Toy Story 5 producer Lindsey Collins has offered a new account of how Pixar advanced its animation tools without making the franchise feel unfamiliar. Speaking at Deadline’s Contenders Film Los Angeles on November 14, Collins discussed the work behind Blaze’s curly hair and the growing complexity of scenes the studio can produce. Her remarks put a character’s appearance, rather than technology for its own sake, at the center of the development process. [1]
Dessi Gomez reported the panel for Deadline. Collins said the production created a tool to capture Blaze’s hair and sought internal consultation about whether the result felt natural to the character. She also described the balance between taking advantage of new capabilities and retaining the recognizable appearance of a Toy Story film. The report concerns how the released movie was made, not a newly commissioned sequel. [1]
Pixar’s character profiles establish the design target. Blaze is nine and a half, lives on a ranch and cares for animals including Daffodil, her horse. Bonnie, now eight, is struggling to connect with other children. These are children at different stages, with different surroundings and habits. The technical choices have to support those particular characters, allowing a new hairstyle or a realistic animal to belong in the same world as the returning toys. [2]
The film’s central situation brings the technical theme into the story itself. Pixar’s official synopsis introduces Lilypad, a tablet whose arrival challenges the toys’ role in Bonnie’s life. Jessie leads the group, Buzz serves as her deputy, and Woody returns when his friends need help. Blaze is part of the new world the toys encounter as the adventure moves beyond the room and its established routines. [2]
In FanFest’s analysis, an animated character’s hairstyle has more than one job. It contributes to a silhouette, responds to movement and helps establish how the person belongs in the world. A technically elaborate simulation can still be wrong for the design if it attracts attention away from the face or moves in a way that contradicts the character’s action. The practical question is what the image communicates, not how many calculations produced it.
That concern has an earlier, independent production account. In Tom Power’s June 20 TechRadar interview, visual effects supervisor Thomas Jordan discussed both Blaze’s hair and a new rig for Daffodil, the realistic horse. He described choosing how new systems interacted with existing lighting and rendering tools, rather than assuming every advance should be used everywhere. That is June background, distinct from Collins’ latest panel remarks. [3]
Jordan also explained the work involved in toys with animated screens. The character performance could be developed before the final screen graphics existed, so artists used temporary sketches to indicate what would later appear. The completed graphics then had to match the movement and timing already established. That example shows why an apparently small interaction can require several departments to solve the same moment together. [3]
The sequence matters. If a child’s finger moves across a device, the eventual graphic must respond at the point the audience expects. A screen that reacts too early or too late changes the apparent behavior of the character using it. The result has to feel immediate even though the image was assembled through separate tasks. New tools are useful when they make those dependencies manageable for the artists.
Curly hair also has a documented place in Pixar’s earlier work. In the studio’s educational collaboration with Khan Academy, software engineer Hayley Iben explains the problem faced on Brave: curls need structure, but they also need to bounce and respond naturally. The lesson describes a spring-based simulation with additional invisible support, making an otherwise abstract computing problem understandable through the behavior of the hairstyle. [4]
That does not establish that the Toy Story 5 tool uses the same method. The comparison is historical: Pixar has confronted related visual problems before, yet a new character can require a different solution. The desired curl shape, density, motion and interaction with the rest of the image can all change the artistic target. A prior achievement is a starting point for questions, not evidence that the next production has nothing left to solve.
Pixar technical director Mark Henne’s presentation at DigiPen provides another archival perspective. The school’s report describes years of development for Brave’s hair and clothing, including the need to manage interactions among many strands. It emphasizes the difference between reproducing literal physics and producing movement with the appearance and complexity the filmmakers need. That remains a useful way to understand the purpose of simulation in stylized animation. [5]
The franchise’s timeline helps measure the change. Pixar’s official history dates the original Toy Story to November 22, 1995, identifying it as the first computer-animated feature. Disney’s own film listing confirms that date. The origin is therefore 1995, even when a discussion of later technical advances also recalls the period of Toy Story 2. The first film’s identity remains an important reference point for the newer work. [6][7]
Preserving that identity does not mean freezing every surface at its original level of detail. It means deciding which qualities make the world recognizable: the scale of a toy beside a child, the way a familiar figure moves and the expressive clarity of a face. Texture and softer materials can expand the setting while those relationships stay coherent. Collins’ remarks describe that as a creative responsibility accompanying greater technical freedom.
The new discussion gives fans a more precise way to appreciate the sequel. Blaze’s hair, Daffodil’s movement and the devices’ screens are different production problems, with different reasons for existing in the story. They do not become interesting solely because the studio can now render more. Their value lies in allowing the film to show a particular child, an unfamiliar animal or a new kind of toy without losing the characters’ readability.
Toy Story 5’s technical history is therefore a story of choices as much as progress. Saturday’s panel adds the producer’s view to earlier accounts from the effects department. Together, the sources describe an effort to make new capabilities serve an established visual language, giving the familiar toys a world that can grow while still feeling like a place their audience knows.
Sources and reporting credits
[1] Toy Story 5 Producer Reflects On Level Of Complexity In Technology With Curly Hair Tool Written For Blaze — Dessi Gomez, Deadline. November 14, 2026 Central Time.
[2] Toy Story 5 — Pixar Animation Studios. Undated official film page; accessed November 15, 2026.
[3] The Big TechRadar Entertainment Interview: Toy Story 5 VFX Supervisor Thomas Jordan Talks New Toy Designs, Easter Eggs, Bonnie and Blaze, and Pixar’s Experiments With AI — Tom Power, TechRadar. June 20, 2026.
[4] Hair Simulation Overview — Pixar in a Box and Khan Academy. Undated educational video; accessed November 15, 2026.
[5] Pixar’s Mark Henne Presents on Technical Achievements in Brave — DigiPen. Archival production report; accessed November 15, 2026.
[6] Our Story — Pixar Animation Studios. Official historical timeline; accessed November 15, 2026.
[7] Toy Story — Disney Movies. Release November 22, 1995; accessed November 15, 2026.
