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Design micro-interactions by identifying motion opportunities that replace abrupt state changes with meaningful transitions. Establish clear performance budgets and technical requirements to ensure animations provide feedback cues without degrading application speed.

prefers-reduced-motion is an accessibility consideration for users sensitive to movement. Plan accessible motion by respecting this preference, ensuring transitions and hover effects provide necessary feedback without triggering unnecessary or disruptive animations.

Use transitions and hover effects to reinforce hierarchy and affordances, replacing abrupt state changes. Apply these micro-interactions during state changes to reduce confusion, provide focus cues, and offer clear feedback for user actions.

Create a motion design plan by analyzing the target feature to identify motion opportunities. Propose a strategy that includes a signature entrance, essential feedback cues, and accessible transitions that align with established performance budgets.

Yes, motion design reduces perceived latency by translating intent into clear feedback and delightful interactions. Meaningful transitions and micro-interactions occupy the user's attention during loading or processing, minimizing the feeling of waiting.

Technical requirements include defining performance budgets, respecting prefers-reduced-motion settings, and selecting recommended tooling. These ensure transitions and hover effects deliver usability improvements without compromising accessibility or speed.