Penpot vs Figma: Can Open-Source Design Finally Compete?

I want to be upfront about something. Many of the most detailed Penpot reviews — including Smashing Magazine's multi-part series — were produced in partnership with Penpot, which is worth knowing when reading them. That does not make them wrong, but it means the enthusiasm is partly editorial and partly sponsored. This review has no such arrangement.

I used Penpot for three weeks alongside Figma on the same project — a SaaS dashboard redesign with mobile responsive variants. Same design, both tools, honest assessment.

The short answer: Penpot has gotten dramatically better. The longer answer involves significant trade-offs that depend entirely on what kind of design work you do and how much you value cost savings versus ecosystem maturity.

The pricing comparison that actually matters

|---|---|---|---|---|

| Self-hosting | No | No | Yes (Docker) | Yes |

| Team libraries | No | Yes | Yes | Yes |

Here is the number that matters most to small teams. A 5-person design team on Figma Professional with Dev Mode access costs $255/month ($16 × 5 editors + $35 × 5 dev seats). The same team on Penpot costs $35/month — or $0 if you self-host.

That is a $2,640/year difference. For a startup, that is meaningful.

Scenario 2: 2 designers + 5 developers (a more common team ratio):

Figma: $32/month (2 × $16 editor seats) + $175/month (5 × $35 Dev Mode seats) = $207/month

Penpot: $14/month (2 × $7 Unlimited seats) + $0 (dev inspect is free) = $14/month

Annual difference: $2,316

The developer handoff cost is what makes Penpot's pricing advantage dramatic. The more developers need design access, the wider the gap gets.

[Side-by-side feature matrix for Penpot, Figma, and 20+ design tools → Mantlr](https://mantlr.com)

Where Penpot genuinely wins

After three weeks of parallel usage, these are the areas where Penpot is not just competitive — it is objectively better.

Free developer handoff

This is Penpot's strongest advantage and Figma's most controversial decision. Figma charges $35/seat/month for Dev Mode, which gives developers access to code specs, measurements, and asset exports. Penpot gives this away for free.

For teams where 5 developers need to inspect designs regularly, this single feature saves $2,100/year. That is not abstract savings — that is real budget.

Native CSS and SVG output

Penpot uses actual web standards under the hood. When you draw a rectangle in Penpot, the underlying representation is CSS-compatible. This means the inspect panel shows real, usable CSS — not the approximation that Figma provides.

In testing, the CSS output from Penpot was consistently closer to production code than Figma's. Spacing values, border radius, and flex layout translations required less developer adjustment.

Self-hosting and data sovereignty

If your company has data residency requirements — healthcare, finance, government, or EU-based companies managing GDPR compliance — Penpot's self-hosting option removes the cloud dependency entirely. You deploy via Docker, your design files live on your infrastructure, and no data leaves your network.

Figma has no self-hosting option at any price tier. For some organizations, this is a dealbreaker.

W3C Design Tokens (DTCG format)

Penpot shipped native W3C DTCG design token support, exporting tokens in the standardized format that the industry is adopting. Figma's Variables are powerful but use a proprietary format that requires translation tools for code consumption.

This matters for teams building token-based design systems. Penpot's token export workflow is more standards-aligned.

Where Figma still leads — and it is significant

I would be dishonest if I said Penpot is ready to replace Figma for every team. It is not, and the gaps are real.

Performance on complex files

This was the most noticeable difference during testing. My dashboard project had roughly 80 components across 12 pages. Tested on a 2023 MacBook Pro M2, Chrome 124. In Figma, page transitions rendered in under 200ms — instant enough that you never think about it. Penpot averaged 400–600ms on the same file, with occasional spikes above 800ms on the most component-dense pages. Zoom operations in Penpot showed intermittent stuttering that Figma handled smoothly.

Penpot's new render engine (shipped in 2025) improved performance significantly, but it still lags behind Figma on large files. For a simple marketing page, you will not notice. For a complex product design system, you will.

Plugin ecosystem

Figma has thousands of plugins. Penpot has dozens. In practical terms, this means the Figma workflow includes things like Stark for accessibility checking, Content Reel for realistic placeholder data, Autoflow for user flow diagrams, and icon library plugins from Lucide, Phosphor, and Tabler.

Penpot's plugin system launched in 2024 and is growing, but it will take years to reach Figma's breadth. If your workflow depends on specific plugins, verify they exist in Penpot before switching.

Community resources and learning materials

Search "how to do X in Figma" and you get a dozen tutorials. Search "how to do X in Penpot" and you might find one, or none. The learning resource gap is still wide.

Smashing Magazine has published extensive Penpot tutorials (though Penpot-sponsored), and Penpot's own documentation is solid. But the broader community knowledge base is a fraction of Figma's.

Team collaboration at scale

Figma's real-time multiplayer editing, cursors, comments, and branching workflows are refined from years of iteration. Penpot has real-time collaboration, but the experience feels less polished — cursor updates are slightly slower, comment threading is less intuitive, and branching does not exist yet.

For teams larger than 5–10 people collaborating on the same file, Figma's collaboration UX is noticeably smoother.

The use-case verdict

After testing both tools on real work, here is my honest recommendation based on team type.

Choose Penpot if:

You are a freelancer or solo designer — unlimited free files with no limitations
Your team prioritizes cost savings — the pricing gap is massive for small teams
You need developer handoff without paying extra — free Inspect is a genuine advantage
You have data sovereignty requirements — self-hosting via Docker is unmatched
You are building a token-based design system — W3C DTCG support is ahead of Figma
You philosophically prefer open source and want to avoid vendor lock-in

Choose Figma if:

You work on complex products with large design systems — performance matters
Your team uses specific plugins daily — the plugin gap is real
You are joining a team that already uses Figma — migration costs are not trivial
You need polished collaboration features for 10+ person teams
You want the broadest learning resource availability

The hybrid approach some teams use: Design system source of truth in Penpot (for token export and self-hosting), individual design exploration in Figma (for performance and plugins), developer handoff through Penpot (to save Dev Mode costs). This sounds complex but several teams I have spoken with make it work.

The hybrid workflow — how teams actually split the tools

Rather than choosing one tool entirely, several teams I have spoken with split their workflow across both. Here is how the split typically works:

Design exploration and high-fidelity work → Figma. Performance on complex files and plugin access make Figma faster for day-to-day design iteration. When you are rapidly exploring layouts, trying component variations, and iterating on feedback, Figma's speed advantage is tangible.

Design system token source of truth → Penpot. W3C DTCG token export means the canonical design token file lives in Penpot, even if individual screens are designed in Figma. This gives you a standards-compliant token pipeline without relying on third-party Figma plugins.

Developer handoff → Penpot. Free Inspect eliminates Dev Mode costs entirely. Designers export key screens and finalized components to Penpot for developer reference. Developers inspect spacing, colors, and CSS output without needing a Figma seat.

The overhead is real — maintaining files in two tools requires discipline and a clear process for when content moves from Figma to Penpot. But for a team of 2 designers and 5 developers saving $2,300+/year on Dev Mode alone, the ROI math works. The key is having a clear handoff trigger: designs move to Penpot when they are approved, not during iteration.

The trajectory matters more than today's snapshot

Here is what I find most interesting about Penpot's position: the rate of improvement is faster than Figma's current rate of improvement — and the data backs this up.

In the 18 months from January 2025 to mid-2026, Penpot shipped a new WebGL-based render engine (major performance improvement), native CSS Grid layout, W3C DTCG design token support, component variants with properties, a plugin system with API, MCP server integration for AI agents, and significant import improvements for .fig files. That is roughly one major feature every 10–12 weeks.

In the same period, Figma shipped AI features (Make Designs, First Draft, Draw, Buzz, Weave), Figma Sites, Figma Slides, and incremental improvements to Variables and Dev Mode. The volume is comparable, but the nature of investment differs — Figma is building breadth (new products), Penpot is building depth (core design tool parity).

The question is not "is Penpot better than Figma today?" It is "where will both tools be in two years?" And the trajectory favors Penpot more than most people realize.

The AI divergence — two very different philosophies

Figma and Penpot are taking fundamentally different approaches to AI, and this split matters.

Figma invested heavily in AI features aimed at automating design tasks. Make Designs generates layouts from prompts. First Draft creates wireframes automatically. Draw and Buzz assist with illustration and image editing. Designer reception has been mixed — some find them useful for rapid ideation, others view them as undermining design craft and producing generic output.

Penpot took a different path entirely. Instead of building AI design features, Penpot shipped MCP server integration that lets AI coding agents — tools like Cursor, Claude, and other LLM-powered assistants — interact with Penpot files programmatically. The AI reads and manipulates design files rather than generating designs from scratch.

The philosophical split is clear. Figma's AI does design for you. Penpot's AI infrastructure lets tools work with your designs. Which approach matters depends on whether you see AI as a design tool or a development bridge. If you want AI-assisted handoff and token management, Penpot's approach is more structurally sound. If you want AI to generate design variations quickly, Figma's approach is more immediately useful.

Frequently asked questions

Is Penpot a good alternative to Figma in 2026?

Yes, with caveats. For freelancers, small teams, and cost-conscious studios, Penpot is a genuine alternative with meaningful advantages in pricing and developer handoff. For large teams with complex design systems, Figma's performance and plugin ecosystem still lead.

Is Penpot really free?

The core product is completely free with unlimited files, unlimited projects, and full developer Inspect access. A $7/month Unlimited tier adds premium features. Self-hosting is entirely free.

Can Penpot do everything Figma can?

No — and Figma cannot do everything Penpot can. Penpot's key gaps versus Figma include performance on complex files, plugin ecosystem breadth, advanced prototyping features, and collaboration polish. But Penpot offers capabilities Figma lacks entirely: self-hosting via Docker for full data sovereignty, native W3C DTCG design token export, free developer Inspect with no paid tier required, native CSS Grid layout, and an open-source codebase you can audit and modify. The gap has narrowed significantly in 2025–2026, and in some areas Penpot is now ahead.

How do I migrate from Figma to Penpot?

Penpot supports importing .fig files directly. I imported the 80-component dashboard file from my testing. Results: basic layouts and text transferred intact. Auto Layout nesting translated to flex layout correctly for simple structures but broke on 3+ level nesting depth. Component variants imported as separate components rather than a single component with variants — this required manual reorganization. Color styles mapped but needed manual reassignment in several components where the binding broke. Estimated manual cleanup for this file: 4–6 hours. For simpler files with fewer nested components, expect 1–2 hours. Plan for a cleanup day, not a seamless transfer.

Does Penpot support Auto Layout?

Penpot uses flex layout, which is functionally equivalent to Figma's Auto Layout but uses CSS terminology. The concepts translate directly — if you understand Auto Layout, you understand Penpot's flex layout.

My honest bottom line

Penpot is no longer the "open-source alternative you settle for." It is a serious design tool with genuine advantages in pricing, developer handoff, and data ownership. It also has genuine disadvantages in performance, ecosystem, and collaboration polish.

The best answer for most teams is not "which one should I choose?" but "which one fits my specific constraints — budget, team size, data requirements, and workflow dependencies?"

Neither tool is universally better. Both are legitimately good. That is a new sentence in 2026, and it is true.