5 Animation Production Stages: Triumphs & Trials Unleashed

The animation production pipeline, also called the animation process, runs in five stages, from concept and storyboard to compositing and edit. On a product film, XO3D runs the same ground as five stages with a sign-off at each. The process animation teams use is broadly the same everywhere; what changes is who approves what, and when.

The table maps the familiar stages onto the stages XO3D uses on a product CGI film. The names in the second column are the ones on our process page, which explains how XO3D runs these stages.

Two honest differences sit in that mapping. General stages 3 and 4 both happen inside XO3D’s Production stage, because animation and rendering overlap on a product film.

And XO3D’s fifth stage, Delivery & archive, has no generic twin: it covers the deliverables package, the hand-over of the commissioned 3D model and the archive a returning brief can build on.

The 5 stages of animation production

Each stage below follows the same pattern: what happens, what you see, what you approve, where it goes wrong, and an example from a real project.

Stage 1: Concept and Storyboarding

What happens. Every strong animation starts with a concept that answers one question: what does the viewer need to feel, or understand, by the end?

On a product film the concept starts at a kick-off, where the product story, audience and outputs are agreed, and becomes a written brief. Storyboarding follows: a sequence of frames that arranges shots, plans transitions and fixes the order in which the product reveals itself.

An animatic then sets those frames to time, so pace and camera can be judged before anything is built in detail.

What you see. A storyboard, then an animatic, and what to check in it. Our guide to storyboard formats shows the range, from thumbnails to detailed boards.

What you approve. The brief: creative direction, scope and deliverables. Nothing goes into production before that sign-off.

Where it goes wrong. A film that is still being argued about at animation stage. Pace and running time are cheap to change on a board and expensive to change in a render.

From a real project. On Petalite’s EV charger film, storyboards and a simple animatic mapped the narrative, key messages and camera moments before animation began, and aligned stakeholders early. On AUAR’s MicroFactory, the supplied model, movement references and brand guidance informed the storyboard, and the hero film was later cut from 60 seconds to 36.

If you are writing the brief now, you can build your brief on XO3D Labs first.

Stage 2: Design and Modelling

What happens. Characters, props and environments are built in detail. On a product film the “character” is the product, and it is built from the client’s CAD rather than from photographs. The model is then given materials, matched to product references and samples where they are supplied, and lit with a rig designed for the product.

What you see. A look-development frame: the actual product, at full resolution, under the intended lighting. Our guide to look development explains what that frame decides.

What you approve. One material test render. This is the frame that determines whether the final imagery looks real or rendered.

Where it goes wrong. CAD that was never meant for rendering. Supplied files often carry broken topology, overlaps or parts at the wrong scale, and those problems surface in every later stage if nobody checks them now. The product truth standard sets out how reference and review keep the model honest.

From a real project. On Petalite, XO3D rebuilt the supplied CAD for production: repairing topology, resolving overlaps, setting real-world scale and establishing a clear naming and grouping system, so the project stayed stable as the design evolved.

On Nanuskate’s modular ramp, the first material pass read as one uniform surface, so a slight colour shift was added to each panel.

Stage 3: Rigging and Animation

What happens. Rigging installs controls into a 3D model so its parts can move.

In character work that means a digital skeleton. On a product film, rigging is only a real step of the pipeline where parts actually move: a hinge, a mechanism, a robot arm.

Animation follows, using timing and motion to bring the model to life. The difference between animation that feels alive and animation that feels mechanical usually comes down to timing: the variation in speed and pause that mimics how real objects move.

What you see. Greycard animation: plain grey geometry moving through the shots, so timing and camera can be judged without materials getting in the way.

What you approve. The greycard, inside the review rounds. XO3D checks composition, geometry intersections, camera and part movement, and timing against voiceover or music before the client sees it.

Where it goes wrong. Motion that has no reference. When nobody knows how a part really moves, the animation has to guess, and guesses read as stiff or wrong.

From a real project. AUAR’s robot arm needed detailed rigging in Cinema 4D. AUAR supplied videos of the prototype working in its factory, which gave the team movement references. On Petalite, cable movement was treated as research and development rather than an afterthought; our post on cable motion in product animation covers that work.

Stage 4: Lighting and Rendering

What happens. Lighting sets mood and draws focus to what matters, much like stage lighting in theatre.

Rendering then generates the finished frames from the modelled, lit and animated scene. On XO3D product films, the render step of the pipeline starts with greycard passes: each shot is built in plain grey for camera and composition sign-off, and photorealistic materials and lighting land only once that is locked.

What you see. Grey passes, then final frames. Redshift is XO3D’s primary renderer, with KeyShot used for packshots only, as our production specifications set out.

What you approve. Draft frames and sequences, inside the Frame.io review rounds.

Where it goes wrong. Lighting a shot before its composition is agreed. Every change to camera or staging after final lighting means relighting and re-rendering the shot.

From a real project. The three AUAR pairs below show the same shots at grey stage and as final renders.

See every grey-to-final comparison in the AUAR MicroFactory film case study.

Stage 5: Compositing and Editing

What happens. The final stage combines the rendered frames with grade, sound and transitions into one piece, the animation equivalent of post-production in film. On a product film, the colour grade holds the approved product colour rather than trading it away for a look.

What you see. The edit with sound, then master files in every agreed format. Sound is planned like any other stage; our guide to sound design for product films explains how, and the sound design brief generator on XO3D Labs helps you write that part of the brief.

What you approve. The final masters, checked against the deliverables list agreed at brief stage, after any optional legal or brand review.

Where it goes wrong. Formats left until the end. A landscape composition can lose its important action when it is cropped to vertical, so the crops need planning while shots are still being composed.

From a real project. AUAR’s Shot 02 was delivered as a 1920 × 1080 landscape file and a 1080 × 1920 vertical version, both four seconds long. Nanuskate’s 71-second launch film and its cut-downs came from one Master Asset in 16:9, 1:1 and 9:16. The social video format guide on XO3D Labs lists the sizes each platform asks for.

Four routes, four projects

The same five stages produce very different films. These four XO3D projects show what each case study records, and nothing more.

• AUAR MicroFactory film. A 36-second film, 24 stills and three animated GIFs, delivered within two months for a website launch. During production the still set grew from 14 to 24 and the film was cut from 60 seconds to 36.
• Nanuskate launch film. A 71-second launch film and its cut-downs from one Master Asset, in 16:9, 1:1 and 9:16. Greycard passes locked the assembly order before the final film.
• Petalite EV charger film. A 31-second launch film finished in 4K, made while the charger was still evolving. Assets were updated to the latest engineering iterations during production.
• Flash Motors CES films. Two 40-second 4K product animations for CES 2024, one of the scooter and one of its handlebar controller. To meet a fixed show date, the work ran as three parallel lines inside production: animation and camera, lighting and materials, then post-production and overlays.

How long it takes, and how many rounds

On XO3D’s process, a hero film usually takes four to seven weeks from brief to delivery, and a launch suite of film, stills and social formats six to ten. The usual shape is 3 to 5 days on brief and pre-production, 1 to 1.5 weeks on look development, 2 to 3 weeks on production, 3 to 5 days on finishing and 2 to 3 days on delivery.

Production is the part that scales with the number of deliverables.

Review rounds run in Frame.io: three on stills and four on anything including video, as stated in each proposal. Our guide to production timelines breaks the totals down by project type.

If you have a launch date, plan backwards from your launch date with the Labs planner. For a budget range on a film, the animation price calculator on XO3D Labs gives an indicative figure.

Where it goes wrong, by stage

Most production problems are not craft problems. They come from a change that lands after the stage that should have absorbed it. Three examples from live XO3D projects:

• The design changes during production. Petalite’s charger continued to evolve while the film was being made. The clean CAD naming and grouping set up in look development is what let assets be updated to each engineering iteration without losing momentum.
• The scope changes against a fixed date. On AUAR, the still set grew from 14 to 24 and the film was cut from 60 seconds to 36 as the client shaped its new site, and everything still landed for launch.
• A crop nobody planned. A landscape composition also needs checking in the vertical frame it will run in, because important action can disappear when the aspect ratio changes. XO3D checks that at greycard stage.

For the buyer’s side of the same problem, read ten ways a production goes wrong. Our guide to what to judge at each stage explains which feedback is useful when. If you need the wider case for animation in a marketing plan, see the benefits of 3D animation for business marketing.

What the internal check catches

On our process page, Connor Hamilton-Smith, Head of 3D, describes what XO3D’s internal quality check looks for. At greycard, he checks composition, model intersections, camera and part movement, and timing against voiceover or music, including how a landscape shot holds up in a vertical frame.

At the material still, he checks whether the lighting reveals the texture, whether the finish behaves as intended, and whether earlier product corrections have actually been made. The hand-over is a clear record of what has been checked, what remains open and which reference supports each decision.

The takeaway

Animation production moves through five stages, and the familiar names (storyboard, modelling, rigging, rendering, compositing) describe that ground well. What a buyer needs on top is the sign-off at each stage: what gets made, what you approve, and what a late change re-opens.

On a product film that comes down to the brief, the material test render, the review rounds and the final masters. If you are planning a film, tell us about your brief or see how we approach product animation.