A modern React UI component library with 170+ components featuring spring physics animations and audio feedback.
Ruixen UI is an open-source React component library that provides over 170 customizable UI components. It solves the problem of rigid, unnatural web animations by implementing spring physics for motion and adding audio feedback for interactions, making digital interfaces feel more tactile and responsive.
Frontend and React developers building modern web applications who want to implement advanced, physics-based animations and interactive feedback without managing complex animation logic.
Developers choose Ruixen UI for its unique combination of spring-based animations that mimic real-world physics, built-in audio feedback, and self-contained components that work with multiple styling systems (Tailwind, Radix, Base UI) without external dependencies.
Ruixen UI – A modern, flexible, and customizable UI component library built for speed, scalability, and developer happiness.
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Replaces fixed CSS transitions with spring dynamics that adapt to distance and velocity, making motion feel natural and responsive, as shown in the stiffness, damping, and mass configuration examples.
Adds subtle mechanical sound cues on state changes using Web Audio API with a 3ms noise burst, enhancing tactile feel without external files, and can be disabled via the `sound` prop.
Each component is a single file with inline styles and CSS variables, requiring no external UI dependencies or global providers, simplifying integration into any React project.
Available in four registry flavors: Tailwind v4, Tailwind v3, Radix primitives, and Base UI primitives, offering flexibility for different project setups and design systems.
Includes over 170 components across 34 categories, from basic buttons to complex layouts like carousels and text effects, reducing development time for common UI patterns.
Default sound feedback may not suit all user scenarios, and while optional, it adds complexity for accessibility and user preference management, especially in quiet environments.
Spring animations and Web Audio API introduce JavaScript and audio processing overhead, which could impact performance on low-end devices compared to lightweight CSS transitions.
Configuring spring parameters like stiffness and damping requires understanding physics concepts, posing a learning curve for developers used to simple duration-based CSS animations.
Web Audio API support varies across browsers, and audio playback often requires user interaction first, potentially leading to inconsistent feedback in some scenarios.