Shadcn Slider
React slider for interactive range inputs and value selectors with drag controls. Built with TypeScript and Tailwind CSS for Next.js using Radix UI.
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You know how some settings just feel better as sliders than input boxes? Volume controls, brightness adjustments, price ranges—sliders give users that tactile feel of dragging to the right value instead of hunting and pecking at number inputs. This shadcn/ui slider brings smooth, interactive controls to your React applications.
Slider showcase
Simple slider for any numeric input:
Smooth dragging, keyboard support, and visual feedback that responds to every movement. This free open source component handles all the accessibility complexities so you can focus on what value you're collecting. Styled with Tailwind CSS to match your design system instead of fighting browser default range inputs.
npx shadcn@latest add sliderWhy sliders actually beat number inputs
Here's the thing—sometimes dragging feels way more natural than typing numbers into a box. Think about how you adjust your phone's brightness or computer volume. You don't want to type "73" into a field—you want to slide until it feels right. Sliders provide immediate visual feedback and let users feel their way to the perfect setting.
Sliders also prevent the frustration of invalid inputs. Users can't accidentally type letters or go outside the allowed range. They see the boundaries clearly, understand the available options, and get instant validation with every movement. Plus they work beautifully on touch devices where dragging feels natural.
This free shadcn slider handles the complex parts—smooth animations, keyboard navigation, screen reader announcements, touch optimization—while you focus on creating controls that enhance user experience. Whether you're building settings panels, filter interfaces, or media controls in your Next.js applications, sliders that respond naturally keep users engaged in your JavaScript projects.
Common slider patterns you'll actually use
Range selection
Pick minimum and maximum values:
Volume and audio control
Media controls with visual indicators:
Settings and preferences panel
Multiple related controls grouped together:
Price and filter range
E-commerce filtering with dual handles:
Image editing controls
Creative tools for brightness, contrast, saturation:
Features
This free open source slider component includes everything you need:
- TypeScript-first - Full type safety with value events and range management
- Radix UI powered - Battle-tested accessibility and keyboard navigation
- Touch optimized - Natural drag interactions that work perfectly on mobile
- Tailwind CSS styled - Customize with utilities, not fighting browser defaults
- Keyboard accessible - Arrow keys, Page Up/Down, Home/End navigation
- Range support - Single values or dual-handle range selection
- Visual feedback - Immediate response to every interaction and value change
- Screen reader ready - Proper ARIA labels and value announcements
API Reference
Core Component
| Component | Purpose | Key Props |
|---|---|---|
Slider | Interactive range input | value, onValueChange, min, max, step |
Value Configuration
| Prop | Type | Purpose |
|---|---|---|
value | number[] | Current slider value (array for single/range support) |
defaultValue | number[] | Initial value for uncontrolled use |
onValueChange | function | Callback when value changes during drag |
onValueCommit | function | Callback when user finishes dragging |
Range Settings
| Setting | Type | Purpose |
|---|---|---|
min | number | Minimum allowed value |
max | number | Maximum allowed value |
step | number | Value increment for precise control |
orientation | "horizontal" | "vertical" | Slider direction and layout |
Production tips
Show current values clearly and provide context for ranges. This free shadcn/ui slider component handles the interaction—you provide clear labeling that helps users understand what they're adjusting. This TypeScript component tracks values precisely, but users need to see current settings and understand the impact of changes in your Next.js applications.
Use appropriate step sizes for your content and user needs. Fine adjustments work for precise controls like volume, while coarse steps suit preference settings. This open source shadcn slider respects any step value—choose increments that match how users think about the values they're controlling.
Consider mobile users and touch interaction patterns. Sliders work naturally on touch devices, but ensure adequate thumb size and spacing for accurate dragging. This JavaScript component optimizes for touch automatically, but your layout should accommodate finger-friendly interaction areas.
Group related sliders logically in settings interfaces. Multiple sliders work better when they're visually organized and logically related. The Tailwind CSS styled component maintains consistent styling—organize controls so users understand relationships between different settings.
Provide keyboard navigation for accessibility and power users. Arrow keys for fine control, Page Up/Down for larger jumps, Home/End for extremes. This component handles all keyboard interactions automatically—ensure your interface makes keyboard navigation discoverable and logical.
Integration with other components
Sliders naturally work with Form components for settings and preference interfaces in your React applications. Use Label components for clear slider identification and value display.
For complex interfaces, combine sliders with Card components to organize control groups or Separator components to divide different setting categories. This open source pattern creates professional settings panels that feel organized and discoverable.
When building media applications, pair sliders with Button components for playback controls or Progress components for timeline scrubbing. Badge components can display current values or setting states alongside sliders.
For filtering interfaces, use sliders with Select components for different filter types or Checkbox components for additional options. Your JavaScript application can compose these shadcn components while maintaining consistent interaction patterns across different control types.
Questions you might have
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