Tamagui is a React Native + Web UI kit and style system with an optimizing compiler that extracts styles, flattens component trees, and removes dead code. Share primitives and themes across platforms, use variants and shorthands for speed, and ship responsive UI with media queries, pseudo states, and animations. The library includes adaptable components and an Adapt primitive, so layouts reshape cleanly between touch and pointer environments while staying type safe. Optimizations apply at build time, leaving runtime light on both web and native.
The @tamagui/static compiler performs partial evaluation to hoist inline styles, extract atomic CSS for the web, and flatten deep component trees into simple elements. By erasing indirection from styled wrappers and evaluating variants ahead of time, builds produce smaller bundles and faster mounts. On native, styles are lifted to objects while preserving parity with the web’s output, improving cold starts and reducing layout churn in nested views. Design tokens keep spacing, colors, and radii consistent across every screen.
Use a consistent set of primitives and higher-level components that adapt to platform expectations. Compound patterns, slots, and unstyled/styled variants let teams choose the right abstraction per screen. Because behaviors align across targets, teams avoid duplicating logic and can ship features to iOS, Android, and web without forking presentation concerns. Adapt lets layouts switch gracefully between pointer and touch contexts.
Define tokens for color, spacing, typography, and radii, then layer dark mode and brand themes without prop sprawl. Variants declare how components change across sizes or states, keeping design intent close to code. Tokens flow through shorthands so spacing and type scale predictably, eliminating one-off values that drift from your system over time. TypeScript definitions cover props and variants to reduce UI regressions.
Write media queries and pointer rules inline, add hover/focus/press states, and animate properties using a unified API. Because interactions and breakpoints are compiled, the runtime remains minimal on every platform. Developers express intent once and rely on the compiler to emit efficient targets for browsers and React Native renderers. Benchmarks favor smaller bundles and fewer layout passes on complex views.
Ergonomic shorthands speed authoring without hiding real CSS semantics. Full TypeScript coverage catches variant mismatches early, while intellisense reveals available tokens and states. Together with IDE hints and predictable props, this reduces regressions, clarifies ownership in reviews, and helps new contributors navigate a complex design system. Design tokens keep spacing, colors, and radii consistent across every screen.
Teams building cross-platform apps who want one styling approach for web and native; design-system groups consolidating tokens and variants; startups optimizing bundle size and time-to-interactive; and product squads that prefer typed primitives and predictable theming over ad-hoc styling that diverges per platform. Useful when you plan to scale components, not just pages. Adapt lets layouts switch gracefully between pointer and touch contexts.
Maintaining separate UI stacks leads to duplicated components, divergent styles, and sluggish interactions. Tamagui’s compiler and token system create a single source for themes and responsive behavior, while static extraction pares down runtime cost. The result is smaller bundles, fewer layout passes, and components that read the same across iOS, Android, and the browser without writing parallel code paths. TypeScript definitions cover props and variants to reduce UI regressions.
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