Spotlight
April 1, 2026
Unreal Engine delivers speed and cost efficiency for the new wave of kids’ animation
The children's animation sector is booming. Demand for new content continues to grow, with platforms like Netflix investing heavily in original programming.
As kids-focused programming increasingly moves to streaming services, indie studios now have greater opportunities to enter and thrive in the space alongside legacy players.
At the same time, Unreal Engine is fast becoming the preferred tool for kids’ animation, enabling both large and small studios to achieve fast iteration, rapid turnaround, and a wide range of animation styles from a single, flexible rendering pipeline.
As kids-focused programming increasingly moves to streaming services, indie studios now have greater opportunities to enter and thrive in the space alongside legacy players.
At the same time, Unreal Engine is fast becoming the preferred tool for kids’ animation, enabling both large and small studios to achieve fast iteration, rapid turnaround, and a wide range of animation styles from a single, flexible rendering pipeline.
Rapid iteration and project delivery
For animators, a standout advantage of using a game engine is interactivity: the fact that you can tweak materials and lights on the fly and see those results instantly.
That is a far cry from the conventional animation process, in which you might have to wait many hours for renders once a change is made.
The team at OddBot found this out when they adopted Unreal Engine to produce Playdate with Winnie the Pooh.
“You can look in the viewport and go, ‘oh, could we tweak this a little bit? Can we adjust this rim light and see it happening in real time?’ And that was this moment of holy cow—what can’t we do with this?” says Elise Fachon, Co-Executive Producer and Creative Director at OddBot.
Moving to Unreal Engine means that each team member can see an entire episode as early as the layout stage, giving them the ability to create and explore different options as they develop each shot.
Courtesy of OddBot Inc. and Disney Junior
On Yuki 7, an animated action-adventure YouTube micro-series created by Chromosphere, one of the most time-saving advantages of Unreal Engine was the use of its Niagara feature for effects.
“For Episode 3, we were able to create effects systems for things like the water trails behind the boat, which would activate automatically in every shot with the boats,” says Kevin Dart, CEO and Creative Director. “We only had to make a handful of splashes, which could then be duplicated and placed in any shot where we needed a splash.”
When compared with the process for Episodes 1 and 2 of Yuki where all the effects were animated by hand in Flash for each individual shot, these automated systems in Unreal Engine saved the team a great deal of time, as Dart goes on to elaborate.
Read the full story of how Chromosphere slashed the speed to market for Yuki 7.
“For Episode 3, we were able to create effects systems for things like the water trails behind the boat, which would activate automatically in every shot with the boats,” says Kevin Dart, CEO and Creative Director. “We only had to make a handful of splashes, which could then be duplicated and placed in any shot where we needed a splash.”
When compared with the process for Episodes 1 and 2 of Yuki where all the effects were animated by hand in Flash for each individual shot, these automated systems in Unreal Engine saved the team a great deal of time, as Dart goes on to elaborate.
Read the full story of how Chromosphere slashed the speed to market for Yuki 7.
Yuki 7 is a Chromosphere production
Any look, any style
One of the most exciting things about children’s animation is the sheer variety of styles it encompasses.
From the 3D aesthetic of shows like Bing to the 2D look of the Piripenguins, kids’ TV is a kaleidoscope of visual approaches and artistic choices.
While Yuki 7 draws on colorful characters, richly textured 3D environments, and the style of spy films from the 1960s and 1970s, Spice Frontier by Steamroller Animation has an altogether different look.
Inspired heavily by the 2D aesthetic of 80s cartoons, this show mimics the retro style of highly graphic cel-shaded characters combined with a painterly background. Both aesthetics were produced using the same rendering pipeline in Unreal Engine.
Steamroller Animation was drawn to UE thanks to the promise of producing animation with faster, more collaborative, more iterative real-time workflows—but would they be able to achieve the 2D look they needed in a 3D engine?
Courtesy of Steamroller Animation
To find out, the team devised an experiment: they would use their traditional pipeline to create a single shot that demonstrated their desired 2D look. Then, a small part of the crew would attempt to recreate that shot like-for-like in Unreal Engine, testing their ability to match their desired 2D aesthetic in a 3D environment.
If they couldn’t tell which shot was which, it would be a success. Three months later, that offshoot team returned with something to show.
“When they came back, honestly, I couldn’t tell the difference,” says Jalil Sadool, Chief Creative Officer at Steamroller Animation. “It was amazing.”
Read the full story of how Steamroller Animation achieved the 80s-cartoon-inspired 2D aesthetic of Spice Frontier.
If they couldn’t tell which shot was which, it would be a success. Three months later, that offshoot team returned with something to show.
“When they came back, honestly, I couldn’t tell the difference,” says Jalil Sadool, Chief Creative Officer at Steamroller Animation. “It was amazing.”
Read the full story of how Steamroller Animation achieved the 80s-cartoon-inspired 2D aesthetic of Spice Frontier.
Courtesy of Steamroller Animation
Cutting the cost of producing animation
Everybody understands that time is money. The faster you can turn around a project, the more work you can do in a year.
What’s less obvious is the impact that transparency has on a studio’s bottom line.
For Nickelodeon, however, this became clear on the epic CG-animated comedy adventure Max & the Midknights.
The project saw the team subvert the traditional animation process by delaying storyboards in favor of first building the entire CG world, then stepping inside it with virtual cameras to “shoot coverage” like a live-action production.
Directors could explore sets, block scenes, and shoot multiple angles—something normally too time-consuming or expensive in animation.
After cutting footage into a preliminary edit, storyboard artists added character performance on top of the already locked compositions.
Courtesy of Nickelodeon Animation Studio
That brought a new level of economy to the process: boards were drawn only for shots known to work visually.
“What makes this process special from a storyboarding standpoint is that it’s very efficient,” says David Skelly, Co-Showrunner and Executive Producer on the show. “There’s virtually no waste, because we identified all the shots we were going to use before we began storyboarding the performances.”
This transparency resulted in a streamlined, cost-efficient way of producing animation—and one which enabled the team to explore every creative possibility before settling on a shot.
Read the full story of how Nickelodeon reinvented TV animation with a cinematic stop-motion-inspired world built entirely in Unreal Engine.
“What makes this process special from a storyboarding standpoint is that it’s very efficient,” says David Skelly, Co-Showrunner and Executive Producer on the show. “There’s virtually no waste, because we identified all the shots we were going to use before we began storyboarding the performances.”
This transparency resulted in a streamlined, cost-efficient way of producing animation—and one which enabled the team to explore every creative possibility before settling on a shot.
Read the full story of how Nickelodeon reinvented TV animation with a cinematic stop-motion-inspired world built entirely in Unreal Engine.
Courtesy of Nickelodeon Animation Studio
Maintaining quality
When it comes to delivering the final result, no animation team wants to sacrifice quality for speed. With Unreal Engine, studios can reduce iteration time but still maintain final-pixel quality.
Production time is shortened by reviewing shots in real time and making changes earlier, while leveraging near-to-final assets minimizes rework downstream.
BellyFant—a series of animated shorts on YouTube—is a case in point.
“Using Unreal Engine lets us hit a high level of quality on a schedule that we just wouldn’t be able to otherwise,” explains the show’s creator Pete Dodd. “It fits the indie way of working perfectly.”
Systems like Lumen—UE5’s dynamic global illumination and reflections system—along with Control Rig for high-end rigging and procedural control, Sequencer for non-linear editing and shot-based workflows, and cinematic cameras provide indie teams with the technological firepower to compete with much larger studios.
Courtesy of Mummysboy Limited
It’s a similar story for OddBot.
Having created the first two seasons of Playdate with Winnie the Pooh using traditional CG methods, the team opted to produce the third using Unreal Engine.
“We have all these fuzzy characters, and they have to feel super soft and charming but all of the characters have a different look to them,” says Fachon.
The team set out to replicate all of those different kinds of fur, looks, and simulations in Unreal Engine to achieve the varied range of character styles present in seasons one and two.
They were able to achieve this thanks to Unreal Engine’s powerful Groom system: a strand-based rendering and simulation technology for creating hair and fur. It allows for the real-time simulation and rendering of hundreds of thousands of individual hair strands, complete with physical accuracy, lighting, and shadowing.
This system made it possible for OddBot to match the tactile, plush look characteristic of Pooh and his friends that they’d achieved using their previous traditional animation workflow—but in a fraction of the time.
Read the full story of how Oddbot took a gamble on real-time workflows that paid off.
Having created the first two seasons of Playdate with Winnie the Pooh using traditional CG methods, the team opted to produce the third using Unreal Engine.
“We have all these fuzzy characters, and they have to feel super soft and charming but all of the characters have a different look to them,” says Fachon.
The team set out to replicate all of those different kinds of fur, looks, and simulations in Unreal Engine to achieve the varied range of character styles present in seasons one and two.
They were able to achieve this thanks to Unreal Engine’s powerful Groom system: a strand-based rendering and simulation technology for creating hair and fur. It allows for the real-time simulation and rendering of hundreds of thousands of individual hair strands, complete with physical accuracy, lighting, and shadowing.
This system made it possible for OddBot to match the tactile, plush look characteristic of Pooh and his friends that they’d achieved using their previous traditional animation workflow—but in a fraction of the time.
Read the full story of how Oddbot took a gamble on real-time workflows that paid off.
Courtesy of OddBot Inc. and Disney Junior
Studios large and small
Despite the odds stacked against them, small and medium-sized teams from around the world are adopting tools like Unreal Engine—and achieving big things.
By providing access to powerful, production-ready tools that remove the need to build core technology from scratch, tiny teams—and even solo developers—can produce high-end visuals, strong performance, and distinctive art styles that rival much larger studios.
BellyFant is produced by an indie team of just four people. By building an animation pipeline around Unreal Engine, their team has been able to punch well above its weight.
“I was amazed how easy and interactive it was,” says Unreal Engine Artist Rebecca Melander.
"So then I thought, ‘well, hey—I can do this from start to finish’. So instead of having a team of people, it turned out to be just myself doing the shot production. It's pretty remarkable that you can turn out eight to ten shots a day as a one-man band, basically.”
Read the full story of how the team behind BellyFant use Unreal Engine to punch above their weight.
Courtesy of Mummysboy Limited
Similarly, YouTube hit Silly Crocodile is written, voice acted, and animated single-handedly by Cory Williams.
Each episode takes Cory just a few days to produce, and he can do it all solo, which is much faster and cheaper than a traditional pipeline.
Using a real-time workflow gives Cory control over the entire process, making it both satisfying and impactful. “Everything I'm doing,” he says, “I'm doing on my own, and I'm telling my own stories the way that I want to tell them.”
Read the full story of how Cory Williams uses Unreal Engine to create content for his wildly popular Just For Kids YouTube channel.
Each episode takes Cory just a few days to produce, and he can do it all solo, which is much faster and cheaper than a traditional pipeline.
Using a real-time workflow gives Cory control over the entire process, making it both satisfying and impactful. “Everything I'm doing,” he says, “I'm doing on my own, and I'm telling my own stories the way that I want to tell them.”
Read the full story of how Cory Williams uses Unreal Engine to create content for his wildly popular Just For Kids YouTube channel.
Courtesy of Cory Williams
Shaping the future of children’s animation
In a rapidly evolving market, Unreal Engine is helping redefine what’s possible in children’s animation.
From empowering indie teams to compete with major studios to enabling entirely new production methodologies at established networks, real-time workflows are unlocking faster iteration, lower costs, and uncompromised quality.
Whether delivering stylized 2D looks, richly textured 3D worlds, or cinematic storytelling approaches, studios are proving that Unreal Engine’s single, flexible pipeline can support it all.