If you have tried to find out what a 3D product animation costs before reaching out to a studio, you will have noticed that most studios do not publish prices. There are legitimate reasons for this — project costs vary enormously based on complexity, timeline, and deliverable format — but the lack of published pricing makes it difficult to budget or benchmark.
This post gives you honest numbers. They are ranges, not fixed prices, because the variables genuinely matter. But they are numbers based on what professional studios in the UK and European market charge for production-quality work, not aspirational figures or loss-leader pricing.
What drives the cost of a 3D animation
Three variables account for most of the difference between a £3,000 animation and a £30,000 one: geometric complexity, animation complexity, and deliverable scope.
Geometric complexity is how hard the product is to model. A simple consumer product with flat surfaces and minimal detail might take 8–16 hours to model at production quality. A mechanical assembly with 40 discrete components, threaded fasteners, and internal mechanisms might take 80–120 hours. Modelling time drives cost more than almost any other variable.
Animation complexity is how much the product moves, and how difficult that motion is to produce. A slow product rotation is simple. A mechanism-of-action sequence where components separate, interact with simulated materials — fluid, tissue, heat — and respond to operating conditions is complex. Simulations add significant time.
Deliverable scope covers how many output versions the animation needs to produce. A single 30-second render for a product page is one scope. The same animation adapted into a paid social cut, a looping trade show version, a narrated presentation version, and a silent website version is a fundamentally different scope — and should be agreed at brief stage, not discovered at delivery.
Price ranges in practice
Simple product animation (consumer goods, basic electronics): £3,000–£8,000. Single product, moderate complexity, hero shot and one or two feature reveals, single output format.
Mid-complexity animation (precision electronics, medical devices, mechanical products): £8,000–£20,000. Multiple components or mechanisms, exploded views or cutaway sequences, multiple output formats.
Complex industrial or medical animation (multi-component assemblies, mechanism-of-action films, regulatory submissions): £15,000–£50,000+. Simulation work, anatomical modelling, surgical accuracy requirements, multi-sequence delivery.
SaaS and software explainer animation: £5,000–£15,000. Abstract geometry, UI representation, data flow visualisation.
These are production-quality ranges from studios that deliver broadcast-standard work. They are not what you will pay on a freelance marketplace. You can see what production-quality output looks like across different categories in our project portfolio.
What a professional quote includes
A quote from a professional studio should include: concept and creative brief development, 3D modelling from your CAD files or from specification, material and texture development, lighting and camera setup, animation and timing, rendering, compositing and colour grading, revision rounds (typically two), and delivery in agreed formats.
What it usually does not include: sound design and music (licensed separately), additional revision rounds beyond those specified, format adaptations not agreed at brief stage, and expedited delivery if the timeline changes.
If you are comparing quotes from multiple studios, make sure you are comparing the same scope. A quote that omits compositing, grading, and format delivery will look cheaper until the production ends and those costs appear as extras.
What cheap animation actually costs you
The risk in choosing the cheapest quote is not that you will overpay — it is that you will get an animation you cannot use. Cheap 3D animation fails in specific, predictable ways: material representation that looks artificial under any lighting other than the studio's setup, geometric inaccuracies that your engineering team will notice immediately, animation timing that feels mechanical rather than considered, and deliverables that work at one resolution and fail at others.
Correcting a bad animation is usually more expensive than commissioning a good one from the start. The geometry has to be rebuilt, the lighting re-established, and the time spent on corrections comes out of the same budget that should have been spent on production.
Motion Array's industry reporting consistently shows that client dissatisfaction with animation projects correlates more strongly with studio experience than with budget level. Underspecified briefs and inexperienced studios are a more reliable predictor of poor outcomes than any other variable.
“The bitterness of poor quality remains long after the sweetness of low price is forgotten.”
— Benjamin Franklin
How to get an accurate quote
The more specific your brief, the more accurate the quote. A studio can quote accurately against: the product (ideally a CAD file or detailed technical specification), the deliverables (format, length, number of versions), the timeline, and the intended use (platform, context, audience).
If you do not have a CAD file, a physical product or detailed reference photography is the next best thing. If you do not have either, expect an estimate rather than a quote, with confirmation of scope after the model is built.
The studios worth working with will ask all of this before quoting. If a studio quotes without asking, ask yourself why. Get in touch with us and we will give you a specific number against your brief — not a range.