KiCad: The Best Free Eagle CAD Alternative in 2026 (Complete Migration Guide)

Eagle CAD dies on June 7, 2026. That’s not a rumor or a warning anymore — it’s a countdown. Autodesk confirmed it back in 2023, and the date is now just days away. If you’ve been putting off the switch, this is your definitive guide.

The good news: KiCad 10 is the best it has ever been, it’s completely free, and it can import your Eagle projects natively. You don’t need to start from scratch.

Let’s get into it.

Why Autodesk is killing Eagle CAD

Eagle has been around since 1988. For decades it was the go-to PCB design tool for hobbyists, makers, and small engineering teams — mostly because it had a generous free tier (2 layers, 100×80mm board limit) and a massive community library.

Then Autodesk acquired CadSoft in 2016. First came the subscription model. Then the forced migration into Fusion 360. Then, in June 2023, the announcement: Autodesk plans to discontinue EAGLE altogether, effective June 7th, 2026, as part of its strategy to build a cohesive ecosystem around Fusion 360. Hackster

Autodesk’s recommended path is Fusion 360 Electronics — the same design tools baked into a much heavier, subscription-only CAD suite. For hobbyists and small makers, that’s a non-starter.

What is KiCad?

KiCad is a free, open-source electronic design automation (EDA) suite for Windows, macOS and Linux. It was created in 1992 by Jean-Pierre Charras in France and has been growing ever since under a community of hundreds of developers worldwide.

The current version is KiCad 10.0.3, released on May 15, 2026 — two weeks ago. It is the most capable and polished release in the project’s history.

Unlike Eagle’s free tier, KiCad has no layer limits, no board size limits, and no commercial restrictions. It’s free for hobbyists, students, and professional engineers alike, forever.

KiCad vs Eagle CAD: the honest comparison

For anyone who was on Eagle’s free tier, the layer and board size restrictions disappear entirely the moment you open KiCad. That alone is a significant upgrade.

KiCad 10: what’s new

KiCad 9 was released in February 2025 and introduced Jobsets, Zone Manager, and Design Blocks. KiCad 10, released in April 2026, built on that foundation with further improvements to the interactive router, PCB visualization, and manufacturing output workflows.

Schematic editor

The schematic editor supports hierarchical multi-sheet designs, electrical rules checking (ERC) in real time, and a symbol library system with thousands of components. You can import Eagle libraries directly or use the official KiCad library — which just got a massive boost.

PCB layout engine

The PCB editor features a push-and-shove interactive router that moves traces out of the way automatically. Differential pair routing, length tuning for high-speed designs, and real-time DRC are all built in. No plugins, no extra setup.

3D viewer

At any point in your design you can open the 3D view to see exactly what your board will look like. KiCad renders component models in full 3D, which makes it easy to spot mechanical collisions before sending to fab.

SPICE simulation built in

KiCad integrates ngspice directly into the schematic editor. You can simulate analog circuit behavior without leaving the application — something Eagle required external tools to achieve.

If browser-based circuit simulation is what you are looking for as a complement, check out our review of Diode, the free 3D online circuit simulator that is gaining traction as a Multisim Live replacement.

Design Blocks (KiCad 9+)

Design Blocks let you save and reuse circuit sections across projects — a workflow that Eagle never offered natively. If you design power regulators or motor drivers repeatedly, this is a significant time-saver.

The CERN library: 17,000 verified components, free

This is the angle most migration guides are missing entirely: in May 2026, CERN released its complete internal KiCad component library under an open hardware license.

CERN’s Design Office maintains a library of more than 17,000 electronic components in schematic symbols and PCB footprints, now available to hardware designers worldwide at no cost under the CERN Open Hardware Licence Version 2 – Permissive license. Electronics-Lab

These are not hobbyist-grade footprints. They are components that CERN has verified for real-world hardware projects. Combined with KiCad’s own official libraries, you have access to an enormous catalog of verified parts before you write a single line of your own library.

How to install KiCad 10

Step 1. Go to kicad.org/download and download the installer for your OS. The current version is KiCad 10.0.3.

Step 2. Run the installer. On Windows, allow administrator permissions. On macOS, drag to Applications.

Step 3. On first launch, KiCad will offer to download the official symbol and footprint libraries. Install the full library set — it takes a few minutes but you will thank yourself later.

Minimum requirements: Windows 10+, macOS 12+, or any recent Linux distribution. At least 4 GB RAM and 5 GB disk space for the full installation with libraries.

How to migrate your Eagle projects to KiCad

KiCad has built-in Eagle import and it works well for the vast majority of projects.

Step 1: Export your Eagle files before June 7. Save your .sch (schematic) and .brd (board) files somewhere you can find them. If your projects are in the cloud via Fusion 360, download local copies now.

Step 2: Open KiCad → File → Import Non-KiCad Project → Eagle.

Step 3: Point it at your Eagle project folder. KiCad converts the schematic and PCB layout to its native format automatically.

What imports cleanly:

• Complete schematic with net connections, component values, and references
• PCB layout with component placement and trace routing
• Basic design rules

What may need manual attention:

• Custom Eagle library footprints without a KiCad equivalent — you will need to reassign these
• Eagle ULPs (user language programs) — these do not transfer and need to be rewritten as Python scripts
• Silk screen and assembly layers sometimes need visual cleanup

For a standard two-layer Arduino shield or typical hobby PCB, the import is usually clean without any intervention. Complex professional designs with custom libraries will need more review time.

JLCPCB and PCBWay integration — the maker superpower

This is one of the biggest practical advantages KiCad has over Eagle that the English-speaking maker community talks about constantly.

KiCad has a dedicated JLCPCB plugin available directly from the built-in Plugin and Content Manager. Once installed, you can:

• Export Gerber, drill, and BOM files in exactly the format JLCPCB expects — one click
• Generate a pick-and-place (CPL) file for JLCPCB’s SMT assembly service
• Check component availability against JLCPCB’s parts library directly inside KiCad

PCBWay has a similar plugin available from the same manager. For anyone who uses either fab house — which is most of the maker community — this eliminates the manual Gerber packaging step that Eagle always required.

Coming from Eagle: the learning curve, honestly

KiCad and Eagle have different design philosophies, and if you have years of Eagle muscle memory the first few projects will feel slower. The main friction points:

The project structure is different. In KiCad everything lives in a project folder — schematic, PCB, libraries, and outputs are all linked. Eagle’s two-file approach (.sch + .brd) is more familiar but KiCad’s model is actually cleaner once you get used to it.

The keyboard shortcuts are different by default, though KiCad lets you customize them and even has an Eagle keymap preset you can load from Preferences.

The library workflow has its own logic. KiCad decouples symbols (schematic) from footprints (PCB) from 3D models, which gives you more control but more setup steps on first use.

Most users who have made the switch report that after two or three complete projects they are back to their normal speed. The consensus on Reddit and the KiCad forum is that the migration is worth the short-term friction.

Other alternatives if KiCad is not for you

EasyEDA / EasyEDA Pro — entirely browser-based, no installation required. Deeply integrated with JLCPCB (they own it), which makes ordering incredibly fast. The free tier is capable for most projects. The main downside is that your designs live on their servers.

LibrePCB — lighter and simpler than KiCad, with a cleaner interface. Good for straightforward projects. Community and library are smaller than KiCad’s.

Fusion 360 Electronics — Autodesk’s official Eagle replacement. Maintains some UI familiarity but requires a subscription, a powerful machine, and acceptance of a much heavier application. Appropriate if you already pay for Fusion 360 for other purposes.

For most Eagle users the answer is KiCad. The other options make sense in specific circumstances but none match KiCad’s combination of capability, community size, and zero cost.

If you are also interested in free tools for electrical panel design, we have a complete guide to the best free programs for designing electrical panels that covers the professional software used in industrial installations.

If you are also interested in free tools for electrical panel design, we have a complete guide to the best free programs for designing electrical panels that covers the professional software used in industrial installations.

Community and learning resources

KiCad’s English-language community is enormous:

• Official forum: forum.kicad.info — thousands of answered threads, very active
• Reddit: r/KiCad with over 60,000 members
• YouTube: search “KiCad 10 tutorial” for hours of recent content from channels like Phil’s Lab (excellent for RF and high-speed designs) and Shawn Hymel
• Plugin Manager: built into KiCad, browse and install community plugins without leaving the application

The Hackaday community has been vocal about KiCad for years and the comment sections on their Eagle-related posts are a goldmine of real migration experience from professional engineers.

For Spanish-speaking readers or those working with industrial electrical panels, our article on Rapsody by Schneider Electric covers professional low-voltage panel design software in the same vein.

Conclusion

Eagle CAD had a great run. But it is over on June 7, 2026, and waiting is no longer a sensible option.

KiCad 10 is free, actively developed, runs on every platform, imports your Eagle files natively, integrates directly with the fabs most makers use, and now has CERN’s 17,000-component verified library available at no cost. There is no realistic competitor in the free-and-open-source space.

The learning curve is real but manageable. Two or three projects in, you will not miss Eagle.

Download link: kicad.org/download

Got questions about a specific Eagle project you are trying to migrate? Drop them in the comments — I read every one.

Frequently asked questions

Is KiCad completely free for commercial projects? Yes. KiCad is released under the GPL-3.0 license, which permits commercial use with no fees or royalties. You can design PCBs for products you sell without any software cost.

Can KiCad open Eagle .sch and .brd files? Yes, natively. Go to File → Import Non-KiCad Project → Eagle and point it at your project folder. The import works on KiCad 7 and later; KiCad 10 has the most refined version of the importer.

How many PCB layers does KiCad support? Up to 32 copper layers, plus additional mechanical, silk screen, courtyard, and fabrication layers. No restrictions in any version.

Does KiCad work on Apple Silicon (M1/M2/M3 Macs)? Yes. KiCad 10 provides a native arm64 build for Apple Silicon. It runs natively without Rosetta.

Is there a KiCad plugin for JLCPCB? Yes. Install it from the Plugin and Content Manager inside KiCad (PCB editor → Tools → Plugin and Content Manager). It handles Gerber, drill, BOM, and CPL file generation in the correct JLCPCB format with one click.

What happens to Eagle files after June 7? Eagle itself stops receiving support. If you maintain a Fusion 360 subscription the files remain accessible inside that application. Without a subscription you lose access. The safe move is to export your .sch and .brd files locally before the cutoff date.