Interaction · 12 min · Sep 16, 2025

Micro-Interactions & Cursor Effects

Tiny motions that improve clarity, not noise.

Micro-Interactions & Cursor Effects

1. Why Small Motions Matter

Why Small Motions Matter

Micro-interactions communicate cause and effect. They help users understand what can be clicked, dragged, or typed, reducing hesitation and error.

Key takeaways:
  • Feedback reduces anxiety
  • Reveals affordances
  • Makes systems feel alive

2. Motion System: Durations, Easing, and Tokens

Motion System: Durations, Easing, and Tokens

Create motion tokens (e.g., `motion/fast`, `motion/slow`) and pick two or three easings you use everywhere. Short durations (120–240ms) are perceived as snappy and respectful.

Key takeaways:
  • Short is kind
  • Consistent easing
  • Nameable tokens

3. Cursor Patterns that Work

Cursor Patterns that Work

Magnetic targets help steer users toward the right hit area. Hover cards preview helpful info without a click. In collaborative apps, ghost cursors convey presence without distraction.

Key takeaways:
  • Magnetic targets
  • Context hover cards
  • Ghost cursors for multi-edit

4. Implementation Details

Implementation Details

Start with CSS transforms and opacity. Use WAAPI or GSAP for sequenced timelines. Handle input with Pointer Events and debounce expensive listeners.

Key takeaways:
  • CSS first, WAAPI when choreographed
  • Pointer Events
  • Debounce handlers

5. Performance & Accessibility

Performance & Accessibility

Animate GPU-friendly properties only; respect reduced-motion and provide strong focus states so keyboard users aren’t disadvantaged by hover effects they can’t trigger.

Key takeaways:
  • Transform/opacity only
  • Reduced motion
  • Keyboard focus states

6. Measure & Iterate

Measure & Iterate

Track time-to-task and error rate. Micro-interactions should improve clarity; if not, remove them. Less but better.

Key takeaways:
  • A/B test subtle vs none
  • Time-to-task
  • Error rate