In-depth comparison of MiniMax H3 vs Seedance AI video generation effects

Many friends have asked me why most video platforms are now making comics and short dramas, and whether there are any models for making commercial videos.recommend。

Believe it or not, I recently actually tested a commercial video production tool. AI The video generation model is MiniMax H3.

It immediately climbed to the top of the Artificial Analysis video editing leaderboard upon its release.

We usually use ordinary AI When creating a commercially viable video from a model, the most time-consuming part is often reworking it.

The product turns around, its structure changes; the camera cuts to a close-up, the model's face is different; a single typo in the English at the end renders the brand information useless. The visuals are barely usable, but the sound needs to be completely re-done.

MiniMax H3 was developed with these issues in mind.

MiniMax H3 is a lightweight, multimodal video model that supports text, images, audio, and video input, and can also directly generate videos with visuals, ambient sounds, dialogue, or music.

You're probably wondering how it compares to Seedance, so I'll be doing a comparison of the two models in real-world commercial scenarios. Here's a comparison of the results:

In this comparison, the MiniMax H3 is indeed significantly better than Seedance in terms of lighting effects and camera movement.

As for other aspects, you'll find out by reading on!

Previously, when creating reference videos, the common process was to upload a character image and then use...Prompt wordsDescribe the actions and scenes. The model needs to guess too much; characters, products, and camera angles can easily become unreliable.

MiniMax Hub's all-in-one reference allows you to put different materials into the same context:

• Up to 9 images can be used, and each image can be fixed for people, products, scenes, materials, UI, and brand layout.
• The video can contain a maximum of 3 segments, which can be used as a reference for character movements, camera movements, and editing rhythm.
• The audio can contain up to 3 segments, which can be used to reference the timbre, dialogue, music, and sound atmosphere.
• When inputting images, videos, and audio files in combination, the total maximum is 12 files.

We used the MiniMax Hub feature to compare and contrast the two models.Prompt wordsThe test of video output.

Case 1: Pure image reference for brand advertising

Prompt words：

Generate a 15-second, 9:16, 2K video to launch future running shoes.

Reference relationship:

@Image 1: Fixed shoe shape, silver-black fluorescent green color scheme, sole structure, and "AERO 07" lettering on the shoe body.

@Image 2 shows the materials used to fix the mesh fabric, silver skeleton, carbon fiber, and fluorescent green cushioning gel.

@Image 3: Fixed opening and closing sequence layout, fully retain "AERO//07" and "GRAVITY OFF", do not change, omit, or add text.

0–2 seconds: A fluorescent green scanning line appears in the pure black screen. "AERO//07" is assembled into a complete letter shape segment by segment by thin lines, with the sound of metal snapping and low-frequency pulses synchronized.

2–6 seconds: The running shoe is suspended on a black magnetic platform. The camera slowly circles around the shoe from the toe to the side. The mesh, silver frame, carbon fiber plate, and fluorescent green cushioning gel are suspended in layers, maintaining a reasonable spacing between each layer and ensuring the shoe shape does not deform.

6–10 seconds: The lens enters the fluorescent green gel macro section. The transparent gel is compressed, forming stable ripples that flow along the sole of the shoe. The lens is pulled back, and all components accurately return to their original positions.

10–13 seconds: The running shoes gently land on the platform. The cushioning chamber compresses once and then naturally rebounds, the white outline light switches to fluorescent green, accompanied by a short air pressure sound.

13–15 seconds: Switch to the black background layout of @Image 3. "AERO//07" and "GRAVITY OFF" are fully displayed, with the running shoes positioned below the text. A restrained, androgynous female voice says, "AERO zero seven. Gravity off."

The entire film uses silver, black, and fluorescent green. It employs hard contour lighting, macro material close-ups, and editing that follows low-frequency electronic beats. Maintain consistency in shoe shape, sole construction, lettering, and color scheme. Do not add any characters, brand logos, or additional text; avoid running, jumping, rolling, flames, or explosions.

"`

Seedance：

Seedance 2.0 changed the side explosion structure in the reference image to a front top view structure, and the shape of the upper and sole also changed significantly. Some silver components became decorative wings extending to both sides.

After the macro shot, the camera cuts directly to the assembled running shoes, without actually showing the process of the parts being placed. The shot lingers on the same material composition for approximately 6.7–10.7 seconds, making the pacing feel slightly sluggish.

MiniMax H3：

The MiniMax H3 offers a more complete understanding of the product structure. After about 2 seconds of viewing the exploded view of the shoe, the upper, carbon fiber support layer, fluorescent green cushioning layer, and outsole are arranged laterally, and the order and connection relationships of the parts are relatively clear.

Nine seconds later, you can see the layers gradually coming together and finally assembling into a complete running shoe, completing the business narrative of "disassembly - material display - reassembly - brand finishing touch".

Case 2: Image + Audio Reference for E-commerce Videos

Prompt words：

Reference material binding:

[Image 1] = AEROFOAM X1 product image on white background

[Image 2] = Detailed image of heel cushioning and 10 mm compression.

[Image 3] = Microstructure diagram of AEROFOAM foam

[Image 4] = Product parameter layout diagram

[Sound 1] = Reference sound of sneakers landing on a hard surface

Generate a 10-second, 16:9 e-commerce product video for the AEROFOAM X1. Strictly maintain the same left shoe as in the reference image: white engineered mesh upper, light blue thick foam midsole, three streamlined compression grooves, black carbon fiber heel insert, black rubber outsole, and coral red heel pull tab.

This film only proves one selling point: the cushioning and rebound of the shoe sole.

0-2 seconds: Using the product angle and shape from [Image 1]. The product is shown in a three-quarters side view in a pure white studio, the shoe is still, and the camera slowly moves closer to the heel.

2-5 seconds: Use [Image 2] to determine the heel structure and compression direction. A transparent pressure plate is pressed down on the heel once from directly above, compressing the midsole vertically by approximately 10 mm; the pressure plate immediately lifts off, and the foam rebounds only once and returns to its original shape. The upper, carbon fiber plate, and outsole remain connected and the shoe does not bounce or flip.

5-7 seconds: Switch to macro mode of the foam in [Image 3]. The light blue micropores recover after slight compression, while the black carbon plate does not bend or detach.

7-10 seconds: Return to the parameter page composition in [Image 4], highlighting "ENERGY RETURN 82%" only once in light cyan; leave "DROP 8 mm" and "WEIGHT 248 g" still. Retain all English letters and numbers verbatim.

Sound: [Sound 1] is used only as a reference for the timbre of the rubber sole landing, and is not copied from continuous footsteps. A soft, solid landing sound is extracted at 2.5 seconds; a short, clean elastic rebound pulse is generated based on this timbre at 4.5 seconds; the rest of the time only very light studio air sounds are retained. There are no musical climaxes, no narration, and no continuous running sounds.

Constraints: Only one shoe should appear; only one compression and rebound; no icons of runners, feet, testing machine casings, second shoes, or other functions should appear; no new selling points should be added; product color scheme, sole grooves, and carbon plate position cannot be changed; avoid jelly deformation and sole deformation.Through-clippinggarbled text and fluctuating parameters.

Seedance：

Seedance missed the most crucial element: "one compression, one rebound." The entire 0–7.7 second shot remained almost entirely focused on the sole in macro mode, only zooming in with the camera.

The four-part storyboard was compressed into "microscopic shot of the sole of a shoe + parameter page", resulting in an incomplete business story.

MiniMax H3：

MiniMax H3's scene execution is very close.Prompt wordsAll four reference images were correctly used, and no other materials were omitted. The white mesh, light blue midsole, black carbon fiber plate, and red pull tab of the same pair of shoes remained in good condition, and their performance under stress and deformation was also very good.

Case 3: Purely image-based reference to game videos

Reference image:

Prompt words：

Reference material binding:

[Image 1] = TIDE//WARDEN Character Design

[Image 2] = TIDE SHIELD Equipment Three-View Drawing

[Image 3] = Game Equipment UI Reference Image

[Image 4] = Aerial view of a sea fortress on a rainy night

Generate a 15-second, 16:9 AAA sci-fi game equipment demo. Strictly adhere to the TIDE//WARDEN white armor character, rainy night sea fortress, TIDE SHIELD, and UI hierarchy shown in the reference image.

0-3 seconds: A thin, cyan loading line appears in the black screen, accurately displaying the text "LOADING 100%". After the loading line completes once, a clean transition to the empty scene in [Image 4] is performed. Rotating the logo and complex particle explosions are prohibited.

3-7 seconds: The character's appearance is locked in [Image 1]. The character enters from the lower left of the screen in [Image 4], takes only two steps, and stops in the center. The character's height, white armor blocks, helmet outline, and body proportions remain unchanged. The camera is fixed, with only slight breathing during idle gameplay.

7-11 seconds: Lock the equipment structure as shown in [Image 2]. The dark training shield on the character's left forearm is replaced once with TIDE SHIELD. The target shield retains its translucent cyan hexagonal panel, dark metal frame, central amber core, and two mechanical latches. The two latches close sequentially, and the shield lights up once. The shield must be attached to the left forearm and cannot float, pass through the arm, or be switched to the right hand.

11-15 seconds: Using [Image 3] as a reference for the interface structure, the equipment interface is smoothly overlaid on the scene, maintaining consistency in hierarchy, button positions, and character proportions. Only the text is retained and accurately spelled:

TIDE//WARDEN

EPIC DEFENDER

EQUIP

The “EQUIP” button is highlighted only once, the character and shield remain still, and other interface elements do not move.

Sound: Generated light rain, two metal boot landing sounds, two mechanical lock clicks, one low-frequency energy activation sound, and one short UI confirmation sound. No dialogue, no battle shouts, and no continuous gunfire.

Constraints: Do not change the character's body shape, helmet, armor color, or shield shape; do not add enemies, weapons, damage numbers, or new buttons; UI text should not be distorted or overlapped; avoid equipment connection point drift, character sliding, interface perspective tilt, and continuous button flashing.

Seedance：

During the Seedance equipment phase, the camera actively switches to a close-up view of the arm, where two ring-shaped mechanical connectors are very eye-catching, and the impact of the equipment being attracted and the energy being lit is strong.

However, the loading screen only lasted about 1.25 seconds, significantly shorter than the required 3 seconds. In the first half, the character wore relatively fragmented, layered armor, but during the equipment phase, it suddenly changed to a long, hexagonal breastplate.

MiniMax H3：

The relationship between the four reference images in H3 is handled quite well: the scene, characters, equipment, and UI are all integrated into the same video flow, and the time intervals are largely controllable. The training shield is clearly presented, and the equipment replacement is then completed on the left forearm. The shield does not float to the right hand, nor is there any obvious clipping.

However, the EQUIP button remains highlighted for an extended period after entering the UI, lacking a clear change of "lighting up once and then stabilizing".

Case 4: Video + Image Motion Transfer (Video)

Prompt words：

Reference material binding:

[Video 1] = 8-second video of an anime boy walking horizontally, referencing only the movements and fixed camera angles.

[Image 1] = KINETIC//MUSE Full-body frontal view of a female anime character, confirming her identity.

[Image 2] = Detailed images of the coat, glowing collar, hair clip, and technical boots, pinpointing the clothing connection points.

[Image 3] = Deep graphite black and cobalt blue lighting lines for brand stage, targeting specific output scenarios.

[Image 4] = KINETIC//MUSE brand end card, locking in the end credits composition and text.

Using [Video 1] as the sole motion reference, frame by frame, the cadence, stride length, left and right foot landing points, hip and knee angles, body center of gravity, arm swing path, clothing hem rhythm, character movement direction, fixed camera position, and camera height of the anime boy walking horizontally were preserved.

Replace the anime boy in [Video 1] entirely with the KINETIC//MUSE 2D female character in [Image 1], without retaining the boy's face, hairstyle, clothing, gender, or body features. Use [Image 2] to lock the short graphite black bob haircut, two cobalt blue hair clips on the right side, gray-blue anime glasses, silver diagonal-front mid-length coat, black fitted inner layer, rigid cobalt blue luminous stand-up collar, black trousers, black knee-high boots, diagonal-front buttons, and blue stitching on the cuffs. The character must remain clearly 2D throughout.Celluloid animationstyle.

Reconstruct the output scene using [Image 3]: Completely replace the rainy night station, station building, railway tracks, light signs, rain reflections, and distant trains in [Video 1] with a dark graphite black brand stage, low-reflection ground, and narrow cobalt blue light lines. Only retain the original video's horizontal walking trajectory, character proportions, foot contact positions, fixed camera positions, and movement directions; do not copy the station background.

0.0–0.4 seconds: Cut from black screen to the brand stage, with cobalt blue lights illuminating sequentially. 0.4–6.5 seconds: Have KINETIC//MUSE walk steadily from left to right, following the movements in [Video 1], with their entire body always in the frame. Their feet must touch the ground in the corresponding frame of the source video; they cannot slide, float, or change their stride frequency. The silver jacket should only sway slightly, and the illuminated stand-up collar should not soften or fold. 6.5–6.8 seconds: Wipe the character and stage horizontally with a narrow blue beam. 6.8–8.0 seconds: Strictly follow [Image 4] to complete the end credits, accurately displaying "KINETIC//MUSE" and "MOVE IN YOUR CODE."

Sound: Short, clean footsteps are generated natively from the footstep contact frames, synchronized with each step; slight swaying of clothing, low-frequency electronic pulses, and rising current sounds during blue light transitions are added; a brief confirmation sound falls at the end. There is no dialogue, no human voice, no lyrics, and the sound is not copied from [Video 1].

Strict restrictions: Only 2D animation or cel animation characters are allowed in the entire film. Live-action, realistic live-action, live-action skin texture, and live-action photographic textures are prohibited. Do not add waving, dancing, running, jumping, or turning; do not crop heads or shoes; do not add passersby; avoid foot slippage, limb ghosting, joint bending, finger growth, clothing hems crossing legs, face drifting, character flickering, glowing collar distortion, and brand text garbled.

The opening sequence of Seedance was very well controlled, with the black screen transitioning in at approximately 0.46 seconds, close to the required 0.4 seconds. The character entered from the left side of the screen and produced a clear lateral displacement.

The problem occurs at approximately 2.7 seconds. The character begins turning towards the camera, and by around 3.2 seconds, they are in a standing position facing forward, remaining there until approximately 4.8 seconds. The original video shows the character walking sideways throughout.Prompt wordsTurning around is also explicitly prohibited.

MiniMax H3：

The MiniMax H3 fully preserves the anime style. There are no obvious face-changing, clothing-over-legs, or joint-folding effects during movement. The action lasts approximately 5 seconds, with the character remaining sideways; arm swings, hip and knee bends, and the coat hem all follow the gait. The fixed camera position and the proportions of the character are also close to the original video. The horizontal blue erase pattern is consistent with...Prompt wordsThe transition logic is relatively clear.

However, the H3 character's center of gravity is almost always in the center of the screen, and there is little lateral movement when the feet cycle, giving it a bit of a treadmill walking feel.

The MiniMax H3's overall capabilities are now comparable to Seedance.

The MiniMax H3 performs even better, especially in terms of lighting, camera movement, and video editing.

However, model capabilities are just the first step; price is also the core indicator that determines whether it can truly be implemented in the production process.

In the dream, Seedance is used to generate 1080P The lowest cost per second for Wensheng video is approximately 1.54 Yuan.

MiniMax H3 generated on MiniMax Hub 2K Video per second 0.40 Yuan,768p Lowest 0.23 Yuan/second.

The price is cheap and the effect is good, so I don't need to say more about which one to choose.

The commercial video produced from the model must be judged on whether the entire video can be delivered. Face swapping of people, changes to product structure, errors in parameters or brand English will increase rework; missing core actions will also cause the advertisement to lose its original selling point.

In the four sets of tests, the MiniMax H3 completed more script content. The glasses ad retained five segments, the sneaker video was compressed and bounced back, the game video completed shield installation and UI overlay, and the motion transfer also maintained about 5 seconds of continuous side walking.

Seedance created some impactful shots of equipment attachment, energy activation, and lateral character movement. The sneaker test missed compression rebound, and the transition to a standing position took approximately 3.2 seconds, making scripts with multiple mission segments prone to errors.

In terms of commercial video production, MiniMax H3's overall performance surpasses that of Seedance.

Of course, when we use the model images ourselves, we should also specify the purpose of each reference image, so that the character image is responsible for the identity, the product image is responsible for the structure, and the end card is responsible for the brand text. The result will be more in line with expectations.

For those interested, you can use the desktop version at hub.minimaxi.com.freeExperience H3 video generation 3 times.

Existing users can also access the website hailuoai.com directly.

Original link:AI Tired of the Seedance video editing software? The MiniMax H3, with its superior performance, has brought the price down!