Retool Figma Component Library: What Exists and What to Do Instead

If you're a UX designer onboarding your team onto Retool, one of the first things you'll search for is a Retool Figma component library — a set of ready-made Figma components that mirror Retool's UI so you can mock up internal tools before anyone writes a line of code. As of now, Retool does not publish an official Figma component library. That gap is real, widely requested, and worth understanding before you plan your design process around something that doesn't exist yet.

Why Teams Want a Retool Figma Component Library

The ask is straightforward: designers want to work in Figma, where they're fast and fluent, to produce mockups that engineering can then build directly in Retool. A component library that mirrors Retool's native UI — tables, forms, buttons, modals, charts — would let designers communicate layout and functionality without the back-and-forth of "can Retool even do that?"

This is especially important for teams with a mature design review process. When your stakeholders are used to approving Figma prototypes before development begins, skipping that step or substituting it with a live Retool draft creates friction. The design team loses fidelity, engineering loses clear specs, and the whole handoff slows down.

The Retool community thread on this topic has accumulated consistent upvotes and "+1" responses over time, making it one of the more persistent feature requests. Retool's own team has acknowledged it as popular feedback — but no official library has shipped yet.

What Retool Components Would You Even Need in Figma?

Before building or borrowing a workaround, it helps to inventory the Retool UI elements your team uses most. The core components to cover in any Figma kit include:

• Table component — the most-used component in Retool, with sortable columns, pagination, and inline editing
• Form and input fields — text inputs, dropdowns, date pickers, toggles
• Button — primary, secondary, and destructive variants
• Modal and Drawer — for confirmation dialogs and side panels
• Chart — bar, line, pie, and stat components
• Container and layout frames — Retool's grid-based canvas structure
• Text and Statistic display components

If you're building a custom Figma library from scratch, these are the components that will give you the most coverage for typical internal tool designs.

The Best Workarounds Available Right Now

Since there's no official library, here are the approaches real Retool teams are using to keep design and engineering aligned:

1. Build your own Figma component library from Retool screenshots. Capture your most-used Retool components at their default sizes, convert them into Figma components, and publish them to your team library. This is time-consuming upfront but pays off fast. Focus on the Table, Form, and Button components first — they cover the majority of internal tool layouts.

2. Use community-built Figma kits. While Retool hasn't published an official kit, some community members and agencies have shared unofficial Retool-inspired UI kits on the Figma Community. Search for "Retool UI kit" in Figma's resource browser. Vet these carefully — component fidelity varies, and some kits are outdated relative to Retool's current design system.

3. Design directly in Retool. This is the most pragmatic shift and one that some teams have landed on naturally. Retool's drag-and-drop canvas is fast enough that designers can build non-functional layout prototypes directly in a Retool app — no code, no queries wired up — and share them with stakeholders for review. Engineering then inherits the actual Retool app and plugs in the data layer. This eliminates the Figma-to-Retool translation step entirely.

4. Use a hybrid approach. For early-stage ideation and stakeholder alignment, use low-fidelity wireframes in Figma (or even Miro). Once the layout is approved, move directly into Retool to build the real thing. Skip high-fidelity Figma mocks for Retool apps — the fidelity gap between a Figma prototype and a live Retool app is narrow enough that the extra step rarely justifies the time.

How to Set Up a Minimal Retool Design Process in Figma

If your team is committed to Figma as the source of truth, here's a minimal process that works without an official library:

• Create a Figma page called Retool Components and build a local library with your most-used elements.
• Use Retool's actual hex colors (#1a1a1a for text, #4D72CD for primary blue) to match the live UI as closely as possible.
• Document which Retool component each Figma frame maps to — e.g., annotate a table frame with "Table component, pagination enabled, row click triggers modal1".
• Share the Figma file with engineers as a reference spec, not a pixel-perfect deliverable. Retool's grid will handle spacing — your job is communicating layout intent and component choice.
• Review designs inside Retool itself before final stakeholder sign-off, so everyone is seeing the real product.

Will Retool Ever Release an Official Figma Library?

It's a reasonable bet that they will, eventually. The community demand is consistent, the use case is clear, and competitors in the internal tool and low-code space are moving toward better design-developer collaboration tooling. Retool's team has flagged it as tracked feedback. Until an official release, the workarounds above are your best path forward.

If you're a Retool agency or power user, building and maintaining your own Figma component library is worth the investment — it speeds up client scoping, improves design reviews, and makes onboarding new designers onto Retool projects significantly faster. Treat it as an internal asset, not a one-time artifact.