How Much Does an AI Movie Cost to Make in 2026?
Short answer: in 2026 a 3-minute AI short costs roughly $45 to $300 to generate and finish, a 40-minute film roughly $630 to $4,400, and a 90-minute feature roughly $1,400 to $9,500. Two choices decide where in that range you land: how many attempts each shot takes, and what you pay per second.
Those ranges are wide on purpose. Two filmmakers shooting the same script can spend seven times apart, and none of that gap is the script. It comes from two choices: how many attempts each shot takes, and what rate you pay per second. Hold the rate steady and retries alone still move the total by more than double. This guide shows the arithmetic, works it through for three runtimes, lists the costs the per-second rate hides, and explains what to change so your film lands at the low end.
The formula every AI film budget reduces to
generation = shots × seconds generated per shot × attempts per shot × $ per second
total = generation × 1.3 to 1.5
The multiplier on the second line covers everything that is not a motion shot: first frames, voice and dialogue, music, upscaling for delivery, and the shots you regenerate after watching the first assembly.
Each input has a sensible default:
| Input | What to use | Why |
|---|---|---|
| Shots | Runtime in seconds ÷ your average shot length | A 90-minute feature cut at 3 to 4 seconds a shot is roughly 1,400 shots |
| Seconds generated per shot | 5 | Most models generate a fixed clip; you trim it to the shot you cut |
| Attempts per shot | 1.5 lean, 3 typical | The number that decides your budget (see below) |
| $ per second | Your model's rate at your resolution | This guide uses $0.10 lean and $0.30 typical as example rates |
Swap in your own model's rate. The shape of the answer does not change, only the scale.
Worked out for three runtimes
Using 5 generated seconds per shot, and applying ×1.3 to the lean total and ×1.5 to the typical total:
| Runtime | Shots | Lean: 1.5 attempts at $0.10/sec | Typical: 3 attempts at $0.30/sec |
|---|---|---|---|
| 3-minute short | ~45 | $34 generation → ~$45 total | $203 generation → ~$300 total |
| 40-minute film | ~650 | $488 generation → ~$630 total | $2,925 generation → ~$4,400 total |
| 90-minute feature | ~1,400 | $1,050 generation → ~$1,400 total | $6,300 generation → ~$9,500 total |
Two things stand out.
First, a short film is cheap either way. At three minutes, workflow mistakes cost you a few hundred dollars at most, which is why short-film cost guides can honestly quote numbers under $200.
Second, a feature is where the gap bites. The lean and typical columns differ by about $8,000 for the same 90-minute script, and none of that difference is the script. Two changes produce all of it: three times the per-second rate, and twice the attempts. Neither is fixed for you, and both are settled before you generate a frame.
For the micro-budget version of this decision, including what to cut first, see make a movie on a micro budget with AI.
The costs the per-second rate hides
A rate card prices one successful second of video. A film needs much more than that:
- First frames. One per shot, so about 1,400 on a feature. Each is cheap, but together they add up, and they are also the thing that lowers every other number (see the next section).
- Failed attempts. Every rejected take costs the full rate. This is the attempts term in the formula above, and it is the line most rate-card estimates leave out entirely.
- Voice and dialogue. Native audio covers ambience and short lines. Performance dialogue is usually generated separately, with lip sync.
- Music and sound design.
- Upscaling and finishing for your delivery resolution.
- The re-cut. Assume you will regenerate 10 to 20 percent of shots after seeing the first assembly. Every budget that assumes a single pass runs out.
- Storage. A feature's worth of takes, references and versions is not small.
- Your time. Hand-writing 1,400 prompts and assembling references for each shot is weeks of work, even if no invoice arrives.
The three levers that move the total, in order
1. Attempts per shot. Halving attempts halves the generation bill. Moving to a cheaper model or a lower tier can save more on paper, but it costs you something on screen; cutting wasted takes costs you nothing. That is why this lever goes first — it is the only one here without a trade-off. The most effective way to cut attempts is to approve a still first frame before paying for motion. Composition, wardrobe, character likeness and lighting are the most common reasons a motion take gets rejected, and all four can be checked on a still that costs a fraction of a video second.
2. Draft tier. Block timing, camera movement and staging on a cheap draft setting. Pay the full rate once, on the take you will actually ship.
3. Resolution. Generate at a modest resolution and upscale for delivery. Every failed attempt then costs less, and across 1,400 shots that adds up.
A small example of why the first lever matters most: one extra attempt per shot on a 1,400-shot feature, at 5 seconds and $0.20 a second, adds $1,400 to the film. Nobody notices it happening shot by shot. They notice the balance.
That is also why the cost of a feature is set in the first ten shots. The habits you establish there repeat roughly 1,390 more times.
How ACT 3 AI changes the arithmetic
ACT 3 AI is a web app for AI filmmaking, sold as a monthly subscription with metered usage. It is built for full-length work: it structures movies and TV shows of up to two hours into beats, scenes and shots. That changes the budget in four concrete ways.
You get the shot count before you spend anything. Import the script and the project is broken into beats, scenes and shots. The first input to the formula, which most filmmakers guess at, comes straight from your own screenplay.
Attempts drop for structural reasons, not willpower. First frames, first-frame prompts, video prompts and character sheets with the right outfits are generated for you, shot by shot. Checking a first frame before motion becomes the default workflow rather than a discipline you have to remember at shot 900.
Changing your mind stops being a budget crisis. Because the whole film is generated from the project, you can rebuild the movie the next day from the previous day's notes and review the assembly across the full runtime on a unified timeline. "We can't afford to redo act two" turns into a scheduling question.
The spend is visible and pooled. Credits sit in one pool owned by your organization, projects draw from it, and the cost of an action is shown before you run it. Unused credits roll into a Rollover Bank up to each plan's cap, which matters on a production that spans several months.
The published plans:
| Plan | Price per month | Monthly credits | Rollover bank | Storage |
|---|---|---|---|---|
| Free | $0 | 800 | 0 | 50 MB |
| Creator | $49 | 24,500 | 61,250 | 50 GB |
| Pro | $175 | 87,500 | 218,750 | 740 GB |
| Advanced Edition | $395 | 197,500 | 493,750 | 1.6 TB |
| Premiere Edition | $795 | 397,500 | 993,750 | 1.6 TB |
| Blockbuster Edition | $1,950 | 975,000 | 2,437,500 | 3.3 TB |
| Visionary Edition | $8,900 | 4,450,000 | 11,125,000 | 8.2 TB |
| Iconic Edition | $49,000 | 24,500,000 | 61,250,000 | 208 TB |
| Enterprise | Contact | High volume | High | Unlimited |
Credits convert at a fixed rate: $1 buys 500 credits. The dollar figures earlier in this guide are raw per-second model rates, which is the right basis for comparing platforms against each other. To budget a film on ACT 3 AI specifically, price it in credits instead: the app shows the credit cost of an action before you run it, so a single finished scene tells you what your whole film will draw. Creator is for personal use, Pro allows commercial use for audiences up to 100,000, and Enterprise is unlimited commercial use. For a feature, the rollover bank is worth as much attention as the monthly allowance: a long production that banks unused credits in quiet months does not lose them. Current plan details are on the plans page.
For the same math applied to shorter business video, see how much AI video costs per minute and per project. For the time side of the comparison, see AI video vs traditional video production.
AI feature vs a traditional micro-budget shoot
Even the typical column above is small next to live action. A traditional micro-budget feature pays for crew days, cast, locations, permits, equipment, insurance and post before a single frame exists, and a reshoot means bringing all of it back. An AI feature moves almost the entire budget into two lines, generation and time, and a "reshoot" is a regeneration.
That does not make AI the right answer for every film. Documentary footage of real events, real people who must be recognisable, and legal or product claims that need filmed proof still need a camera. For narrative, animation, concept and pitch work, the comparison is rarely close.
If you are planning a feature specifically, how long an AI movie can really be covers the runtime side of the same decision.
FAQ
How much does it cost to make an AI movie in 2026?
For generation and finishing, roughly $45 to $300 for a 3-minute short, $630 to $4,400 for a 40-minute film, and $1,400 to $9,500 for a 90-minute feature. Where you land depends on how many attempts each shot takes and what you pay per second.
How many shots are in a feature-length AI film?
About 1,400 for a 90-minute film cut at 3 to 4 seconds a shot, and about 650 for 40 minutes. Divide your runtime in seconds by your average shot length to get your own number.
What is the biggest driver of AI film cost?
Attempts per shot and your per-second rate, together. At a fixed rate, halving attempts halves the generation bill — and unlike moving to a cheaper model, it costs you nothing on screen.
How much should I add on top of generation?
Add 30 to 50 percent for first frames, voice, music, upscaling and the 10 to 20 percent of shots you will regenerate after the first assembly.
Can I make a feature on a consumer subscription?
Rarely without running dry partway through. Consumer tiers are sized for clips. Check whether unused credits expire at month end, because expiring credits make a months-long production much more expensive than the headline rate.
Is an AI movie cheaper than shooting live action?
For most independent narrative projects, dramatically, because there is no crew, cast, location or equipment line. The costs that remain are generation, finishing and your time.
How do I get a reliable budget before committing?
Produce one complete scene, finished and assembled, then divide the total spend by that scene's runtime and multiply by your film's runtime. That number includes your real retry ratio, so it beats any rate card.
The test that settles your budget
Every figure in this guide is an estimate built on assumed rates and retry ratios. Your film has its own. The fastest way to replace the assumptions with real numbers is to take your actual script, get its real shot count, and produce one complete scene the way you intend to make the whole film. Divide what that scene cost by its runtime, multiply by your runtime, and you have a budget you can defend to an investor, a co-producer or yourself.