November 22, 1995 · United States
Toy Story, the first fully computer-animated feature
Eighty-one minutes with no camera, no cel and no photographed frame
Released in November 1995 after four years of production by a small crew, Toy Story is the first feature film in which every frame was generated by computer. It was a critical and commercial success, and within a decade most major studios had closed or converted their hand-drawn feature units.
| Date | November 22, 1995 |
|---|---|
| Technique | 3D computer animation |
| Production type | Feature film |
| Artist, studio or institution | Pixar Animation Studios, released by Walt Disney Pictures |
| Country or region | United States |
| Period | The 1990s |
In summary
Every frame of an eighty-one-minute feature was generated by computer, with a story built deliberately around plastic toys because rigid, manufactured surfaces were what the technology could render convincingly.
The story is about toys because plastic was what the technology could render honestly.
Choosing a subject the technology could carry
Computer animation in the early 1990s was good at rigid, manufactured, hard-surfaced objects and poor at skin, hair, cloth and organic softness. Building a story around toys was a deliberate alignment of subject and capability: plastic is supposed to look like plastic, and a doll's articulation is supposed to be visible.
The single most difficult element in the film is the human characters, who are stylized heavily and kept off screen as much as possible. That constraint is a fair summary of where the technique stood, and it took another nine years before a feature could put stylized humans at the center.
Tools built alongside the film
There was no off-the-shelf pipeline. Rigging, articulation, shading, lighting and rendering software were written or extended during production, and the shading system developed by the studio in the previous decade did the final image synthesis. Render times were measured in hours per frame across a large machine room.
The crew was also small by feature standards, roughly a tenth the size of a contemporary hand-drawn production, because the computer absorbed the in-betweening and painting labour that had employed most of a traditional studio.
The transition it triggered
Competing studios read the result as evidence that audiences preferred the new technique. That reading was probably wrong; the film's strengths are its script, its performances and its design, none of which depend on the rendering method. But the industry acted on it, and by 2004 the major American studios had ended hand-drawn feature production.
The technique's dominance has since loosened rather than reversed. Drawn animation continued in Europe and Japan, returned to American screens through hybrid and stylized rendering, and now sits alongside computer animation as one option among several rather than as a discarded past.
Historical context
The production ran four years with a small crew, developing rigging, shading, lighting and rendering tools alongside the film itself.
Importance for the industry
It proved computer animation could sustain a feature-length character-driven narrative and became both a critical success and one of the highest-grossing releases of its year.
Consequences for later productions
Studios converted to three-dimensional production within a decade, most hand-drawn feature units in the United States closed, and computer animation became the default commercial form worldwide.
Sources consulted
- National Film Registry listing Library of Congress
- Academy Awards database, 1996 special achievement Academy of Motion Picture Arts and Sciences
Links point to the collections, catalogs and reference works consulted. How sources are chosen and weighted is explained in sources and methodology.