material-design-3-motion

Material Design 3 expressive motion is implemented using physics-based spring dynamics to create natural UI animations. You apply motion tokens and spring parameters like stiffness, damping, and initial velocity to transitions and micro-interactions.

Expressive motion modes in MD3 utilize physics-based springs for natural, engaging animations, whereas standard modes rely on tokenized easing. Expressive motion specifically improves perceived responsiveness and user delight through dynamic feedback.

To configure spring physics for button feedback, apply MD3 motion tokens using a medium bounce and a 300ms duration. This involves setting specific stiffness, damping, and initial velocity values to achieve natural micro-interactions.

Yes, Material Design 3 motion implementation includes accessibility considerations for reduced-motion respect. This ensures UI animations and transitions adapt appropriately for users who prefer minimized or disabled motion effects.

Yes, MD3 motion tokens can be applied to practical patterns including container transforms, shared axis transitions, and ripples. These tokens ensure consistent physics-based animation behavior across web and mobile apps.

Haptic integration in Material Design 3 expressive motion provides optional tactile feedback to enhance usability. It works alongside physics-based springs and micro-interactions to deliver a more engaging and responsive user experience.