Toy Story 5 Producer Talks Tech Complexity and Curly Hair Tool

Balancing Innovation with Storytelling

When Lindsey Collins stepped into the role of producer for the upcoming Toy Story 5, she inherited a legacy that stretches back more than two decades. The original film set a new standard for computer‑generated animation, and each sequel has pushed the envelope further. Collins stresses that the core of the series remains the same: a heartfelt story about friendship and growth. The challenge, she says, is to let technology serve the narrative without overwhelming it.

Lindsey Collins' Philosophy

Collins, whose résumé includes Pixar Animation Studios classics such as A Bug’s Life, Ratatouille, Finding Nemo and Turning Red, describes her approach as “progressive restraint.” She believes that each visual breakthrough should feel inevitable, not forced. “If a new rendering technique does not add emotional weight, we step back,” she explains.

The Rise of Technical Demands in Pixar Films

Since the first Toy Story debuted in 1995, the pipeline for creating photorealistic toys has evolved dramatically. Early models relied on relatively simple shading algorithms. By the time Finding Nemo hit theaters, the team was simulating complex water physics. Turning Red introduced sophisticated hair and cloth systems that required massive compute clusters.

From A Bug’s Life to Turning Red

Collins points to the progression of texture detail as a clear indicator of rising complexity. In A Bug’s Life, insect exoskeletons were rendered with basic bump maps. A decade later, Ratatouille featured realistic fur that reacted to light and wind. The most recent films use a combination of ray tracing and machine learning to achieve subtle surface imperfections that mimic real‑world materials.

These advances are not limited to visual fidelity. The studio now employs procedural animation pipelines that allow characters to respond dynamically to user input during test screenings. This flexibility shortens the feedback loop and helps maintain story focus.

Curly Hair Tool: An Unexpected Inspiration

During a recent interview with The Walt Disney Company, Collins revealed that a seemingly unrelated product helped shape a key visual element in Toy Story 5. The product is a curly hair tool designed for the brand Blaze, a line of stylized toys sold by Contenders L.A. The tool’s ability to create consistent, natural‑looking curls without heat sparked a conversation about how to animate the new character’s hair in a way that feels both playful and technically feasible.

What the Tool Does

The Blaze curly hair tool uses a series of rotating rollers that gently shape hair fibers. Its design eliminates the need for harsh chemicals, making it a popular choice among parents who value safety. Collins saw a parallel between the tool’s gentle manipulation and the studio’s goal of achieving realistic hair movement without sacrificing the toys’ whimsical nature.

By studying the tool’s mechanics, the animation team developed a custom shader that mimics the gradual tension and release seen in real curls. The result is a hair system that reacts to wind, motion and even the character’s emotional state, adding a subtle layer of storytelling.

Future Directions for the Toy Story Franchise

Looking ahead, Collins believes that the next wave of innovation will involve real time rendering and interactive experiences. The studio is already experimenting with engines that allow directors to view scenes in near‑real time, reducing the gap between concept and final render.

Potential for Real Time Rendering

Real time technology could enable audiences to explore Toy Story worlds through virtual reality or augmented reality platforms. Collins notes that the team is collaborating with researchers at the University of Southern California School of Cinematic Arts to prototype immersive storytelling techniques that keep the emotional core intact while leveraging cutting‑edge graphics.

Impact on Merchandise

The integration of advanced hair simulation also opens new doors for physical toys. By embedding miniature sensors that mimic the digital hair system, future toys could respond to touch, light or sound, creating a feedback loop between the on‑screen character and its real‑world counterpart.

Collins emphasizes that every technical decision must be justified by the story it serves. “If a child can feel the character’s excitement through a toy’s movement, then we have succeeded,” she says.

As the production of Toy Story 5 moves toward its final stages, the team remains focused on delivering a film that feels both familiar and fresh. The balance of nostalgic charm, sophisticated technology and an unexpected nod to a curly hair tool illustrates how the franchise continues to evolve while staying true to its heart.