dd-motion-principles

Stiff Framer Motion animations usually lack choreography. Sequencing primary actions before secondary elements, applying small stagger delays, and adding damping creates orchestrated, weighted UI behavior instead of rigid simultaneous movement.

To build a draggable panel with resistance, apply spring tuning with damping and threshold commit logic. This provides weighted interaction behavior with resistance and satisfying snap behavior when the drag passes a commit threshold.

Choreograph staggered list reveals by sequencing secondary layers behind primary actions. Use small stagger delays and stage phases so the most important response happens first, ensuring supporting text and indicators follow through with nuance.

Design animation exits to be faster than enters. Fast exits clear stale UI quickly and support follow-through nuance without adding noise, maintaining polished lifecycle timing throughout the interaction.

Yes, Framer Motion supports threshold commit logic for drag interactions. By incorporating damping and threshold checking, you can create weighted drag-responsive panels with satisfying snap behavior.

Use spring tuning when UI motion needs to feel weighted and alive. Adjusting damping and resistance prevents visually weightless interactions, making drag and pull responses feel physically grounded rather than randomly animated.