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Plan purposeful animation for a landing page

Most premium-looking sites aren't custom-built, they're assembled from component libraries. Three of them, and the plan to make before you open any of them.

By Alan Brown

Video cover: Where premium-looking sites actually come from
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Jump to the prompt ↓

Most "premium looking" websites aren't custom-built. They're assembled. Three libraries do the heavy lifting — here's what each one actually is, what it costs, and the planning step that stops you shipping a showreel.

  • 🎬 Animmaster Lib — animmasterlib.dev. 300 components across 14 categories: scroll animations (66), hero sections, sliders, 3D, navigation, hover and mouse effects, WebGL shaders, page transitions. The heaviest of the three by some distance.
  • 🧩 Skiper UI — skiper-ui.com. 106+ components built on shadcn/ui — hero sections, cards, pricing blocks, carousels, preloaders. Installs through the shadcn CLI, so it drops into a Next.js project the way the rest of your components already do.
  • ⚡ Vengeance UI — vengenceui.com. 46 components across 9 families plus 100+ layout blocks, aimed squarely at landing pages. Note the domain drops the second "a".
  • 💸 One of the three is free. Vengeance UI is open source, in the Vercel OSS Program, installed with npx shadcn@latest add. The other two are paid — Animmaster from about $5 one-time, Skiper UI at $129 for the premium set with a handful free to try.
  • 👇 The planning prompt is below. The one for making a pasted component fit your project is under "More from these videos" at the bottom of the page.

Context & limitations

"Zero design skills needed" is the part worth pushing back on. A library removes the drawing, not the deciding — 450 components hands you 450 ways to make a page feel busy, and nothing in any of them tells you which six sections your page needs or which one thing should move. That judgement is the whole job, and it's why the prompt below plans the page before you open a library rather than after.

The costs are worth knowing before you build a workflow on them: Animmaster and Skiper are one-time payments, not subscriptions, but Skiper's premium tier is $129 — a real number that "copy, paste, done" doesn't hint at.

Do this yourself

I'm building a landing page for ___. The one thing a visitor should do is ___. Before I go shopping in a component library, plan the page. Give me: 1. The sections, in order, and what each one has to prove. No more than six. 2. For each section, the ONE interaction worth animating — and say plainly if the answer is none. 3. Up to three places motion could hurt: where it delays the thing someone came to read or click. Rules: every animation has to earn its place by making something clearer, not by being impressive. Assume the visitor is on a phone, on data, and half-interested. Then give me a shopping list: the component type I need for each section, described generically enough that I can match it against any library. For any proposed motion, describe the reduced-motion alternative and how the content remains readable without animation. Don't require effects to fill the plan.

Choosing sections and their purpose before components keeps motion tied to the visitor's task.

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Make a copied component fit your project

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I've pasted a component from ___ into ___. Inspect the project's framework, styles and dependencies before editing. - Identify compatibility issues supported by the code. Distinguish missing dependencies, framework requirements and style differences. - Map design tokens to existing ones where that preserves the intended appearance. If it changes the look, show the trade-off rather than claiming an exact match. - Add client-only boundaries only if this framework and component require them. - Check keyboard use, reduced motion and narrow-screen layout. Measure performance if possible; otherwise label concerns as hypotheses. Make the smallest coherent change, show the diff, and report checks actually run. Stop before unrelated refactoring or adding dependencies without explaining why.

Framework-aware inspection catches integration problems without assuming every component needs the same fix.

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