gsap-performance

To optimize GSAP animations and prevent layout thrashing, prioritize animating transform and opacity properties to keep rendering work on the compositor thread. Avoid layout-affecting properties to maintain smooth 60fps performance across complex timelines.

Improve scroll performance with ScrollTrigger by batching animations efficiently and applying transform-first strategies. This approach minimizes layout thrashing and prevents common performance pitfalls during complex scroll-driven web animations.

GSAP animations cause frame drops on low-end devices when animating layout-affecting properties instead of transforms. Enforce transform and opacity usage, apply will-change properly, and batch Timeline strategies to reduce rendering workload and maintain 60fps.

Yes, you can use will-change to fix web animation performance issues by hinting the browser to optimize elements for upcoming transforms. Combine will-change usage with GSAP batching and transform-first animations to effectively reduce frame drops.

Animating opacity with GSAP improves 60fps scroll performance because opacity and transforms avoid triggering layout recalculations. Keeping animations strictly to these compositor-friendly properties prevents layout thrashing across complex timelines.

You should not use layout-affecting properties for web animations when building interactive UIs with many elements. Animating properties like width or top triggers layout thrash, so use GSAP with transforms and opacity to keep motion fluid on low-end devices.