gsap-performance

GSAP animation jank is fixed by minimizing layout thrashing and paint costs through hardware-accelerated rendering. Use transform and opacity properties to keep animations on the compositor thread and maintain consistent 60fps performance.

Scroll-triggered animations cause layout thrashing when animating layout-triggering styles instead of transform properties. Refactor your GSAP timeline to prioritize transform and opacity to keep updates on the compositor thread and reduce paint costs.

Yes, you can use will-change correctly to optimize complex UI transitions on low-end devices. Batch DOM updates and manage large numbers of elements with stagger to ensure mouse-follower effects and scroll-triggered animations remain smooth and responsive.

The best way to manage high-frequency animation updates is applying GSAP performance optimization techniques. Batch DOM updates, use will-change correctly, and prioritize transform and opacity properties to prevent dropped frames during complex interactive dashboard transitions.

Refactor a GSAP timeline by replacing layout-triggering styles with transform properties to avoid dropping paint costs. This moves rendering to the compositor thread, minimizing layout thrashing and maintaining smooth 60fps performance during interactive transitions.