Panel in Figma?
The Properties Panel is the right sidebar used to inspect and modify properties of selected layers and objects.
Q2. Where is the Properties Panel located?
It is located on the right side of the Figma Design interface.
Q3. Does the Properties Panel show the same options for every layer?
No. The controls change according to the selected layer type and the user's access.
Q4. What is the Design tab?
The Design tab is used to view and modify visual and structural properties of design objects.
Q5. What is the Prototype tab?
The Prototype tab is used to create and manage prototype flows, interactions, animations, and scrolling behavior.
Q6. What properties can be changed for a text layer?
Font family, font size, font weight, line height, letter spacing, alignment, resizing, color, and other supported typography properties.
Q7. What is Auto Layout?
Auto Layout automatically arranges elements according to direction, spacing, padding, alignment, and resizing rules.
Q8. What is Hug Contents?
Hug Contents allows a supported auto layout layer to size itself around its content.
Q9. What is Fill Container?
Fill Container allows a child layer to occupy available space inside its parent auto layout frame.
Q10. What are constraints?
Constraints define how layers respond when their parent frame changes size.
Q11. What are component properties?
Component properties are configurable aspects of reusable components, such as boolean, text, instance swap, and variant properties.
Q12. Why is the Properties Panel important for developers?
It helps developers inspect important design information such as dimensions, colors, typography, spacing, components, and export settings.
82. Quick Revision
- The Properties Panel is located on the right side of Figma.
- It is also called the right sidebar.
- Its controls change according to the selected layer.
- The Design tab controls design properties.
- The Prototype tab controls prototype behavior.
- Position controls X, Y, and rotation.
- Width and height control dimensions.
- Fill controls the visual surface.
- Stroke controls borders.
- Effects provide shadows and blur.
- Typography controls text appearance.
- Auto Layout creates flexible and responsive structures.
- Hug Contents sizes content-driven layouts.
- Fill Container uses available parent space.
- Constraints control supported resizing behavior.
- Component properties make reusable components configurable.
- Styles and variables support consistency.
- Export settings prepare assets for external use.
83. Learning Checklist
- Understand the Properties Panel.
- Understand the Design tab.
- Understand the Prototype tab.
- Change X and Y position.
- Change width and height.
- Change rotation.
- Use alignment controls.
- Apply corner radius.
- Configure fills.
- Configure strokes.
- Apply effects.
- Edit typography.
- Use text resizing.
- Use auto layout.
- Configure spacing and padding.
- Understand Hug Contents.
- Understand Fill Container.
- Understand Fixed sizing.
- Use constraints appropriately.
- Use component properties.
- Use styles and variables appropriately.
- Configure export settings.
- Inspect designs for developer handoff.
84. Complete Properties Panel Workflow
Open Figma File
↓
Select Layer
↓
Properties Panel Appears
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Identify Layer Type
↓
Set Position
↓
Set Dimensions
↓
Configure Layout
↓
Configure Typography
↓
Configure Fill
↓
Configure Stroke
↓
Configure Effects
↓
Configure Auto Layout
↓
Configure Resizing / Constraints
↓
Configure Component Properties
↓
Create Prototype Interactions
↓
Configure Export
↓
Review Design
↓
Developer Handoff
85. Professional Figma Workflow
Plan Project
↓
Create Pages
↓
Create Frames
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Create Layers
↓
Organize Layers
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Create Components
↓
Use Assets
↓
Configure Properties
↓
Apply Styles / Variables
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Apply Auto Layout
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Configure Responsive Behavior
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Create Prototype
↓
Test Design
↓
Prepare Assets
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Developer Handoff
86. Conclusion
The Properties Panel is a core part of professional Figma workflows. It provides precise control over the visual, structural, responsive, component, prototype, and export properties of selected design elements.
Understanding the Properties Panel helps designers move from manually arranging objects to creating structured, reusable, responsive, and scalable interfaces. When combined with the Layers Panel, Assets Panel, Components, Auto Layout, Styles, Variables, Constraints, and Prototyping features, it becomes an essential tool for modern UI/UX design.
For structured Figma learning and practical UI/UX training, visit JustAcademy Figma Training and register for the Figma Course Demo.