Claymation

Claymation

noun | Specialized & Niche

A form of stop-motion animation in which three-dimensional characters and objects sculpted from clay, Plasticine, or similar malleable materials are photographed frame by frame with small adjustments between each frame to create the illusion of movement. The term "Claymation" is a portmanteau of "clay" and "animation" and was coined as a registered trademark by Will Vinton Studios in 1978, though it has entered general use as a description of any clay-based stop-motion work.

Quick Reference

The Explanation: How & Why

Claymation combines sculpture with stop-motion photography. Every frame represents a physical sculpture that must be posed, photographed, adjusted, and re-photographed. At 24 frames per second, one second of finished film requires 24 individual poses - 24 separate physical adjustments to the clay figures. A 90-minute feature at that rate demands 129,600 individual frames, each requiring a physical manipulation.

The production process breaks into four stages:

Character construction: Clay characters are built on internal armatures - wire, ball-and-socket, or carbon fiber skeletons that provide structural support and allow precise repositioning without the clay collapsing under its own weight. The armature is covered with clay or Plasticine, sculpted to create the character's surface appearance.

Set construction: Claymation sets are built at a scale appropriate for the character models - large enough for detailed work but small enough to fit in a studio. Sets are constructed to allow camera access from multiple angles and to accommodate lighting adjustments between frames.

Frame-by-frame animation: The animator positions the character, photographs the frame, then makes the next small adjustment. The size of each adjustment determines the apparent speed of movement: larger adjustments create faster movement; smaller adjustments create slower, smoother movement. Time is the currency of stop-motion.

The claymation aesthetic: Clay's physical properties give claymation a distinctive look. Fingerprints, surface texture variations, and the slightly smeared quality of clay under manipulation are visible. This imperfection is part of the aesthetic, not a failure. Aardman Animations preserves fingertip impressions in Wallace & Gromit as a deliberate stylistic choice.

Contemporary studios have pushed beyond pure clay. Laika combines traditional puppet construction with 3D-printed facial replacement pieces, achieving expression range impossible with hand-sculpted clay alone. For Wildwood (2026), Laika developed 3D-printed skeletal forms that allow animators to coax more lifelike performances from puppets - printing not just faces but internal musculature and even simulated water effects. As Laika CEO Travis Knight described it: "You can see the tension in the characters because often, if you think of a stop-motion character, you think of basically an action figure. But these are more human and realistic than anything anybody's ever done."

Historical Context & Origin

Clay animation dates to the earliest days of cinema. An 1897 film titled The Humpty Dumpty Circus is sometimes cited as an early stop-motion work, with clay used in various experimental animations through the silent era. Art Clokey created Gumby in 1955, establishing clay animation as a television form. Will Vinton coined the "Claymation" trademark in 1978 and produced award-winning short films and commercials, including the California Raisins ads (1986). Nick Park at Aardman Animations elevated clay animation with the Wallace & Gromit series beginning in 1989. Laika Studios, founded in 2005, has produced the most ambitious contemporary stop-motion features, from Coraline (2009) to Wildwood (2026). The persistence of claymation despite CGI dominance reflects audience appreciation for the tactile, handmade quality that only physical animation provides.

How It's Used in Practice

Scenario 1 - Short Film (Independent Animator): An animator builds a single protagonist from Plasticine over a wire armature, constructs a simple set from foam board, and animates 3 to 4 minutes of finished film over several months. A productive day yields 3 to 10 seconds of finished animation. The animator uses Dragonframe stop-motion software with a Canon EOS R5 and a macro lens, shooting at 12fps for a deliberately choppy, handmade look.

Scenario 2 - Feature Production (Laika): Laika's Wildwood (2026) required 231 practical puppets, 54 hero characters, and 136 locations - many large enough for crew members to walk through. The production employed hundreds of artists across four years. 3D-printed facial replacement pieces provided expression range impossible with hand-sculpted clay. Each hero puppet was engineered and costumed as a bespoke work of art, with printed skeletal forms enabling more lifelike movement than any previous stop-motion film.

Scenario 3 - Commercial Production (Aardman): A food brand commissions a 30-second claymation spot. Aardman builds clay versions of the product and characters over several weeks, then shoots across two days of stop-motion photography. The claymation aesthetic is chosen specifically because it communicates handmade warmth that CGI cannot replicate. The production uses Aardman's proprietary animation rigs with motion control camera systems for repeatable moves.

Usage Examples in Sentences

"A good day of stop-motion produces about six seconds of finished film. That is the labor economy of claymation."

"Aardman keeps the fingerprints in. The handmade quality is the aesthetic, not a technical failure."

"Laika combines traditional puppet construction with 3D-printed faces. Every frame is still a physical photograph."

"Travis Knight describes stop-motion as filmmaking at the pace of a glacier. He is not exaggerating."

Common Confusions & Misuse

Claymation vs. Stop Motion: Claymation is a specific subset of stop motion - stop motion using clay materials. Stop motion is the broader category that includes puppet animation (Laika-style), object animation, cut-out animation, and pixilation (animation of real people photographed frame by frame). All claymation is stop motion; not all stop motion is claymation. Kubo and the Two Strings (2016) is stop motion but not claymation - its puppets are built from resin, fabric, and 3D-printed components, not clay.

Claymation vs. CGI: Both create animated movement from non-live-action sources. CGI is mathematically generated; claymation is physically constructed and photographed. Every frame of claymation is a real object in a real environment. CGI exists only as numerical data. This physical difference produces the tactile, organic quality that distinguishes claymation from CGI. Some contemporary productions blend both: Aardman uses CGI for set extensions and rig removal while keeping character animation physical.

"Claymation" as Trademark vs. Generic Term: Will Vinton Studios registered "Claymation" as a trademark in 1978. In practice, the term has entered generic use and is applied to any clay-based stop-motion animation regardless of studio. Laika and Aardman productions are commonly described as "claymation" in press coverage, though neither studio uses the term officially.

Variations by Context

Key People & Films

Will Vinton (1947 to 2018) coined the term "Claymation" and won an Academy Award for Closed Mondays (1974). His studio produced the California Raisins commercials (1986), which introduced claymation to a mass audience. Nick Park created Wallace & Gromit at Aardman Animations, winning multiple Academy Awards for The Wrong Trousers (1993) and A Close Shave (1995). Wallace & Gromit: Vengeance Most Fowl (2025, Netflix) continued the franchise with directors Nick Park and Merlin Crossingham, who invented a new stop-motion technique for animating a crowd of Norbots using motion control and compositing. Travis Knight, Laika's CEO and director, directed Kubo and the Two Strings (2016) and oversaw Wildwood (2026), Laika's most ambitious film, with 136 locations and 231 puppets.

Equipment / Tools Reference

Dragonframe is the industry-standard stop-motion capture software, used by Aardman, Laika, and independent animators worldwide. Cameras include the Canon EOS R5 and Sony A7R V for high-resolution frame capture. Armature components from Animation Toolkit provide ball-and-socket skeletons. 3D printers from Stratasys (Laika uses PolyJet technology) produce facial replacement pieces at thousands of expressions per character. Lighting controllers like the DDM3 Stop Motion Controller manage exposure consistency across frames. Aardman uses Canon DSLRs with Dragonframe on custom motion control rigs built by Mark Roberts Motion Control.

Standards & Specifications

Stop-motion animation typically runs at 12fps (shot "on twos," meaning each frame is held for two frames of 24fps playback) or 24fps (shot "on ones," a unique frame per playback frame). Theatrical delivery requires 24fps per DCI specifications. Netflix delivery specifications require ProRes 4444 or DNxHR HQX at 23.976fps for stop-motion features. Color space is typically Rec.709 for streaming delivery or DCI-P3 for theatrical. Laika's 3D-printed facial replacement system uses thousands of individual printed faces per character, each representing a specific phoneme or expression, catalogued and swapped by the animator between frames.

Common Questions / FAQ

Q: How long does it take to make a claymation film?

A: A 3-minute independent short typically requires 3 to 6 months of production. A feature like Wildwood (2026) took Laika four years from concept to delivery. A productive animation day yields 3 to 10 seconds of finished film, depending on complexity.

Q: Is claymation still relevant in the age of CGI?

A: Yes. Laika and Aardman continue to produce features and shorts using claymation techniques. The tactile, handmade quality of physical animation cannot be replicated by CGI, and audiences respond to it. Laika's Wildwood (2026) and Aardman's Wallace & Gromit: Vengeance Most Fowl (2025) demonstrate ongoing investment in the form.

Q: What is the difference between claymation and puppet animation?

A: Claymation uses clay or Plasticine as the primary material. Puppet animation uses rigid puppets built from resin, fabric, metal, and other materials. Laika's films after Coraline are primarily puppet animation with 3D-printed faces, not claymation in the strict sense. Aardman's Wallace & Gromit films are claymation.

Q: Why do claymation characters have fingerprints?

A: Clay is soft and retains the marks of the animator's fingers. Aardman preserves these marks as a deliberate aesthetic choice - the fingerprints signal that the animation is handmade, not machine-generated. Removing them would require smoothing the surface after every adjustment, adding significant time for no creative benefit.

Related Terms

• Stop Motion - The broader animation technique of which claymation is a specific material-based subset
• Animation - The overarching category encompassing claymation, CGI, traditional hand-drawn, and all other animated forms
• Rotoscoping - An animation technique that traces over live-action footage rather than creating independently from sculpted materials
• CGI - The primary competing form of contemporary animation; mathematically generated rather than physically constructed
• Visual Effects - Claymation techniques are sometimes used as elements within live-action visual effects work

See Also / Tools

The Shot List Generator adapts to stop-motion production as an animation breakdown tool, specifying which puppet setups, camera positions, and sequences need completion in each shooting session rather than tracking live-action crew deployments.