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Model detail

wan3.0-video

Provided by Alibaba
Pay-as-you-go Dynamic pricing 3 tiers

Wan 3.0 is a video generation model from Alibaba for text-to-video, image-to-video, and reference-guided video generation. It produces 480p, 720p, or 1080p video with durations from 2 to 30 seconds.

Model specs

Model ID
wan3.0-video
Context length
–
Max output
–
I/O modalities
Released
2026-08

02

API endpoints

One MixRoute gateway, OpenAI-compatible

  • OpenAI-compatible /v1/chat/completions POST

03

Tiered pricing

Unit: /second

Tier Per second /second
480p res == "480p" $0.0500
720p (!(res == "480p")) && (res == "720p") $0.1000
1080p (!(res == "480p")) && (!(res == "720p")) $0.2000

05

Selection summary

Quickly judge whether it fits your workload

What is this model good for?

A unified Wan video model accepts text, images, video, and audio references

A unified Wan video model accepts text, images, video, and audio references, producing clips up to thirty seconds.

What should you check before using it?

Check duration, resolution, and aspect ratio limits

Model type: video. Verify supported features and quotas with the provider documentation. Released 2026-08-06.

Why use it through MixRoute?

wan3.0-video takes text and images on one route

Text and image inputs share the same route and the same key. MixRoute serves wan3.0-video on the OpenAI-compatible endpoint /v1/chat/completions; point your existing client at https://api.mixroute.ai/v1 with the model ID wan3.0-video and re-run your integration tests.

07

Capabilities & compatibility

Unconfirmed capabilities stay "Unknown," no guesses

Available:

Vision input

wan3.0-video can process image inputs alongside text.

EX Pass a base64-encoded image in a image_url content part alongside text messages.

09

FAQ

wan3.0-video is a video generation model from Alibaba. It accepts text, image, video, audio, file and returns video.

One endpoint, a testable decision

Test this model and alternate routes with the same request format

Start from a real workload, then let quality, total cost, and failure conditions decide whether to send production traffic.