Spotlight
June 24, 2026
Shining Isle Productions goes all-in on Unreal Engine for The Wingfeather Saga
Translating a cherished story from book to screen is a formidable undertaking. You hold words in your hands that have sparked imaginations, carried readers from the highest heights to the lowest lows, and made them fall in love with unforgettable characters.
It’s a weighty responsibility—and one Shining Isle Productions is all too familiar with. Their mission has been to bring The Wingfeather Saga—the beloved children’s fantasy series by Andrew Peterson—to life on screen as an animated TV show.
Their biggest enemy on the project would be time—time to add the finishing touches, extra polish, and care and attention to do the books justice. In going all-in on Unreal Engine, animating and rigging entirely in-engine, the team was able to neutralize that threat, clawing back countless hours that could instead be spent elevating the series far beyond what a traditional pipeline and budget would allow.
It’s a weighty responsibility—and one Shining Isle Productions is all too familiar with. Their mission has been to bring The Wingfeather Saga—the beloved children’s fantasy series by Andrew Peterson—to life on screen as an animated TV show.
Their biggest enemy on the project would be time—time to add the finishing touches, extra polish, and care and attention to do the books justice. In going all-in on Unreal Engine, animating and rigging entirely in-engine, the team was able to neutralize that threat, clawing back countless hours that could instead be spent elevating the series far beyond what a traditional pipeline and budget would allow.
From book pages to TV screens
The Wingfeather Saga follows the trials and tribulations of the Wingfeathers as they escape from the monstrous Fangs of Dang and fight to save the world from Gnag the Nameless.The series’ fandom—known affectionately as “featherheads”—really wanted to see the books turned into a TV show. A proof-of-concept pilot was crowdfunded in 2016 to establish the series' distinctive hand-painted CG visual style, and more than 10,000 investors funded Seasons 1 and 2, making Wingfeather the largest crowdfunded animated family series of all time.
Shining Isle was founded by CEO and Executive Producer J. Chris Wall and Peterson with the goal of adapting the authors’ beloved books into an animated series. Nine years on from releasing their crowdfunded pilot, Season 4 is slated for Fall 2026, and the studio has steadily grown alongside the story it set out to tell—with Unreal Engine part of that vision from the outset.
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
Going all-in on Unreal Engine
For its first two seasons, The Wingfeather Saga used a hybrid pipeline: animation in Maya, with layout, rendering, and lighting in Unreal Engine. By Season 3, the team made a decisive shift—moving the entire animation pipeline into Unreal Engine. This would enable the team to take full advantage of real-time workflows.“We’d been using UE as a render engine, not unlike V-Ray or Octane,” says Shining Isle’s VP of Production and Executive Producer Keith Lango. “By animating in-engine, we opened up the full capability of making changes to scenes in development at any point in the pipeline with a minimum of friction. This improved our iteration speed and also freed up our small, overburdened tech dev staff to focus their energies on higher ROI pipeline solutions instead of babysitting data transfers.”
The transition wasn’t without challenges. Animators had to learn new tools, and the studio invested heavily in training and support. But by rolling out the transition gradually and building internal tools, Shining Isle successfully brought its entire team onboard. And the payoff was significant.
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
“In the end, the total cost of the studio switching from Maya to Unreal computed to about four weeks of total lost production across a few months,” says Lango. “We’ve long since got that back in other efficiencies and capabilities.”
The benefits have been especially pronounced given the heavily serialized nature of The Wingfeather Saga. Because characters, environments, and story elements carry forward from season to season, Unreal Engine's real-time pipeline creates efficiencies that compound over time. Beyond the reuse of digital backlot assets, the team can also build on existing animation cycles, performance work, and production-ready sequences, simultaneously reducing effort and maintaining continuity across seasons.
He goes on to reveal that the biggest advantages have been the speed and possibility of animation revisions.
The benefits have been especially pronounced given the heavily serialized nature of The Wingfeather Saga. Because characters, environments, and story elements carry forward from season to season, Unreal Engine's real-time pipeline creates efficiencies that compound over time. Beyond the reuse of digital backlot assets, the team can also build on existing animation cycles, performance work, and production-ready sequences, simultaneously reducing effort and maintaining continuity across seasons.
He goes on to reveal that the biggest advantages have been the speed and possibility of animation revisions.
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
“We went from a 4% animation revision rate using Maya to almost 10% in Unreal, at no additional cost,” explains Lango. “That meant our showrunner team could make more than twice as many late-stage performance changes to better tell the story than we could accommodate with the previous Maya roundtrip workflow.”
Despite the shift in tools, the fundamentals of animation remained the same. Animators still work with keyframes, poses, and curves—just in a more responsive environment.
Tools like Control Rig, Sequencer, and animation retargeting became central to Shining Isle’s workflow. The team also developed custom Blueprint tools to automate scene setup, manage animation libraries, and streamline production tasks.
The resulting pipeline feels familiar to artists but operates at a much faster pace—allowing for more fine-tuning within the same production window.
“Our crew don’t have to wait for preview playblasts to see their work,” says Lango. “That speed has helped them refine their work more within the same amount of time as before.”
Despite the shift in tools, the fundamentals of animation remained the same. Animators still work with keyframes, poses, and curves—just in a more responsive environment.
Tools like Control Rig, Sequencer, and animation retargeting became central to Shining Isle’s workflow. The team also developed custom Blueprint tools to automate scene setup, manage animation libraries, and streamline production tasks.
The resulting pipeline feels familiar to artists but operates at a much faster pace—allowing for more fine-tuning within the same production window.
“Our crew don’t have to wait for preview playblasts to see their work,” says Lango. “That speed has helped them refine their work more within the same amount of time as before.”
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
Real-time workflows: faster decisions, better results
In a traditional pipeline, artists must wait through cycles of rendering, compositing, and review before making changes. In Unreal Engine, those steps collapse into a single moment: see it, decide, adjust. This has a significant impact on production. Artists and directors can iterate at the speed of thought, refining performances, compositions, and lighting without delay.“Production is an iterative business,” explains Lango. “The more iterations you can buy for your production dollar, the better you can achieve your desired visual storytelling goals.”
For Wall, this extends to cinematography as well.
“I get quicker access to all stages from layout through animation and lighting,” he says. “Each artist can deliver reviewable footage almost instantly. And of course, we have to talk about the camera! Having freedom of camera movement that’s not restricted by a performance hit in render layers to comp is fantastic.”
As well as speeding up individual tasks, real-time workflows transform collaboration.
In traditional pipelines, late-stage changes are costly and disruptive, often requiring work to be sent back upstream. At Shining Isle, Unreal Engine enables a different approach: instead of sending work backward, teams move forward together.
“Rather than send stuff back, we invite prior departments to come join the current stage in production to lend their skills and make the late changes in the most current version of the living scene,” says Lango. “The nature of Unreal allows us to change camera, animation, editorial, and lighting at every point in the pipeline downstream of those departments—even after they are ‘done’ with a sequence.”
This flexibility doesn’t entirely eliminate production challenges, but it dramatically lowers the cost of iteration—enabling the team to focus on making scenes better as opposed to simply getting them out the door.
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
Breaking the constraints of a traditional animation pipeline
Traditional CG animation pipelines are also often encumbered by multi-pass rendering, heavy compositing, and long feedback loops. Achieving stylized looks—especially non-photorealistic ones—can require complex workarounds.Lango had spent years exploring non-photorealistic rendering (NPR) and knew those limitations well. But his experience with Unreal Engine while working in game cinematics revealed a different way of doing things: powerful, highly customizable real-time shading.
“After some time working with UE in my role as a director of cinematics for Amazon Games, I came to appreciate the power of UE’s shading capabilities,” he says. “I determined that if we could develop a highly customizable real-time NPR-inspired shader in UE, we could skip the entire multi-pass render and compositing pipeline and achieve our results faster and with more iterations.”
For Wall, the appeal was equally clear. He saw the adoption of Unreal Engine as a chance for the small team to deliver the best work possible within their required timeframe.
“Leveraging Unreal Engine gave us the cheat code on speed of iteration,” he explains. “Plus, we discovered right away that we could see our final shots much sooner in the pipeline compared to traditional CG.”
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
Designing a painterly storybook look
One of the most striking aspects of The Wingfeather Saga is its painterly, storybook aesthetic—something rarely achieved in CG animation without heavy post-processing. Rather than relying on traditional rendering tricks, Shining Isle built this look directly into Unreal Engine through custom shaders.Lango approached the process methodically, breaking the style down into its core visual components: brush strokes, edge breakup, texture distortion, pixel blending, and stylized light falloff. Each technical decision was measured against how well it supported those artistic goals.
For Wall, the challenge was finding the right balance. Too soft, and the image felt low quality. Too sharp, and it lost its storybook charm. The team refined this balance through constant iteration—especially in the first season when they were working to define the look. “What’s been really fun is that each season of our series has also seen new releases of Unreal Engine, with new features we can leverage to continually improve the visual execution,” he says.
Courtesy of Shining Isle Productions, Toothy Cow Productions and Angel Studios
Big results on an independent budget
Perhaps the most remarkable aspect of Shining Isle’s workflow is its efficiency. Early episodes were produced on relatively inexpensive hardware, with no need for a traditional render farm.“Our first two seasons were fully produced on relatively low-cost gamer laptops from BestBuy,” recalls Lango. “The reduction in capital expenses to get an independent studio started is not a trivial matter—it allowed us the cash flow space to survive our first seasons.”
Beyond hardware savings, the real advantage lies in iteration.“We can produce results that punch well above our budget weight,” says Lango. “We get visual storytelling results in-house that would cost two times more in conventional workflows—but we have full control.”
For Wall, these cost and time efficiencies mark a turning point in the industry: a time when small studios can compete with larger productions.
“This moment in the timeline of CG animation can’t be understated,” he says. “Startup studios like ours suddenly have access to deploy production at a fraction of the cost of the traditional systems. It really is the dawn of a new day for CG animation production, and we’re thrilled to be a part of it.”