Rich content preview on hover interaction
Built with Radix UI Hover Card primitive
Customizable delay before showing content
Supports images, text, and complex layouts
Automatic positioning and collision detection
Smooth animations for enter and exit
For sighted users to preview content available behind a link. This Figma component is part of our comprehensive design system that brings the popular shadcn/ui library into your design workflow.
Every Hover Card variant includes all the necessary states, properties, and styling options you need to create consistent, production-ready designs. The component seamlessly integrates with your existing Figma files and maintains full compatibility with the shadcn/ui React implementation.
Accordion
Alert Dialog
Alert
Aspect Ratio
Avatar
Badge
Breadcrumb
Button Group
Button
Calendar
Card
Carousel
Chart
Checkbox
Collapsible
Combobox
Command
Context Menu
Data Table
Date Picker
Dialog
Drawer
Dropdown Menu
Empty
Field
Form
Hover Card
Input Group
Input OTP
Input
Item
Kbd
Label
Menubar
Native Select
Navigation Menu
Pagination
Popover
Progress
Radio Group
Resizable
Scroll Area
Select
Separator
Sheet
Sidebar
Skeleton
Slider
Sonner
Spinner
Switch
Table
Tabs
Textarea
Toast
Toggle Group
Toggle
Tooltip
The shadcn/ui figma Hover Card shows preview information on hover. Design user profiles, product details, and link previews in Figma that appear smoothly. This shadcn figma component adds depth without cluttering your interface.
Design hover cards in Figma with the shadcn/ui figma component—keep content brief and scannable. Prototype interfaces where hovering provides quick previews without overwhelming users with information.
This shadcn figma Hover Card positions intelligently around triggers. Design hover cards in Figma that adapt to screen edges and scroll containers, ensuring previews are always visible and accessible.
The shadcn/ui figma Hover Card uses smart timing (300-500ms delay) for responsive feel. Design hover interactions in Figma that appear naturally without accidental triggers during mouse movement.