It is the question we hear most often from people about to build their first game: Godot or Unity? Both engines work, both have shipped titles on Steam, and neither is a bad choice in 2026. What actually decides it is the kind of project you have in mind, the time you can spend learning, and how you plan to distribute the game.
We use both at the studio, on different projects. Here is how we frame the question, with the real state of both engines as of autumn 2026.
Two business models with nothing in common
Godot is released under the MIT licence. The engine is free, the source code is open, and there is no revenue threshold, no royalty and no mandatory splash screen. Whatever your game earns stays with you, and the rules cannot change retroactively because nothing ties you to a company.
Unity runs on subscriptions, with tiers indexed to your revenue. The Personal plan stays free as long as your combined revenue and funding over the trailing twelve months stays under 200,000 dollars. Above that, Unity Pro becomes mandatory, billed per seat per year, with a 5% price increase applied since 12 January 2026. The Runtime Fee, announced in 2023 and then cancelled in September 2024, no longer exists: billing went back to a straightforward subscription. Since Unity 6, the "Made with Unity" splash screen has also become optional, including on a Personal licence.
For a first game, none of this settles anything. If you reach 200,000 dollars in revenue, you will have other problems to solve and enough money to pay for the subscription. It does matter if you are building a studio for the next ten years and want visibility on your cost structure.
GDScript or C#: the real deciding factor
Godot ships with GDScript, an in-house language with Python-like syntax, designed for the engine and built into the editor. Autocompletion knows your nodes, error messages are readable, and a character behaviour fits in a few lines. Godot also supports C# through .NET, but GDScript remains the default path and the best documented one.
Unity means C# and nothing else. The language is more verbose, more structured, and asks you to absorb a few concepts – typing, classes, compilation cycles – before anything appears on screen.
If you have never programmed, GDScript will save you several weeks and, more importantly, you will see results fast enough not to give up. If you come from software development, or you are aiming for a studio job later on, C# is the more transferable investment: it is what you will be asked about in interviews and what most job listings expect.
2D, 3D, and where each engine feels at home
Godot 4.6, released on 26 January 2026, has a genuine 2D engine with its own nodes and its own renderer, rather than flattened 3D. You feel it in sprite handling, tilemaps and collisions: settings are where you look for them, units are pixels, and behaviour stays predictable. For a 2D game, it is currently the most direct engine available.
In 3D, Godot has closed a lot of ground. Version 4.6 makes Jolt the default 3D physics engine for new projects, the in-house implementation no longer being considered reliable on complex scenes, and screen space reflections have been fully rewritten to cut down on artefacts.
Unity keeps the edge on ambitious 3D: configurable render pipelines, lighting tools, profiling, and a number of options that becomes an asset as soon as the project grows. Unity 6.4 has been available since March 2026, but the version to pick for a project meant to last is still Unity 6.3 LTS, supported until December 2027. Unity 6.0 LTS reaches end of support in October 2026, so it is not a good starting point.
Exporting the game: where the gap widens
On the web, Godot exports to WebAssembly and the results are good, including on an itch.io page. One important caveat: if you write C# in Godot, web export is still not officially supported in 4.6. In other words, if the browser is your target – jams, portfolio, playable demos – stay on GDScript. Unity also exports to the web, with heavier files and loading times worth watching.
On mobile, both engines do the job, with more mature tooling on the Unity side for ads, in-app purchases and analytics.
On consoles, the gap is clear. Unity offers official support, provided you are a registered developer with Nintendo, Sony or Microsoft. Godot has no official console export, because platform SDKs are under non-disclosure agreements and incompatible with an open licence. You have to go through a provider: W4 Games sells W4 Consoles, covering Nintendo Switch, Xbox Series X|S and PlayStation 5, targeting Godot 4.3 and later, with Nintendo Switch 2 support in beta since early 2026. Pricing is not public and is negotiated per title and per platform. If console is part of the plan from day one, budget for it.
If the browser is your target, we covered the hosting options in our comparison of itch.io, GitHub Pages and Netlify.
The ecosystem, or what happens when you get stuck
Unity has a twenty-year head start here. The Asset Store contains just about everything, from character controllers to dialogue systems, and any error you run into has already been posted on a forum. The downside: part of that content targets older versions, and sorting out what still applies takes time.
Godot has clearly better official documentation, versioned and consistent with the engine. The asset library is smaller, the community younger but very active. The usual trap: plenty of tutorials still target Godot 3.x, whose API is not compatible with the 4 branch. Always check the version before following a tutorial – it is the leading cause of beginners giving up.
What we recommend
For a first 2D game, alone or in a pair, aimed at the browser or Steam, we go with Godot. The time between installing the engine and having a playable prototype is much shorter, and nothing in the licence will surprise you later.
For an ambitious 3D project, a console release planned from the start, or a career goal inside an existing studio, Unity remains the sensible choice. You pay in initial complexity what you gain in tooling and employability.
One last piece of advice, worth more than the rest: pick one and finish a small game with it. A finished project on an imperfect engine teaches you far more than three abandoned prototypes on the ideal one.
Still unsure which technology fits your project? Let's talk.
0 Comments