Veo 3.1 API Pricing Compared: Cheapest Rates, Hidden Costs, and SaaS Margins

Key Takeaways

Pricing checked: October 22, 2026. All amounts are in USD.

• The lowest published 1080p price among the options compared is UnificAlly Lite Relaxed at $0.10 per video. Its documentation describes a lower-priority queue and an upscaled output pipeline. That makes it a different purchasing proposition from native-resolution generation.
• Kie.ai is competitive, but it is not the cheapest in every category. Its listed 1080p prices are $0.175 for Lite, $0.325 for Fast, and $1.275 for Quality.
• WaveSpeed lists $0.64 for an eight-second 1080p Lite video. Its Fast and Standard prices with audio are $1.20 and $3.20 respectively for the same duration and resolution.
• Endpoint availability matters alongside price. Google lists October 22, 2026 as the shutdown date for its Gemini API Veo 3.1 Preview endpoints. Published prices should not be mistaken for confirmation that a particular endpoint remains available.
• For an AI video business, cost per usable result and full-usage subscription margins matter more than the cheapest advertised generation.

How to Compare Veo 3.1 API Prices Fairly

A useful comparison must specify more than the model family. A quote for a four-second silent 720p clip cannot be compared directly with an eight-second 1080p clip containing generated speech.

The main comparison below uses:

• Duration: Eight seconds.
• Delivered resolution: 1080p.
• Audio: Enabled or included under the provider's documented default.
• Quantity: One output video.
• Pricing: Published retail rates, excluding signup credits, negotiated discounts, and top-up bonuses.

These are documented prices, not results from a paid generation benchmark. The comparison does not establish equal visual quality, latency, reliability, or underlying processing across providers.

Provider-specific labels also matter. A third-party option called Quality should not automatically be treated as an independently verified, identical implementation of Google's Standard endpoint.

Availability Update: Check the Exact Endpoint Before Integrating

Google's Gemini API deprecation schedule lists October 22, 2026 as the shutdown date for veo-3.1-generate-preview, veo-3.1-fast-generate-preview, and veo-3.1-lite-generate-preview. Its pricing page directs developers toward Gemini Omni Flash or models available through Google Cloud.

This notice applies to those named Gemini API endpoints. It does not establish that every Veo service offered by every provider stops on the same date.

Google Cloud separately documents model IDs including veo-3.1-generate-001 and veo-3.1-fast-generate-001. Availability, supported features, and quota requirements must be checked for that deployment path.

The fal.ai Standard and Fast pages also display endpoint deprecation notices dated November 17, 2026. A new integration should therefore include a migration plan, even when the current price is acceptable.

Veo 3.1 API Price Comparison: Eight Seconds at 1080p

The following table compares published charges for a delivered 1080p clip with audio enabled or included.

The flat-rate figures are published in UnificAlly's pricing guide and Kie.ai's model listing.

WaveSpeed documents its Lite, Fast, and Standard charges separately. The fal.ai figures come from its corresponding model pages.

*The Google row is a published pricing benchmark for the Preview endpoints scheduled to shut down on the verification date. It is not a recommendation to start using those endpoints. Google's listed 1080p rates are $0.08 per second for Lite, $0.12 for Fast, and $0.40 for Standard.

A dash means that this comparison does not include a verified quote for that combination; it does not establish that the provider has no such offering.

The main limitation is output equivalence. UnificAlly explicitly describes generating at 720p and upscaling to 1080p or 4K. Kie documents higher-resolution selection as the 720p generation charge plus a resolution upgrade. These routes should be evaluated as complete output pipelines.

Is Kie.ai the Cheapest Veo 3.1 API?

Not across the published options examined here.

At 1080p, UnificAlly's $0.10 Lite Relaxed quote is approximately 42.9% below Kie's $0.175 Lite quote. However, UnificAlly describes Relaxed as a lower-priority queue, so the comparison includes a service-level tradeoff.

The regular Lite and Fast prices match between those two providers. Their Quality prices differ slightly, at $1.225 for UnificAlly versus $1.275 for Kie.

That supports a limited conclusion: Kie belongs on a low-cost shortlist, but an absolute cheapest-provider claim is unsupported.

There is also no basis in these price pages for declaring one provider more reliable. A lower quote may be attractive for scheduled batch work, while an interactive product needs to measure whether users receive acceptable results quickly enough.

Resolution and Audio Can Change the Ranking

Delivered resolution and native detail are different properties. A file can have 4K dimensions after an upscale without containing the same source detail as another generation pipeline.

UnificAlly identifies its higher-resolution outputs as upscaled. Google states that the Gemini API's Veo 3.1 Lite offering does not support 4K output. Consequently, a reseller's Lite 4K option should not be interpreted as proof of native 4K support in Google's Lite model.

For eight-second 4K output with audio enabled or included, the published figures are:

UnificAlly separately lists Lite Relaxed 4K at $0.675. These are delivered-output prices; they do not establish equivalent native rendering or image detail.

Audio introduces another substantial difference. WaveSpeed's eight-second 1080p Fast price falls from $1.20 with audio to $0.80 without it. Standard falls from $3.20 to $1.60.

For silent website backgrounds or footage that will receive separate narration, a video-only route may therefore be worth testing. For dialogue scenes, removing audio changes the deliverable and may create additional production work.

Per-Second Billing Versus Per-Video Billing

Duration affects these pricing models differently.

UnificAlly states that its four-, six-, and eight-second Veo generation requests have the same per-video price at a given tier and resolution. Shortening a clip therefore does not reduce that listed generation charge.

WaveSpeed's Lite documentation lists 720p prices of $0.20 for four seconds, $0.30 for six seconds, and $0.40 for eight seconds. It lists 1080p at $0.64 for eight seconds and requires an eight-second duration for that resolution.

The practical implications are straightforward:

• For per-second billing, request only the duration the project needs.
• For flat-rate billing, optimize for useful footage rather than assuming shorter means cheaper.
• Check parameter restrictions before calculating theoretical savings. A cheaper four-second configuration is irrelevant if the selected resolution requires eight seconds.
• Treat extensions as additional operations. Do not assume an eight-second generation price includes an arbitrarily long finished video.

What Does Generating 1,000 Videos Cost?

Multiplying the published 1080p rates by 1,000 produces the following generation budgets:

These totals are arithmetic projections from the published rates above. They assume 1,000 billable outputs, exclude additional operations and operating expenses, and do not imply that all outputs pass creative review.

A production budget needs to distinguish videos generated from videos accepted for delivery.

The Better Metric: Cost per Usable Video

A technically successful generation may still contain incorrect speech, poor product fidelity, visual artifacts, or unsuitable motion. Such a result can require another paid generation even when the API behaved correctly.

Use a metric that captures that distinction:

Cost per usable video =
(generation charges + billed retries + upgrades + delivery costs)
/ accepted videos

Consider a hypothetical comparison:

These acceptance rates are illustrative, not measured provider results. The example assumes one charge per completed generation and excludes other expenses.

It shows how a more expensive nominal generation can become cheaper per accepted result. The reverse is also possible: a low-cost route may remain the best choice when its outputs consistently meet the actual use case.

Track technical failures separately from creative rejection. Google states that its documented Veo pricing charges only successfully generated videos, but a successfully generated clip that a customer dislikes is a different category. Other providers' failure and refund rules should be checked independently.

Can These API Prices Support an Annual Video Subscription?

A useful stress test is whether a subscription can cover generation costs when users consume the full advertised allowance.

The Veo3AI pricing page advertises annual plans at $144, $360, and $720, with monthly allowances of up to 25, 125, and 375 eight-second 1080p videos respectively.

The following scenarios assume all advertised video allowances are used every month for a full year, entirely through the specified Lite route:

These balances are not net profit. They exclude payment processing, storage, customer support, refunds, acquisition costs, and other expenses. They also exclude image generation; the advertised image and video maxima should not be added together as independent allowances from the same credit balance.

For the Plus scenario, the API-only break-even usage rate is approximately 91.4% at $0.175 per video, but only 25% at $0.64. Other expenses reduce both thresholds.

This does not reveal Veo3AI's actual supplier or profitability. Its documentation says annual credits arrive monthly, expire on a monthly schedule, and generation charges depend on model and settings. Those rules affect actual consumption.

Annual prepayment improves cash flow, but it does not repair negative unit economics. A sustainable offer needs sufficient margin under realistic heavy-user behavior, as well as average usage.

How to Set Credits Without Depending on Unused Allowances

A credit system should reflect the lowest realized revenue per credit across subscriptions, discounts, and bonus packs.

Suppose a product receives $720 annually and issues 3,000 credits each month. Its realized revenue is:

$720 / (3,000 × 12) = $0.02 per credit

If the target is to retain 60% of revenue after API charges, only 40% is available for generation:

Minimum credits per generation = ceiling(
  expected API cost
  / (revenue per credit × 0.40)
)

Using illustrative API costs:

This targets an API-only margin, not a 60% net margin. The remaining revenue must still cover all other expenses.

For stronger protection, calculate expected cost from actual billing history, including any retries or replacement generations funded by the business. Price higher resolutions and premium models separately, and rerun the calculation whenever a discount changes revenue per credit.

Check the Request Price Before Generating

A model's starting price may describe its default configuration rather than the request being submitted.

WaveSpeed's pricing API accepts a model ID and input parameters to estimate a specific request. Omitting inputs returns base-price information; supplying incomplete inputs can produce an estimate below the eventual charge.

The following JavaScript example requests a quote for an eight-second 1080p Lite video. It does not submit a generation task:

const apiKey = process.env.WAVESPEED_API_KEY;
if (!apiKey) throw new Error('WAVESPEED_API_KEY is required');

const response = await fetch(
  'https://api.wavespeed.ai/api/v3/model/price',
  {
    method: 'POST',
    headers: {
      Authorization: `Bearer ${apiKey}`,
      'Content-Type': 'application/json'
    },
    body: JSON.stringify({
      model_id: 'google/veo3.1-lite/text-to-video',
      inputs: {
        prompt: 'A slow camera move across a sunlit mountain lake',
        duration: 8,
        resolution: '1080p',
        aspect_ratio: '16:9'
      }
    })
  }
);

if (!response.ok) {
  throw new Error(`Price lookup failed: ${response.status}`);
}

console.log(await response.json());

Run this server-side with an API key. Treat the result as an estimate and reconcile it against the eventual recorded charge.

Submission handling also affects costs. WaveSpeed's generation documentation warns that blindly retrying a submission after an ambiguous failure can create a second billable task. Check task history before resubmitting; retrying a status query and creating another generation are different operations.

How to Choose a Provider for a Real Product

The appropriate shortlist depends on what the product promises:

Start with a small screening set of 10–20 representative prompts, then expand testing before making reliability claims or committing significant traffic.

Include text-to-video, image-to-video, dialogue, product close-ups, and both landscape and portrait output when relevant. Keep the requested deliverable consistent across providers.

Record:

• The exact model ID and parameters.
• The quoted and final billed price.
• Queue time and total completion time.
• Technical success and refund outcomes.
• Creative acceptance against predefined criteria.
• Delivered dimensions, audio presence, and visible quality.

Checking MP4 dimensions confirms the delivered resolution; it does not prove native generation at that resolution. Likewise, one good example is insufficient evidence of consistent performance.

For a customer-facing service, also confirm that the provider's terms cover the intended integration and handling of customer uploads. Permission to use an output commercially should not be treated as a complete description of every permitted API business model.

Frequently Asked Questions

What is the cheapest Veo 3.1 API in this comparison?

UnificAlly lists the lowest-priced option examined: Lite Relaxed at $0.075 for 720p or $0.10 for 1080p. The latter uses its documented upscale pipeline. This is a bounded comparison of published offers, not proof of the lowest price anywhere.

Why is WaveSpeed's advertised starting price lower than the 1080p price?

Its Lite documentation lists $0.30 for the default six-second 720p configuration, while eight-second 1080p costs $0.64. Duration and resolution explain the difference.

Does a lower API price prove that the output is worse?

No. Price alone establishes neither output quality nor reliability. Comparable prompts, matched deliverables, and recorded results are needed to evaluate those properties.

Does a positive subscription balance mean the business is profitable?

No. Revenue minus generation charges is only an intermediate measure. Payment fees, support, acquisition, storage, refunds, and other expenses still need to be deducted.

Conclusion

Veo 3.1 API pricing varies substantially across model tiers, output pipelines, queue priorities, and billing methods. A price comparison becomes useful only when those differences remain visible.

The lowest advertised rate can be attractive for flexible batch work, while an interactive product must also account for waiting time, accepted-output quality, and endpoint continuity.

Before choosing a provider, obtain a quote for the exact request, run a representative pilot, and calculate both cost per accepted video and full-usage subscription margins. Those measurements provide a stronger purchasing decision than headline prices alone.