Native 4K Cinematic Rendering
Renders high-frequency textures directly without upscaling artifacts, preserving every fine detail.
Veo 3.1 Pro
veo 3.1 pro video is Google DeepMind's flagship foundation model, delivering native 4K cinematic content. With advanced camera control and physical accuracy, it outpaces competitors in temporal stability and motion smoothness for creators.
Voorbeelden van API-gebruik
curl --request POST "https://gptproto.com/api/v3/google/veo3.1-pro/image-to-video" \
--header "Authorization: Bearer $GPTPROTO_API_KEY" \
--header "Content-Type: application/json" \
--data '{
"prompt": "A tiny origami fox sailing a teacup across a moonlit puddle",
"aspect_ratio": "16:9",
"image": "",
"last_image": "",
"enhance_prompt": true
}'Veo 3.1 Pro-tarieven
Begin met de kosten van één voorbeeld en kies een testbudget.
| Scenario | Google prijslijst | OpenRouter | GPTProto | Je bespaart / mnd |
|---|---|---|---|---|
| Korte productadvertenties30 × 8s / mnd | $75.00 | $79.13 | $75.00 | −$0.00≈ $0.00 / jr |
| Clips voor sociale media60 × 5s / mnd | $150.00 | $158.25 | $150.00 | −$0.00≈ $0.00 / jr |
| Genereren in grote aantallen100 × 10s / mnd | $250.00 | $263.75 | $250.00 | −$0.00≈ $0.00 / jr |
Bespaar $0.00 / maand
Jaarlijkse besparing ≈ $0.00 · betalen naar gebruik
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Veo 3.1 ProHuidig
Google · $2.5 per seconde
Model
Prijs: GPTProto
vs. officieel
vs. OpenRouter
Resolutie
Stabiliteit
Veo 3.1 ProHuidig
Google
$2.50per seconde
—
-5%
—
veo 3.1 pro video Core Features
Four standout technical capabilities that define the veo 3.1 pro video generation experience.
Directorial Camera Controls
Take control of the lens with API-driven pan, tilt, and zoom movements for precise cinematic shots.
Flow-Consistency Architecture
Ensure character and environment stability across long clips with industry-leading temporal logic.
Physics-Aware Motion Simulation
Achieve realistic fluid dynamics and light reflections with state-of-the-art physical modeling.
veo 3.1 pro video FAQ
Get technical answers about veo 3.1 pro video. Learn about native 4K output, API implementation, and how our aggregation platform simplifies your production workflow.
How does native 4K in veo 3.1 pro differ from upscaling?
Unlike many competitors that generate low-res frames and then upscale them, veo 3.1 pro renders native 4K latents from the start. This preserves high-frequency textures like skin pores and fabric weaves, avoiding the shimmering artifacts often seen in upscaled AI footage. By bypassing the traditional upscaler, you get much cleaner, more professional cinematic results directly from the model's core architecture for high-end production.
What are the camera control capabilities of the video model?
The API supports granular directorial instructions including pan, tilt, dolly, zoom, and rack focus. With a 94% adherence rate to coordinate-based movement prompts, you can precisely 'shoot' scenes as if using a physical rig. This makes veo 3.1 pro ideal for film pre-visualization and high-end advertising where specific framing and movement are non-negotiable for the storyboard's vision and brand consistency across shots.
Does veo 3.1 pro video maintain character consistency?
Yes, the model uses a proprietary Flow-Consistency architecture. This system maintains character identity and environmental persistence even in clips exceeding 60 seconds. It significantly reduces the 'morphing' effect seen in older models, ensuring that a person's features or a background's layout remains stable as the camera moves through the digital space, providing a reliable foundation for long-form narrative and marketing.
What is the typical generation latency for 4K video?
Generating a 5-second 4k clip typically takes between 4 to 6 minutes once the request is queued. Factors affecting this include current server load and the complexity of the physics being simulated. While not suitable for real-time interactive apps, this speed is a massive improvement for professional production pipelines that traditionally spent days or weeks on manual VFX or high-fidelity 3D rendering for cinematic assets.
How does physics-aware motion impact realism in veo?
The model demonstrates state-of-the-art simulation of fluid dynamics, lighting reflections, and complex collisions. In the VBench physical logic set, veo 3.1 pro scores 88.7%, outperforming competitors like Sora. This means water splashes realistically, light bounces off surfaces naturally, and objects collide with believable weight, making the generated footage feel 'real' rather than just a sequence of morphing AI images.
Are there safety filters for copyrighted characters?
Yes, strict safety filters are in place to prevent the unauthorized generation of identifiable public figures or copyrighted intellectual property. If a prompt triggers these filters, the API will return a 400 error. This ensures that the model is used ethically and protects developers from potential copyright infringement when creating commercial assets for high-end advertising, social media, or e-commerce marketing campaigns.
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