Wan 2.2 vs Wan 3.0: Complete Comparison Guide (Open Weights vs API-Only)

Introduction

Every time a new Wan model ships, the same three questions land in my inbox within a week. Can I download it? Can I run it on my own machine? And if not, what can I run instead?

When Wan 3.0 entered public beta in August 2026 with 30-second takes, native audio, and document-to-video, those questions spiked harder than usual. And the honest answer disappointed a lot of people: no, you cannot download Wan 3.0. There are no weights. There is no ComfyUI workflow. There is nothing in the community folders that anyone asking that question is hoping for.

The last Wan model you can actually own is Wan 2.2, released in 2025 under Apache 2.0 — and it is still doing real work for people who need unlimited generations, zero per-second cost, and no platform deciding what they are allowed to make.

So this is the comparison people searching for "Wan 3.0 free" actually need: what changed between the two, what you can genuinely run for free today, what you get by paying per second instead, and the specific specs you need before you download 27 billion parameters of anything.

TL;DR

Wan 3.0 is closed and API-only. It has no open weights — nothing on Hugging Face, GitHub, or ModelScope. Any site offering a "Wan 3.0 download" is not offering the real model.
Wan 2.2 is the last open-weight Wan flagship, released under Apache 2.0 with weights and inference code. That licence is why the free local workflows exist at all.
The capability gap is real and large. Wan 3.0 generates up to 30 continuous seconds at up to 1080p with audio in the same pass, plus document-to-video. Wan 2.2 works in short clips — typically 5 seconds without frame extension — and its audio story is weaker.
The cost gap runs the other way. Wan 2.2 locally is free forever after hardware; hosted Wan 3.0 is priced per second — published rates start around $0.05/sec, which is roughly $1.50 for a 30-second clip.
Wan 2.2 is also the only option in this pair with no platform moderation layer. If unfiltered generation matters to your work, closed hosted models are the wrong tool by definition.
Practical verdict: if you want free and unlimited, run Wan 2.2 in the browser or locally in ComfyUI. If you need 30 seconds with audio and can pay per second, that is what Wan 3.0 exists for.

Skip the setup and test it in the browser: Experience Wan 3.0 Free →

Quick Verdict: Which Wan Model Should You Use?

One line each:

Choose Wan 2.2 if your priorities are free generation, unlimited volume, local control, or the ability to generate without a platform filter — and your clips are short (a few seconds each, extended or cut together).
Choose Wan 3.0 if you need a 30-second continuous take with audio, or want to build a video from a document, and paying per second of output is acceptable.

This is not a quality argument. Wan 3.0 is the more capable model. It is an access argument: one of these two you can run forever without paying anyone.

Real Data: What Is Actually Verifiable

I want to be careful here, because this is the topic where invented spec tables spread fastest.

Claim	Status
Wan 2.2 released under Apache 2.0, weights downloadable	Verified — official repository, model downloads via Hugging Face or ModelScope
Wan 2.2 family includes T2V-A14B, I2V-A14B, TI2V-5B, Animate-14B, S2V-14B	Verified — all Apache 2.0
Wan 2.2's A14B configuration is 27B total parameters with 14B active per step	Verified — documented MoE configuration
Wan 2.2 runs in ComfyUI with official native templates	Verified
Wan 2.2 14B needs about 16GB VRAM at 720p with Q5_K_M GGUF; TI2V-5B runs near 8GB	Community-reported, not vendor spec — treat as a starting point, not a guarantee
Wan 3.0 public beta began August 6, 2026 as the model `wan3.0-video`	Verified — Alibaba Cloud Model Studio and Qwen Cloud
Wan 3.0 generates up to 30s at 480p/720p/1080p with audio in the same pass	Verified
Wan 3.0 has open weights	False — no weights published anywhere
Wan 3.0 outputs 4K	False — three resolution tiers are priced, 4K is not mentioned
Wan 3.0 is a 60B parameter model	Unsourced — treat as fabricated until a model card exists

That table is the whole point of this article. Half the pages ranking for these terms are describing a version of Wan 3.0 that does not exist, and the practical consequence is people wasting days looking for a download that was never published.

If you want output today, start here: Launch Wan 3.0 Now →

What Wan 3.0 Actually Is (and Why You Cannot Download It)

Wan 3.0 is Alibaba Tongyi Lab's video model, in public beta since August 6, 2026, available as wan3.0-video on Alibaba Cloud Model Studio and Qwen Cloud, with wider access rolling out on wan.video.

What it does is genuinely a step up:

30-second single takes in one pass, roughly double Wan 2.7's 15-second ceiling, with intelligent duration control
Audio generated alongside the picture in the same pass, and audio can be supplied as a reference too
Omni-Reference with up to 20 assets spanning image, video, audio, documents, and webpages, held consistent across the clip
Document-to-video — doc, xls, ppt, pdf, txt, md, pages, numbers plus webpage URLs, turned into a video sequence
Interval-level editing — regenerate a selected time range rather than re-rolling the whole clip
480p, 720p, and 1080p tiers — and no 4K

Here is the part that matters for a free-tools workflow: Alibaba's published open weights stop at Wan 2.2. The 2.5, 2.6, and 2.7 generations were commercial API models, and Wan 3.0 continues that line. It is closed, API-only, and priced per second of output — published third-party rates start around $0.05 per second for image-to-video, with a Prime tier around $0.068 per second.

So when someone asks "is Wan 3.0 free," the accurate answer is: no, but free trial credits exist on hosted platforms, and the per-second price is low enough to be worth testing. What does not exist is a free unlimited path.

Ready to try it yourself? Try Wan 3.0 Free →

What Wan 2.2 Actually Gives You

Wan 2.2 shipped in July 2025 as the fully open member of the family — and in 2026 it is still the model the community builds on, for three reasons.

It is genuinely downloadable. Weights plus inference code under Apache 2.0, available from the official repository via Hugging Face or ModelScope. That is not "open" in the marketing sense; it is a licence you can build a business on.

It is a family, not a single model. T2V-A14B and I2V-A14B cover text-to-video and image-to-video, TI2V-5B is the efficiency option that runs on modest hardware, and Animate-14B and S2V-14B extend into character animation and speech-driven video. The A14B configuration is a mixture-of-experts design — 27B total parameters with 14B active per step — which is how a model that size stays runnable.

It has first-class ComfyUI support. Official native templates mean you are not hunting for third-party node packs to get a baseline workflow running. Load the template, point it at the model folder, generate.

The trade-offs are equally concrete. Clips are short — the practical unit is a few seconds, and longer sequences are built by extension rather than one long pass. Motion complexity degrades faster than on newer closed models. Audio is not its strength. And local performance depends heavily on your hardware: community reports put the 14B model around 16GB VRAM at 720p using a Q5_K_M GGUF quantisation, with TI2V-5B running closer to 8GB. Those are community figures, not vendor guarantees — if you are near the line, test before you commit.

Want to see the difference on your own footage? Start creating with Wan 3.0 →

Head-to-Head: The Dimensions That Decide It

Access and licensing

	Wan 2.2	Wan 3.0
Weights available	Yes — Apache 2.0	No
Self-hosting	Yes (ComfyUI, CLI)	Not possible
Where it runs	Your machine, or a hosted free browser tool	Alibaba Cloud Model Studio, Qwen Cloud, wan.video, third-party hosts
Open to build on commercially	Yes, under Apache 2.0 terms	Subject to platform terms

So what: if your workflow requires self-hosting — for cost, for privacy, for policy, or for a product you are building — Wan 2.2 is not just the cheaper option, it is the only option in this pair.

Clip length and resolution

	Wan 2.2	Wan 3.0
Native clip length	Short passes, extended in segments	Up to 30 seconds
Resolution	720p practical on 14B at quantised settings; higher on bigger hardware	480p / 720p / 1080p
Audio in the same pass	Limited	Yes, by default
Document-to-video	No	Yes

So what: for a social cut, a product loop, or a stylised animation, Wan 2.2's segments are enough. For a 30-second spot with a soundtrack, you are describing Wan 3.0's job.

Cost over time

	Wan 2.2	Wan 3.0
Upfront	GPU or rented compute (~16GB VRAM for 14B; ~8GB for TI2V-5B)	None
Per generation	Free, forever	~$0.05/sec and up (≈$1.50 per 30s clip)
At 100 clips/month	Free	Roughly $50–150+ depending on length and tier
At 1,000 clips/month	Free, limited by your hardware	Per-second cost scales linearly

So what: the break-even is not close. If you generate at volume, hardware pays for itself quickly. If you generate a handful of clips a month, paying per second is the rational choice — do not buy a GPU to avoid $20 of API usage.

Content policy

This is the dimension people rarely put in comparison tables, and it is often the deciding one.

Wan 2.2 running locally has no platform moderation layer. You are the policy. Hosted Wan 3.0 — including the official Alibaba surfaces and mainstream third-party hosts — has one, and its strictness varies by platform and, on some consumer hosts, by subscription tier.

So what: if your work involves edgy artistic content that mainstream platforms filter, a closed hosted model structurally cannot serve you, no matter how good it is. This is the single strongest argument for keeping an open-weight model in your toolkit.

Quality ceiling

Wan 3.0 wins this, and I am not going to pretend otherwise. Longer coherence, better face and micro-expression rendering, cleaner on-screen text across multiple languages, steadier references, and audio that arrives with the picture. Wan 2.2's advantage is not quality — it is ownership, cost, and freedom.

Best Use Cases, Matched to Scenarios

Your job	Better model	Why
Free, unlimited generation with no per-clip cost	Wan 2.2	Open weights, runs locally or on a free browser tool
Unfiltered creative work	Wan 2.2	No platform moderation layer when self-hosted
Clips of a few seconds, cut together in an editor	Wan 2.2	Its natural unit of work, at zero marginal cost
Building a product or pipeline on top of the model	Wan 2.2	Apache 2.0 licensing you can build on
Testing a concept on a laptop or modest GPU	Wan 2.2	TI2V-5B runs near 8GB VRAM
Character animation with a driving video	Wan 2.2 Animate	Open motion-transfer model in the same family
A 30-second continuous take with audio	Wan 3.0	Native 30s plus same-pass audio
Building video from a deck, PDF, or spreadsheet	Wan 3.0	Document-to-video is unique to it
Holding a character or product across a full clip	Wan 3.0	Omni-Reference with up to 20 assets
Low-volume work with no GPU to manage	Wan 3.0	Per-second pricing beats buying hardware

When Wan 2.2 is the right answer

You want to generate today without a credit card, or you want to generate tomorrow and next year on the same machine without a bill. You want a model that will still run when a platform changes its pricing or its policy. Or you are working in the short-clip format where Wan 2.2's ceiling is not a constraint.

When Wan 3.0 is the right answer

Your brief needs length or audio that Wan 2.2 cannot reach, or your source material is a document rather than a prompt. And you are comfortable with per-second pricing, which for occasional work is cheaper than any hardware route.

Skip the setup and test it in the browser: Experience Wan 3.0 Free →

For a closer look at how it stacks up against other models, see Kling 2.6 Motion Control vs Wan 2.2 Animate.

How to Run Wan for Free Today (Both Routes)

Three concrete paths, cheapest first:

Free browser route — no install, no GPU. The free Wan video generator runs the Wan model family in the browser with no waitlist and no credit card, covering text-to-video and image-to-video. This is the right starting point if you want to test prompt style before downloading anything.
Animate a still image instead of prompting a scene. Image-to-video with a locked-off shot and a single motion instruction is where short-clip models are most reliable — it is also the fastest way to find out whether your hardware or the hosted route is enough. The free image-to-video generator handles that with Wan models behind it.
Local route — download the weights. Clone the official Wan 2.2 repository, download T2V-A14B or I2V-A14B from Hugging Face or ModelScope, install the ComfyUI template, and generate with no per-clip cost and no filter. Budget around 16GB of VRAM for the 14B at quantised 720p, or explore TI2V-5B if you are closer to 8GB.

If you do nothing else, do this: run the same prompt through the browser route and a paid hosted model, and compare. The spec sheet will not tell you whether your specific content survives a platform filter — generating will.

Pros and Cons

Wan 2.2

Pros: Apache 2.0 weights you can download and build on; free unlimited generation; no platform filter when self-hosted; five model variants covering text, image, animate, and speech-driven video; official ComfyUI templates; still widely deployed on hosted tools
Cons: short native clips that need extending or cutting; motion and coherence below Wan 3.0; audio not a strength; real VRAM requirements for the 14B model; no document-to-video

Wan 3.0

Pros: 30-second single takes; audio in the same pass; 1080p; up to 20 reference assets across image, video, audio, and documents; document- and webpage-to-video; interval-level editing; no hardware needed
Cons: closed and API-only — no self-hosting, no local build; per-second costs that scale with volume; no 4K despite circulating claims; no independent benchmarks yet; every generation passes a platform moderation layer

The Bottom Line

Wan 2.2 and Wan 3.0 are not competing for the same slot. Wan 3.0 is the more capable model, and it is closed — 30 seconds, audio, documents, references, priced per second, no way to own it. Wan 2.2 is the last Wan model you can actually download, which makes it the only one in the pair that is free forever, unfiltered when self-hosted, and safe to build a pipeline on.

The decision comes down to what "free" means in your case. If it means no GPU and no subscription, the free browser route with Wan models behind it is where you start. If it means no per-generation bill ever again, Wan 2.2 in ComfyUI is the answer, and the hardware pays for itself at volume. If it means something that will still work the same way in two years, that is an argument about open weights — and only one of these two models has them.

Try Wan Free in Your Browser

No weights to download, no GPU to buy, no per-second meter running.

The free Wan AI video generator runs the open Wan family in the browser:

Free text-to-video and image-to-video — no waitlist, no credit card
Built on the model family you can also self-host, so prompts transfer to your local ComfyUI setup
Image-to-video with first-frame input, which is where short-clip models are most reliable
No platform gatekeeping between your prompt and the output
A fast way to test a concept before spending per-second money on a closed model

Generate a clip free, then decide whether you need 30 seconds with audio badly enough to pay for it.

Try the Free Wan Video Generator

Related guides

FAQ

Is Wan 3.0 open source?

No. Wan 3.0 is a closed, API-only model. No weights have been published on Hugging Face, GitHub, or ModelScope, and it is served through Alibaba Cloud Model Studio and Qwen Cloud, with wider access on wan.video. Alibaba's published open weights stop at Wan 2.2 under Apache 2.0. Any site advertising a Wan 3.0 weights download or a Wan 3.0 ComfyUI workflow is not offering the real model.

Can I run Wan 3.0 locally?

No, and you never could — there is no local version to run. Local Wan work in 2026 means Wan 2.2, which runs in ComfyUI with official native templates. Community-reported hardware guidance puts the 14B model around 16GB of VRAM at 720p using a Q5_K_M GGUF quantisation, and TI2V-5B nearer 8GB — those are community figures rather than vendor specifications, so test on your own GPU before committing.

Is Wan 3.0 free?

There is no free unlimited route. Wan 3.0 is priced per second of output — published third-party API rates start around $0.05 per second for image-to-video, which is roughly $1.50 per 30-second clip, with a premium tier around $0.068 per second. Most hosts offer trial credits, so testing is cheap. Free forever, meanwhile, describes Wan 2.2 running on your own hardware.

What is the difference between Wan 2.2 and Wan 3.0?

Wan 2.2 is the last open-weight Wan flagship: Apache 2.0, downloadable, free to run locally, built for short clips. Wan 3.0 is a closed API model in public beta since August 2026: up to 30-second continuous clips, audio generated in the same pass, up to 1080p, up to 20 reference assets, and document-to-video. Wan 2.2 wins on cost, ownership, and freedom; Wan 3.0 wins on capability.

Does Wan 3.0 really output 4K?

No. Alibaba prices three resolution tiers for Wan 3.0 — 480p, 720p, and 1080p — and does not mention 4K. The 4K claims, along with "60B parameters" spec tables, come from third-party pages rather than Alibaba. Since Wan 3.0 is still in public beta with no independent benchmarks, treat any precise performance table for it as unsourced.

Which Wan model should I use if I have no GPU?

Use a free browser tool that runs the Wan model family — that gives you text-to-video and image-to-video with no install and no credit card, and it is the realistic option if your machine cannot handle a 14B model. If you later need 30-second clips with audio, a hosted Wan 3.0 route is priced per second, which works out cheaper than buying hardware for occasional use.

How long can Wan 2.2 clips be?

Wan 2.2 works in short segments — the practical unit is a few seconds, and longer sequences are built by extending or cutting shots together rather than generating them in one pass. That is the clearest capability gap against Wan 3.0, which produces up to 30 seconds in a single continuous run with audio.

Is Wan 2.2 still worth using in 2026?

Yes, for four specific reasons: it is free to run without per-generation cost, it is the only option in this pair with no platform moderation layer when self-hosted, it is Apache 2.0 so you can build on it commercially, and the whole family — text-to-video, image-to-video, animate, speech-to-video — is available as weights. It is a capability downgrade from Wan 3.0, not an access downgrade.

References

Wan-AI/Wan2.2 on GitHub — official repository, model downloads, and inference instructions for the Apache 2.0 release
Is Wan 3.0 open source? The 2026 answer, with receipts — Atlas Cloud — licence status for both models, including the A14B MoE configuration and what "open" does not include
Wan 3.0 reality check: what actually shipped vs rumors — Digital Applied — version-by-version verification, including community-reported VRAM tiers for the open models
Wan 3.0: 30-second video and document-to-video specs — Morphic — beta launch date, resolution tiers, Omni-Reference limits, and the no-4K correction
Wan 3.0 API now on Atlas Cloud — published per-second pricing for Wan 3.0 image-to-video
Wan2.2 Animate — ComfyUI native workflow — the open-weight animation model in the Wan 2.2 family, with Move and Mix modes

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