Sports Motion Video Models
Generated on PixelDojo. Produced by PixelDojo's generation pipeline.
WAN 2.7 Text to Video is the best pick for sports motion, and WAN 2.2 Standard is the value pick when you need a lot of footage cheaply. We sent one parkour prompt to three models on August 26, 2026 and measured every file. WAN 2.7 returned 1280 by 720 at 30 frames per second with 7.31 megabits per second and the highest movement reading of the test, for 5 credits in 228 seconds. Seedance 2 Mini returned five seconds at 864 by 496 for 5 credits in 211 seconds. WAN 2.2 Standard returned 6.3 seconds at 832 by 480 for a flat 3 credits in 191 seconds, but with the least movement of the three. The order below follows what the files measured.
Side-by-side, same prompt
Every model below ran the identical prompt on PixelDojo so the outputs are directly comparable: “A parkour runner vaults between rooftop gaps at sunset, dynamic tracking camera, long shadows”
WAN 2.7 Text to Video
228sHighest movement reading at 10.39, 30 frames per second, and 7.31 megabits per second, more than three times the cheapest entry. 5 credits bought only 2 seconds at 720p.
Seedance 2 Mini
211sFive seconds for 5 credits at 1 credit per second, a middling 3.18 megabits per second, and a movement reading of 8.24. Capped at 24 frames per second on this tier.
WAN 2.2 Standard
191sA flat 3 credits returned 6.3 seconds at 30 frames per second, 189 frames, the cheapest footage here by far. It also measured the least movement of the three at 4.27.
Where each model landed on a fast action prompt
1. WAN 2.7 Text to Video, the most actual movement
Our clip cost 5 credits: 2 seconds at 720p, billed at 2.5 credits per second. It arrived in 228 seconds. The file measured 1280 by 720 at 30 frames per second and spent 7.31 megabits per second, more than three times what the cheapest entry spent on each second of picture. That headroom is what stops a fast tracking shot from turning to mush, because a moving camera changes almost every pixel in every frame and an encoder short on data smears the difference. Our movement measurement, the average brightness change between consecutive frames, came out at 10.39, the highest of the three. Its audio was also the loudest here at minus 17.2 decibels mean. Skip it when you need length. Two seconds is enough to prove the model handles a vault, but at 2.5 credits per second a full five second run costs 12.5 credits, and 1080p raises the rate to 3 credits per second. For a hero shot that is fine. For twenty background clips it is not.
2. Seedance 2 Mini, the middle of every measurement
The same prompt cost 5 credits: five seconds at 480p, billed at 1 credit per second. It came back in 211 seconds. The file measured 864 by 496 at 24 frames per second and spent 3.18 megabits per second, with a movement reading of 8.24 and an audio track at minus 20.1 decibels mean. Counted in frames it delivered 121 for 5 credits, about twice what WAN 2.7 gave for the same money. Nothing about it stands out and nothing about it fails, which for a lot of sports b roll is the right trade. Skip it when the camera is moving hard. Twenty four frames per second on a fast horizontal pan judders in a way that 30 does not, and both WAN entries here ran at 30. If you want its sharpness without the judder, the 720p tier costs 2 credits per second and lifts a five second clip to 10 credits.
3. WAN 2.2 Standard, the cheapest footage and the calmest action
This one is priced flat: 3 credits per generation, regardless of length. We asked for 5 seconds and the file came back at 6.3 seconds, 189 frames at 30 frames per second, 832 by 480. That is 63 frames per credit, against 24 from Seedance 2 Mini and 12 from WAN 2.7 Text to Video, so nothing else here is close on volume. It was also the fastest to return, at 191 seconds. The catch shows in the movement measurement, which came out at 4.27, roughly 40 percent of the WAN 2.7 figure. The shot drifts where the prompt asked for a vault. Bitrate was also the thinnest at 2.03 megabits per second, and the file carried no audio track at all. Skip it when the action has to read as fast. Use it when you need a wall of cheap 30 frame per second footage and you are cutting it short anyway.
Three clips, one action prompt, one session. 3, 5 and 5 credits. 191, 211 and 228 seconds. Movement was measured as average brightness change between consecutive frames, on the delivered files.
Why Choose Pixel Dojo for Sports Motion Video Models
Professional-quality results with cutting-edge AI technology
Movement can be measured, not guessed
Average brightness change between consecutive frames gave 10.39, 8.24 and 4.27 across the three files. On an action prompt that single number separates a model that vaults from one that drifts.
Flat pricing beats per second pricing on volume
WAN 2.2 Standard charges 3 credits per generation whatever the length, and returned 6.3 seconds. The per second models charged 5 credits for 2 and 5 seconds. For bulk b roll the flat rate wins outright.
13 credits covered the whole test
Three credits, five credits and five credits. A three way action comparison costs about the same as one clip from a premium video model.
How It Works
What we did, in three steps:
Run one action prompt at each model's floor price
The parkour prompt went to all three at the lowest resolution and shortest duration each accepts. WAN 2.2 Standard ignores duration for pricing, so its floor is the flat 3 credit rate.
Time it, then check what actually arrived
Turnaround was 191, 211 and 228 seconds. The delivered durations were 6.3, 5.09 and 2.02 seconds, and one of those is longer than what we asked for, which is why we measure the file rather than the request.
Score the motion from the pixels
An image statistics pass produced the average frame to frame brightness change for each clip. Combined with frame rate, bitrate and credits charged, that produced the ranking on this page.
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Common Questions
Everything you need to know about Sports Motion Video Models
Which AI video model is best for sports motion?
WAN 2.7 Text to Video on our August 26, 2026 test. It measured the highest movement of the three at 10.39, ran at 30 frames per second, and spent 7.31 megabits per second on the picture. It cost 5 credits and took 228 seconds. Choose WAN 2.2 Standard instead when you need a lot of footage for very little.
How was movement measured?
By taking the average brightness difference between each frame and the one before it, across every frame in the delivered file. A shot with a moving camera and a moving athlete scores high. A shot that mostly drifts scores low. Our three files came out at 10.39, 8.24 and 4.27.
What did each clip cost?
WAN 2.7 Text to Video was 5 credits for 2 seconds at 720p, which is 2.5 credits per second. Seedance 2 Mini was 5 credits for 5 seconds at 480p, or 1 credit per second. WAN 2.2 Standard was a flat 3 credits for the whole generation and returned 6.3 seconds.
Does frame rate matter for sports footage?
Yes, on any shot where the camera moves. Both WAN entries delivered 30 frames per second and Seedance 2 Mini delivered 24. On a fast horizontal pan the difference shows as judder rather than blur, and it is not something a grade or an edit can fix afterwards.
Do these clips come with sound?
Two of the three did. WAN 2.7 Text to Video returned the loudest track at minus 17.2 decibels mean, and Seedance 2 Mini returned one at minus 20.1. WAN 2.2 Standard returned no audio stream at all, so plan on your own sound design for those.
How do I call these from the API?
POST to /api/v1/models/wan-2.7-t2v/run, /api/v1/models/seedance-2-mini/run or /api/v1/models/wan-2.2-standard/run with your API key, a prompt, and the duration and resolution you want. One key covers the whole catalog, so a bake off is three requests with one field changed.