Fritzing is where a lot of people draw their first circuit, because the breadboard view looks like the thing on the desk. The search for an alternative usually starts later, when the project has to become a board a fab can build, or when the download page asks for money. This page covers both.
By Rishik Boddeti · Last reviewed
Founder of ProtoFlow, ECE at UT Austin
Quick answer
Fritzing is a good breadboard documentation tool and does have schematic and PCB views, but makers usually move on when boards get denser and the schematic needs to be the source of truth. For a free desktop tool on Mac, Windows and Linux, KiCad is the open-source standard. For browser access and JLCPCB ordering, use EasyEDA. For learning circuits and Arduino code with simulation, Tinkercad Circuits. ProtoFlow is a free desktop option that drafts a schematic from a plain-English description, which helps beginners get from an idea to a real board. Fritzing's official installers now cost $12 or $40.
| Fritzing | KiCad 10 | EasyEDA | Tinkercad Circuits | ProtoFlow | |
|---|---|---|---|---|---|
| Cost | $12 or $40 for official builds; GPL v3 source | Free, open source | Free | Free web app | Free plan |
| Runs on | Windows, macOS, Linux, Raspberry Pi | Windows, macOS, Linux | Browser, or desktop client | Browser | Windows, macOS, Linux |
| Where you start | Breadboard view | Schematic | Schematic | Virtual breadboard | Plain-English prompt or schematic |
| Simulation | Built-in simulator, introduced as a beta | ngspice: operating point, DC, AC, transient, noise and more | Std edition: simple circuit simulation | Arduino and micro:bit code simulation | ngspice: operating point, transient, AC, DC sweep |
| Board output | Gerber export, Fritzing Fab ordering | Gerber, Excellon drill, placement, BOM | Linked to JLCPCB ordering | Not described on its Circuits page | Gerber X2, Excellon, BOM, CPL for JLCPCB |
| Where files live | Local files | Local files | Cloud, or local in the desktop client | Online account | Local files |
Skip the comparison shopping. Try the free one first and see if it does the job.
Download for DesktopEach row links to the vendor page it came from and shows the date we last read that page. Vendors change pricing often, so check the link before you buy.
| Product | Price or limit | Source | Checked |
|---|---|---|---|
| Fritzing | Official builds via "Pay & Download" at $12 or $40 | fritzing.org | |
| KiCad | Free and open source, "all forever free" | kicad.org | |
| EasyEDA | Free; Std edition handles designs up to 300 devices or 1,000 pads | easyeda.com | |
| Tinkercad Circuits | Free web app | tinkercad.com |
Fritzing is not a toy. Version 1.0.8, released August 12, 2026, has breadboard, schematic and PCB views, an autorouter, Gerber export, a parts editor and a built-in simulator, and it runs on Windows, macOS (as a universal binary) and Linux, including an ARM build for Raspberry Pi OS. Fritzing Fab will manufacture the board for you.
What changes as projects grow is the center of gravity. Fritzing is built around the breadboard picture, which is ideal for documenting a prototype or teaching wiring and less useful once the design is a dense two-layer board with fine-pitch SMD parts. At that point you want a tool where the schematic is the source of truth, the part libraries are large, and manufacturing output is the main event.
The other reason is cost. The download page now offers official builds through a "Pay & Download" form at $12 or $40, which funds development. The source code is GPL v3 on GitHub, so building it yourself is still possible, but most people searching for a free Fritzing alternative want an installer that costs nothing.
KiCad is open source with no paid tiers (its site says "all forever free") and runs on Windows, macOS and Linux. Version 10.0.7 shipped on October 7, 2026. It covers schematic capture, PCB layout with an interactive router, a 3D viewer, and an integrated ngspice simulator with operating point, DC sweep, AC, transient, noise, pole-zero, S-parameter and FFT analyses. It plots Gerbers, Excellon drill files, placement files and a BOM for any fab.
The shift from Fritzing is mental more than technical. There is no breadboard picture: you draw a schematic, assign footprints, and lay out the board from the ratsnest. Give it a few projects before judging it, and expect to draw the occasional footprint yourself.
EasyEDA is free and runs in the browser, which answers the "Fritzing alternative online" search directly. It comes in two editions. Std is aimed at "students, teachers, creators," handles designs up to 300 devices or 1,000 pads, and includes simple circuit simulation. Pro targets larger designs with stricter constraints. Pro's desktop client runs on Windows, macOS (Intel and Apple silicon) and Linux, with offline and semi-offline modes for keeping projects local.
EasyEDA links to LCSC for components and JLCPCB for fabrication, with one-click ordering. If you plan to order boards from JLCPCB anyway, that link saves real time. If you want to fabricate elsewhere or keep every project as plain files on disk, KiCad is the cleaner fit.
If what you liked about Fritzing was seeing the breadboard, Tinkercad Circuits is the closer match. It is a free web app from Autodesk where you place and wire components on a virtual breadboard, program an Arduino or micro:bit (including block-based Codeblocks), and run the simulation to see how the circuit responds before you build it. It also ships ready-made classroom activities.
Treat it as a learning and simulation tool. Its Circuits page describes virtual circuits, code and simulation, not PCB layout or fabrication files, so it is where you understand a circuit, and a PCB tool is where you turn it into a board.
ProtoFlow is a free desktop PCB design app for Windows, macOS and Linux. What helps people coming from Fritzing is the start: you describe the circuit in plain English ("ESP32 board with USB-C power, a LiPo charger and two buttons") and get an editable first-draft schematic with real parts attached, which you then check and finish. The Copilot answers questions inside the editor, and the free AI Part Generator builds a symbol and footprint from a part number, datasheet PDF, URL or image when a module is missing.
From the schematic it is a normal PCB flow: ERC, sync to layout, an auto-router with presets and layer filters, copper pours, DRC, a 3D view, and Gerber X2, Excellon drill, BOM and CPL files for JLCPCB assembly, with a built-in JLCPCB design review. SPICE simulation (operating point, transient, AC and DC sweep) runs on the same schematic.
| Criteria | ProtoFlow | Fritzing |
|---|---|---|
| Where a design starts | A plain-English prompt or a blank schematic. | The breadboard view, with schematic and PCB views alongside. |
| Cost | Free plan with the full editor and AI, no card. | $12 or $40 for official builds; GPL v3 source. |
| Parts | LCSC, DigiKey and Mouser search, plus AI Part Generator from a datasheet. | Built-in parts bins and a parts editor. |
| Simulation | ngspice: operating point, transient, AC, DC sweep. | Built-in simulator, introduced as a beta. |
| Manufacturing output | Gerber X2, Excellon, BOM and CPL for JLCPCB assembly. | Gerber export and Fritzing Fab ordering. |
Reviewed on: 2026-10-14
Yes. KiCad is free and open source, EasyEDA is free in the browser, Tinkercad Circuits is a free web app for learning, and ProtoFlow has a free plan with the full editor and AI. Fritzing's own source code is GPL v3 if you would rather build it yourself.
Official builds go through a "Pay & Download" form on fritzing.org at $12 or $40, which funds development. The source code is available under GPL v3 on GitHub.
KiCad and ProtoFlow both run natively on macOS, and EasyEDA's Pro desktop client supports Intel and Apple silicon Macs. Tinkercad Circuits runs in any browser. Fritzing itself also runs natively on Apple silicon as a universal binary.
EasyEDA and Tinkercad Circuits both run in a web browser with no install. EasyEDA goes all the way to fabrication through JLCPCB; Tinkercad is for learning and simulation. KiCad and ProtoFlow are desktop applications.
KiCad's import documentation does not list Fritzing. Plan to redraw the schematic using your Fritzing views as the reference, or describe the circuit to ProtoFlow and let its AI draft the schematic, then re-check every footprint.
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