Wan 4.0 vs MiniMax H3
Compare future story-planning ambitions with a current multimodal video workflow. Explore resolution, references, frame control, audio and the practical cost of creating a usable clip.
Wan 4.0
Our forecastMore room to tell your story.
We expect the next step beyond Wan 3.0 to bring longer scenes, more consistent characters, and easier edits.
- Resolution target
- Native 4K
- Length target
- Up to 60 sec
- Turn a brief into a scene-by-scene plan.
- Change one detail while keeping the rest of the shot.
MiniMax H3
Published capabilitiesBuild a short scene from your references.
Guide a clip with text, images, video, and audio. Available features depend on the service you choose.
- Hosted resolution
- Up to 2K
- Clip length
- Up to 15 sec
- Use media references to guide the scene.
- Generate video with native stereo sound.
Wan 4.0 capabilities on this page are forecasts, not confirmed specifications or hands-on results. This is a workflow comparison, not a quality benchmark.
Evaluation Goals
Find the right tools for the video you want to make. We compare the upgrades we expect from Wan 4.0 with MiniMax H3’s published features, focusing on three everyday projects.
Product videos
Does the product stay true to life?Look for clear textures, steady shapes, and believable reflections.
Lifestyle and short stories
Does the scene hold together?Look for recognizable characters, natural movement, and smooth transitions.
Explainers from a brief
Can you get from an idea to an edit?Consider scene planning and targeted changes. For Wan 4.0, these are forecast goals.
Wan 4.0: predictions based on the Wan 3.0 workflow. MiniMax H3: published capabilities plus six contributor-supplied videos reviewed below. There is no matched Wan 4.0 test, so this page does not rank overall quality, speed, or cost.
Model Overview
Wan 4.0: the upgrade we expect
Our forecast builds on Wan 3.0: turn a brief into scenes, keep subjects recognizable, and refine a shot. Native 4K and 60-second output are editorial targets, not announced specifications.
MiniMax H3: a current media workflow
H3 uses text, images, video, and audio to guide short clips. Its published hosted features include up to 2K output, 15-second clips, and stereo sound. Local setups may differ.
Features at a glance
Picture and sound
| What you need | Wan 4.0 Predicted | MiniMax H3 Published / limitations |
|---|---|---|
| Resolution | Native 4K target | Up to 2K with hosted services |
| Clip length | Up to 60 seconds — our target | Up to 15 seconds |
| Audio | More control over speech and sound | Native stereo sound |
Creative control
| What you need | Wan 4.0 Predicted | MiniMax H3 Published / limitations |
|---|---|---|
| Start with text or images | Details not announced | Text and image inputs |
| Use video or audio references | More precise reference control | Video and audio inputs |
| Set the opening and ending | More control over start and end frames | Frame-based tools; options vary by service |
| Keep characters consistent | More consistent characters across shots | Needs testing with your references |
| Turn a document into a plan | An editable scene plan from your brief | Direct document input not established |
| Edit a scene | Change one detail and keep the rest | Video generation and editing tools |
Access and setup
| What you need | Wan 4.0 Predicted | MiniMax H3 Published / limitations |
|---|---|---|
| Run it yourself | Model release and license unknown | Open weights; check hardware and license |
| Choose a hosted or local setup | Options not announced | Features differ between setups |
| Use it on this website | Not yet — our studio uses Wan 3.0 | Not available here |
Capability references: MiniMax H3 announcement and deployment guide. Checked October 13, 2026. Available settings vary by service and setup.
Evaluation Data
Data sources
These original videos and task-log screenshots were supplied by the contributor. The supplied task-list screenshots identify all six outputs as MiniMax-H3; the volleyball file also carries MiniMax producer metadata. Three outputs share one city prompt; the other three cover a quiet street, a stylized anime sequence, and two cartoon bears playing volleyball.
Sample size and coverage
Six videos across four prompts: three city variations, one night street, one anime sequence, and one two-character volleyball scene.
Instruction complexity
Future city
Open-ended setting, sunset, and tracking motion.
Night street
Dim light, a pan, traffic, and ambience.
Anime
Timed cut, character design, text, and effects.
Volleyball
Two characters and ball contact from a short Vietnamese prompt.
The prompts range from open-ended scene ideas to timed sequences and two-character action.
File parameters and task records
| Sample | File resolution | File length | Logged generation time |
|---|---|---|---|
| City · holographic fish | 1344 × 768 | 5.17s | 209s |
| City · curved towers | 1344 × 768 | 5.17s | 125s |
| City · neon skyline | 2560 × 1440 | 5.17s | 198s |
| Quiet night street | 2560 × 1440 | 10.13s | 354s |
| Two-shot anime sequence | 2560 × 1440 | 5.17s | 188s |
| Two bears playing volleyball | 2560 × 1440 | 5.17s | 210s |
All files: H.264 video, 24 fps, 32 kHz stereo AAC audio. Logs date from July 31–October 13, 2026. Time-to-file matches use the screenshot thumbnails. The night and anime logs request 2K, 16:9, and 10 or 5 seconds respectively; the volleyball log requests text-to-video, 2K, 16:9, and 5 seconds. File duration includes a small overrun.
Video evidence and the upgrade we expect
Each H3 example is paired with a relevant Wan 4.0 prediction based on the Wan 3.0 workflow.
City · holographic fish
1344 × 768 · 24 fps · 5.17s
Sunset, futuristic towers, and a following-camera composition are visible. The model adds a flying vehicle and holographic fish.
For a shot like this, we expect Wan 4.0 to offer finer control over the camera path while keeping the vehicle and skyline consistent.
City · curved towers
1344 × 768 · 24 fps · 5.17s
Warm sunset light, curved towers, and a moving vehicle provide a different interpretation of the same brief.
These three city takes explore different looks. Building on Wan 3.0 references, we expect Wan 4.0 to make it easier to carry a chosen look into the next shot.
City · neon skyline
2560 × 1440 · 24 fps · 5.17s
The skyline and sunset remain recognizable as the view changes. A vehicle passes across the foreground.
Our native 4K target would matter here if building edges and neon details stay clear during movement—not just in a larger export.
Quiet night street
2560 × 1440 · 24 fps · 10.13s
Cool light, an empty street, and distant headlights match the brief. A rightward pan is visible. Deep shadows limit checks of leaf detail and movement.
For this quiet scene, we expect more precise pan speed and finer control over wind and traffic sounds. That would need motion and listening checks after release.
Two-shot anime sequence
2560 × 1440 · 24 fps · 5.17s
The walking character changes to a frontal graphic composition around 2.5–3 seconds. Red, black, and white styling, readable SCARLET / CODE: PHANTOM text, and breaking panels are visible.
Building on Wan 3.0 editing, we expect finer control over cut timing and graphic changes while preserving the character and approved style.
Two bears playing volleyball
2560 × 1440 · 24 fps · 5.17s
Two cartoon bears face each other across a beach net. A wide shot shows a toss and jump, followed by a closer view of the brown bear receiving the ball. The activity is recognizable, but repeated ball contact and the cut limit confidence in a continuous, physically correct rally.
This is where we would test our forecast of stronger two-character continuity: keeping both bears recognizable and making each ball contact easier to follow.
Prompts and sample selection
City — the same prompt for three outputs
A cinematic tracking shot of a futuristic city at sunset, smooth camera motion.
The contributor confirms three separate generations, each successful on its first attempt, with no retries or discarded results.
Night street — supplied prompt
Static wide shot with slow horizontal pan. Cool soft light spills over an empty street. The evening breeze rustles treetops, while distant scattered car lights drift by. Ambient sound blends with faint wind noise, creating a quiet, detached, hazy midnight atmosphere.
Anime — summary of the screenshot prompt
A five-second, two-shot pop-art anime sequence: a masked woman walks through a neon alley, followed by a hard cut at 2.8 seconds to a frontal freeze-frame, a red-and-black graphic background, name panels, and a return to motion. The prompt also requests jazz-inspired music and timed sound effects.
Volleyball — original Vietnamese prompt
gen cho tôi 2 con gấu dudu và bubu chơi bóng chuyềnEnglish meaning: Generate two bears, Dudu and Bubu, playing volleyball.
Retry and selection history for the street, anime, and volleyball clips has not been confirmed. Provider, seed, detailed settings for the city clips, and costs were not supplied.
Evaluation Criteria
Visual quality and instruction following
Follow the brief
Does the result match the idea?Compare the setting, subjects, style, and main action with the prompt.
City mood · anime stylingKeep details consistent
Does the scene hold together?Follow building edges, character appearance, and object shapes as the view changes.
City towers · character designDirect the camera
Does the shot move as requested?Look at tracking, panning, framing, and the order of shots.
Street pan · anime transitionConnect the action
Do the interactions make sense?Follow the ball, the contact points, and the action across the cut.
Volleyball toss · returnDelivery, audio, and efficiency
Record resolution, frame rate, duration, audio format, and generation time. Audio comparison here uses the file format. Generation times are taken from the task records.
For Wan 4.0, these same checks turn our predictions into practical tests: clearer city detail, a more controlled night pan, more precise anime cuts, and steadier volleyball interactions.
Evaluation Method
Automated file checks
FFmpeg reads video and audio metadata. Resolution, frame rate, file duration, and audio format are file measurements. Generation times come from supplied logs, not an independent stopwatch.
Visual inspection
AI-assisted inspection compares frames with the prompt: every 0.5 seconds for the first five clips and every 0.25 seconds for volleyball.
Case-based conclusions
Summarize visible scene content, camera direction, character appearance, and action. Describe audio by its file metadata and connect each case to a relevant Wan 4.0 upgrade prediction.
How we would validate the Wan 4.0 forecast
Reuse these four prompts with matching output settings, record every attempt, and inspect the same details. To test selective editing, change one anime panel or the street’s lighting while checking that the character or scene stays intact. To test longer storytelling, extend a city sequence without losing its visual identity.
Evaluation Results
Wan 4.0 vs H3: the Short Version
Wan 4.0 is our upgrade forecast based on Wan 3.0. The H3 column summarizes the six videos shown above.
| What matters | Wan 4.0 · Expected | MiniMax H3 · What we saw |
|---|---|---|
| Picture quality | Sharper 4K video with steadier detail. | Four 1440p clips and two 768p clips; overall scene styling matches the prompts. |
| Video length | Up to 60 seconds with a more continuous story. | Five clips around 5 seconds; one around 10 seconds. |
| Camera movement | More precise movement and scene changes. | City tracking, a rightward street pan, and an anime scene change are visible. |
| Characters and action | More consistent characters and more natural interactions. | The anime character and bears stay recognizable; the volleyball sequence cuts to a close-up. |
| Sound | More control over voices and sound timing. | All six files contain 32 kHz stereo audio. |
| Wait time and cost | Fewer retakes; speed and pricing are still unknown. | All six recorded waits range from 125 to 354 seconds (about 2–6 minutes). Costs were not supplied. |
Wan 4.0: upgrade predictions. MiniMax H3: observed output and logged generation times.
What is the Wan 4.0 forecast based on?
Wan 3.0 documentation describes up to 1080p output, generation up to 30 seconds, video extension, reference and first/last-frame inputs, document inputs, and editing of elements, lighting, and dialogue.
We use those capabilities as the starting point for predicting better detail, longer scenes, stronger consistency, and finer editing. Native 4K and 60 seconds are our editorial targets for that upgrade.
Capability Outlook at a Glance
Editorial scores / 10 · Official capability tiers + Wan 4.0 predictions, not measured video-quality scores.
| Capability | Wan 3.0 | MiniMax H3 | Wan 4.0 Predicted |
|---|---|---|---|
| Maximum resolution · 4K forecast | 6 | 8 | 10 |
| Maximum clip length | 8 | 6 | 10 |
| Multimodal references | 8 | 8 | 9 |
| First / last-frame control | 8 | 8 | 9 |
| Scene editing | 8 | 8 | 9 |
| Audio generation | 8 | 8 | 9 |
How these scores work
Resolution: official 1080P = 6, official 2K = 8, 4K target = 10. Duration: 15 seconds = 6, 30 seconds = 8, 60-second target = 10. Maximum tiers come from provider documentation, not sample settings.
For the four functional categories, 8 means the capability is documented; 9 represents an editorial prediction of finer control in Wan 4.0. Equal scores indicate feature availability, not equal output quality. Audio refers to generation support, not a listening score.
Scores follow the same Wan 4.0 forecast throughout this page: native 4K, up to 60 seconds, stronger reference and frame control, finer editing, and more selective audio control. The 4K and 60-second targets each map to 10 on this editorial scale. No overall average is calculated.
Sources checked October 14, 2026: Alibaba Cloud Wan 3.0 model and generation guides; MiniMax H3 announcement and API reference. H3 Max is excluded.
Wan baseline references: Alibaba Cloud’s Wan 3.0 generation/editing documentation and generation guide.
Wan 4.0 vs MiniMax H3 Pricing
Wan 4.0 pricing is not established on this website. H3 provider billing and local deployment costs are separate from our studio credits, so the table below is a clearly labeled current-workflow reference.
Current Wan 3.0 Studio — Output-only Credit Estimates
| Duration | 480P | 720P | 1080P |
|---|---|---|---|
| 5 seconds | 20 credits | 40 credits | 75 credits |
| 10 seconds | 40 credits | 80 credits | 150 credits |
| 15 seconds | 60 credits | 120 credits | 225 credits |
| 30 seconds | 120 credits | 240 credits | 450 credits |
Estimates use the current site rate configuration. Model, resolution and billable input duration affect cost; the live studio estimate and final service charge apply.
How to Compare H3 Costs
Obtain a current quote for your selected provider and output settings. Include reference processing, discarded takes and revisions. For a local workflow, include hardware time, setup and maintenance.
Open the current credit calculatorFrequently Asked Questions
Which should I choose for a project today?
Wan 4.0 is not available on this website. Evaluate an accessible H3 service if you need its reference or frame workflows, or use our current Wan 3.0 studio. Confirm that you can export a usable result before committing to a deadline.
Does a 4K target make Wan 4.0 better than H3?
No. The Wan 4.0 figure is a forecast. Resolution alone does not establish motion quality, correct detail or subject consistency, even when the output setting is available.
Can MiniMax H3 use an opening and ending image?
Frame-based workflows are part of the H3 model family. Check the controls and supported combinations in the specific hosted service or local workflow you select.
Can I use documents with either model?
Document-to-shot planning is a Wan 4.0 prediction here. The cited H3 sources focus on text, image, video and audio context. For a document-led project, extract and verify the key message before turning it into a scene brief.
Which model is cheaper?
There is no confirmed Wan 4.0 price on this website. Compare current provider quotes with the same output settings, including reference inputs, rejected takes and revision work. The credit examples below apply only to our Wan 3.0 studio.
Is MiniMax H3 the same as H3 Max?
This page covers MiniMax H3 as described in the linked official H3 materials. Do not apply these specifications to a different named variant without checking its own documentation.
Does running H3 locally provide every hosted feature?
Not necessarily. The official deployment guide distinguishes the open-weight path from hosted output. Check the checkpoint, hardware, license and processing pipeline for your intended use.
Which Workflow Fits Your Project?
Explore H3 when you want explicit frame direction or an open-model path today. Follow the Wan 4.0 forecast for source-led story planning and longer sequences. Neither a larger resolution target nor a longer clip alone establishes better quality.
Sources: MiniMax H3 announcement · H3 deployment and workflows. No matched-output test is presented.