HEIST demonstrates how Character Creator, iClone, and AI Studio transform traditional previs into a production-ready AI filmmaking pipeline, giving creators the power to direct AI with the same cinematic techniques used in film and television.
The rise of generative AI has made it possible for anyone to create cinematic imagery, but creating a compelling sequence of shots requires a combination of principles and execution. Storytelling depends on deliberate choices—camera placement, composition, character performance, continuity, pacing, and visual language. These are the same principles filmmakers have relied on for decades, and they remain essential in the age of AI.
HEIST, from James Martin, was created as an exploration of how traditional filmmaking techniques can be combined with AI-powered production. Rather than relying solely on prompts, the project demonstrates how Reallusion’s Character Creator, iClone, and AI Studio enable filmmakers to use 3D as a directing layer, transforming established production workflows into a powerful AI filmmaking pipeline.
Building the Film Before the Film
Like many feature films, HEIST began in previs that originates in the storyboards, guiding the character design in Character Creator and 3D layout in iClone to prepare the scene.
Using Character Creator and iClone, scenes were staged using content from the included AI Studio content library and the creator’s custom content library, cameras were placed, and shots were planned before AI generation ever began. This virtual production process allowed creative decisions to be made early, including framing, camera movement, character blocking, and shot progression. The 3D pipeline to AI Studio is crucial to directing the AI with anticipated results.
By working in 3D first, the production gained something often missing from prompt-driven workflows: intentional direction. Every shot existed for a reason. Every camera angle supported the story. Every sequence could be reviewed, refined, and approved before moving into AI production.
From Character Creator to AI Actor
One of the greatest challenges in AI filmmaking is maintaining character consistency across dozens or even hundreds of shots.
For HEIST, custom characters were established using Character Creator and prepared within the Reallusion ecosystem for AI production. Through AI Studio, those characters became AI Actors, preserving their identity, appearance, and visual continuity throughout the project.
Instead of generating a new interpretation of a character with every prompt, the production relied on a consistent digital performer that could appear reliably from scene to scene.
This approach allows filmmakers to think less about recreating characters and more about directing performances.
Using 3D to Direct AI
The real innovation behind the workflow is not replacing filmmaking with AI. It is using AI to extend filmmaking.
The process starts with storyboards, and then previs created in iClone serves as a blueprint for the final production. Camera intent, composition, staging, and narrative structure established in 3D carry forward into AI generation. Martin used Nano Banana for image generation and SeeDance for video generation.
In this way, AI becomes the visual execution layer rather than the creative decision maker.
The 3D to AI Studio workflow with prompt enhancement gives control over:
Shot composition
Camera placement
Lens language
Character positioning
Scene continuity
Story pacing
Visual storytelling
The result is a workflow that combines the speed and flexibility of generative AI with the precision and predictability of professional production techniques.
The Prompt Strategy
James Martin approached prompting as a directing tool rather than a creative shortcut. Instead of asking AI to invent scenes, prompts were used to communicate specific cinematic intent, including camera angles, character actions, lighting, mood, and environment.
Once a visual direction was established, prompts evolved through small refinements to maintain consistency across shots. By defining characters and story context before generation, prompts could focus on the scene itself, resulting in stronger continuity and a more cohesive visual narrative. For HEIST, successful prompting was not about writing longer prompts. It was about providing clear direction and using AI to execute a filmmaker’s vision.
Why It Matters
As AI filmmaking evolves, the most successful productions will not simply generate images. They will apply the same storytelling principles that have guided cinema for generations.
HEIST demonstrates that the future of AI filmmaking is not prompt versus production. It is a production enhanced by AI.
By leveraging Character Creator, iClone, and AI Studio, filmmakers can build stories with the structure of traditional filmmaking while taking advantage of the creative possibilities offered by generative AI.
The result is a new production model where 3D becomes the director’s language, AI becomes the camera, and storytellers maintain creative control from the first shot to the final frame.
AI Studio Storytellers
AI Studio Storytellers highlights creators who are pushing the boundaries of modern filmmaking through Reallusion’s AI Studio workflow. Through behind-the-scenes breakdowns, production insights, and real-world projects like HEIST, the series explores how filmmakers are using 3D, AI, and virtual production techniques to create the next generation of cinematic storytelling.
Professor James C. Martin is a motion capture specialist, AI Storyteller, and Technical Director at Actor Capture, as well as Professor of Practice at Georgia State University’s Creative Media Industries Institute (CMII). With over 20 years of experience, he has contributed to projects including The Suicide Squad, Lyle, Lyle, Crocodile, Creed III, and The Electric State. A Reallusion Certified Trainer, Martin specializes in motion capture, virtual production, digital humans, real-time animation, and generative AI workflows. In 2026, he was a featured presenter at the CMII AI Symposium and a panelist at the Alt Era AI Summit and Film Festival, discussing AI in education and storytelling.
TL;DR: This tutorial walks through a complete Headshot 3 stylized image to 3D pipeline, turning a single piece of front-facing bodybuilder caricature art into a fully rigged, sculpt-ready CC5 character. You will generate a side-profile reference with AI, reshape the fitting splines to capture exaggerated proportions, sculpt the muscle groups in Blender as a non-destructive morph, then realign textures in Krita before finishing back in Character Creator.
Caricature and stylized concept work live or die on their silhouette, which is exactly where standard photo-to-3D tools tend to struggle. The trick is to let Headshot 3 and Character Creator 5 handle the tedious base-mesh and alignment work, so your energy goes into the parts that actually define the character: the anatomy, the exaggeration, and the texture styling. The workflow below uses an extreme bodybuilder caricature as the test case, but it applies to almost any stylized 2D concept you want to bring into 3D.
Step 1: Generating the Side Profile for Your Stylized Image to 3D Conversion
Load your single, front-facing caricature concept into Headshot 3’s Image workflow. Stylized and caricature work demands a sharp silhouette, but a front view alone gives the AI no depth information for the profile. Use the AI Image Generator to produce a matching side-profile reference image: it analyzes the facial features in your front art and generates a complementary profile view that feeds the image-to-3D reconstruction, so you get profile depth without drawing a second angle by hand.
Pro Tip: AI Image Generation in Headshot 3 is powered by Google Nano Banana and consumes credits per generation, so generate your profile reference once and reuse it rather than regenerating on every iteration.
Step 2: Reshaping the Splines to Fit Exaggerated Proportions
Headshot 3’s automated fitting is trained on standard human anatomy, so on a caricature it will initially pull in toward “normal” proportions and clip exaggerated features like the bodybuilder’s oversized jaw and chin. Move into the spline-based head shaping stage and manually drag the guide-curve nodes outward until they fully encompass the true structural borders of your concept art. You are telling the fitting system where the real edges of this face are, rather than letting it default to anatomical averages.
Note: Push the splines all the way to the outer silhouette of the concept, even if it looks extreme on screen. Under-fitting an exaggerated feature here is much harder to recover later in the sculpt.
Step 3: Refining Forms in Character Creator Edit Mode
Switch into Edit Mode inside Character Creator and use the sculpt morph tools with a wide soft-selection falloff to pull and mold the primary facial forms directly over the background image plates. Mirror your adjustments across the axis to keep both sides consistent, and blend them with the built-in sculpt morph sliders to cement the underlying depth before you ever leave Character Creator.
The cardinal rule: Never change or scale the character’s overall head size using standard viewport transform tools at this stage. Headshot locks the mesh to the photo layer based on the analyzed camera lens, so scaling the head breaks that camera projection alignment and ruins your texture matching. If head size genuinely needs to change, handle it inside the Headshot 3 dialog so the projection stays intact.
Step 4: Sculpting the Muscle Groups in Blender as a Morph
Send the character to Blender through Blender Auto Setup, exporting as a morph rather than a full avatar replacement. This keeps the pipeline non-destructive: you alter only the physical shapes while the rigging and bone weights stay perfectly intact, and the result comes back into CC5 as an editable Character Morph.
Focus your sculpting at Subdivision Level 2 (SubD2). That resolution gives you enough clean geometric density to carve out the heavy muscle groups of a bodybuilder without wrecking viewport performance or creating messy topology. Ignore micro-detail like pores for now; you are blocking anatomy, not skin.
Step 5: Realigning the Warped Textures in Krita
Because the mesh was heavily distorted during fitting and sculpting, the originally projected textures will be pulled out of place. Export the diffuse map to Krita at 2K resolution. Then export the model’s 3D UV layout, invert its color, and lock it on an overhead layer set to Multiply so it acts as a positional roadmap over your texture.
Using Krita’s warp and push tools, slide the texture details (lips, eyes, nostrils) back onto their correct 3D coordinates, guided by the UV roadmap. Finish with soft airbrushes to erase any seams left behind by the warping.
Step 6: Resetting Normal Map Artifacts with Neutral Blue
If your texture bakes leave messy artifacts or unwanted structural wrinkles, you cannot paint over them with skin-tone color, because a normal map encodes surface direction, not appearance. Sample the exact neutral value of the normal map (RGB 128, 128, 255) and paint over the problem areas with that single hue. This flattens the surface vectors in those spots and resets them to a clean, smooth baseline without disturbing the rest of the map.
Summary
The full Headshot 3 stylized image to 3D pipeline runs front art to AI side profile, spline fitting, Edit Mode refinement, a Blender morph sculpt, and finally texture realignment in Krita. Bring the refined textures and Blender morphs back into Character Creator, then add hair with Smart Hair, build a high-contrast studio lighting rig, and drop the character into dramatic poses to stress-test the deformation. By offloading base-mesh modeling and profile setup to Headshot 3, you skip the most tedious phase entirely and spend your time on anatomy, styling, and performance.
Key Takeaways
Generate the missing profile with AI before fitting. A side-profile reference from the AI Image Generator gives Headshot 3 the depth cues a single front view cannot, which matters most on exaggerated stylized concepts.
Push the fitting splines past “normal” anatomy. Automated fitting averages toward standard faces, so manually drag the guide curves out to the true silhouette of your caricature.
Never scale head size with viewport transforms. Doing so breaks Headshot’s camera projection lock and destroys texture alignment; resize only inside the Headshot 3 dialog.
Round-trip to Blender as a morph, not a replacement. Exporting as a morph keeps rigging and weights intact and returns your sculpt as an editable CC5 Character Morph.
Reset normal-map artifacts with neutral blue (128, 128, 255). Painting the neutral normal value flattens surface vectors and clears baked artifacts without touching the diffuse.
Mythcons
Greetings, my name is Peter Alexander. In this demonstration, I’m going to walk you through how you can leverage Character Creator 5‘s new ActorMIXER as a powerful stepping stone to create unique, stylized characters. We’ll use the CC Base Mesh as our foundation, and ActorMixer will provide the next layer from which to build, making professional character creation that much easier. For this demo, I’ll be creating a stylized version of Arnold, using the Blender Auto Setup pipeline, which is both cost-effective and efficient for creating characters and assets.
Can I use this stylized image-to-3D workflow for any concept art, not just caricatures?
Yes. The bodybuilder caricature is just an extreme test case. The same pipeline (AI profile generation, spline reshaping, Blender morph sculpting, texture realignment) works for any stylized 2D concept, and the more exaggerated the proportions, the more the manual spline and sculpt steps matter.
Does the AI Image Generator in Headshot 3 cost credits?
The core 3D head generation in Headshot 3 is free, but the AI Image Generator, which produces the side-profile and reference images, is powered by Google Nano Banana and consumes credits per generation. Generate your profile reference once and reuse it.
Do I need Blender and Krita, or can I stay inside Character Creator?
You can take a stylized character a long way using only Headshot 3 and Character Creator’s sculpt morph tools. Blender is used here for heavy anatomical muscle sculpting at SubD2, and Krita for precise texture realignment after large mesh distortion. Both are optional refinements layered on top of the core Reallusion workflow.
What is the difference between Headshot 3’s Image and Mesh workflows?
The Image workflow generates a rigged 3D head from a 2D photo or concept, which is what this tutorial uses. The Mesh workflow converts an existing static 3D model into a fully rigged CC character. For 2D caricature art, the Image workflow is the right entry point.
Reallusion announced a massive double release: the groundbreaking debut ofiClone Personal(free for all users) alongside the official public launch of AI Studio. Together, they establish a seamless, zero-barrier pipeline that bridges traditional 3D artistry with next-generation AI workflows.
Having garnered strong community interest during its Early Access phase, AI Studio is now fully available to all creators. The platform comes equipped with advanced multi-reference capabilities that preserve actor likeness with unprecedented accuracy and consistency.
Alongside this launch, Reallusion is introducing iClone Personal Edition, replacing the legacy 30-day trial with a perpetual experience that removes time restrictions entirely. Creators gain unrestricted access to iClone‘s complete 3D toolset and AI Studio, enabling them to explore, learn, and master the entire 3D-to-AI workflow at their own pace.
iClone Personal: No Time Limits, No Creating Barriers
To give artists the ultimate freedom to integrate Reallusion tools into their workflows, iClone Personalofficially replaces the traditional 30-day trial. The time restriction is completely gone, allowing creators to learn and master the software indefinitely. Because it seamlessly integrates with the Reallusion ecosystem, allowing users to animate Character Creator actors and utilize ActorCore motion packs, while supporting full imports from other industry 3D tools, it serves as the perfect permanent environment for education and long-term pipeline compatibility testing.
A Flexible, Uninterrupted Pipeline
This update ensures creators never lose access to their work. iClone Personal provides the ideal space to build, block out, direct, and animate scenes indefinitely. While 3D project exports to external software are limited to 30 times in the Free tier, this restriction is instantly removed via a subscription plan or permanently lifted with a perpetual license.
iClone Personal: A permanent, zero-cost tier for indefinite learning, scene blocking, and animation with full project access and entirely free rendering. While creation is unrestricted, it includes a limit of 30 exports for external 3D pipelines.
Subscription Plans: A flexible, project-based option that completely lifts the 3D export limit. Ideal for creators who need to temporarily scale their pipeline and seamlessly export assets to game engines and external teams. If an active subscription ends, the software simply reverts to this free version, keeping your work fully accessible.
Perpetual License: The premier upgrade path for professional studios wanting full, permanent ownership of the software and completely unrestricted 3D asset export capabilities.
Standalone Production Power with RTX Render
Creators can also take advantage of unlimited rendering via the upcoming, highly optimized RTX Render engine. Launching in Open Beta in late July as a future free update for iClone and Character Creator, this engine delivers high-fidelity visuals directly within the software. This allows creators to complete entire animation and rendering processes natively without needing to export to external tools, making the core production experience completely free.
iClone Personal Licensing Guidelines:
Render Output: Renders created with RTX or the real-time renderer are licensed for personal and social use only, requiring an upgrade to subscription plans or a perpetual license for commercial rights.
AI Studio Exports: Commercial rights are determined by your AI Cloud plan; Standard and Pro tiers include commercial use, while the Starter tier and Free tier are limited to personal and social use.
AI Studio Official Launch: Enhanced Character Consistency & Next-Level Multi-Reference Control
With iClone Personal opening up a permanent environment for unrestricted 3D creation, creators now have the perfect foundation to fuel Reallusion’s next major release. AI Studio officially moves out of Early Access and into full public availability, introducing a powerful suite of new multi-reference features designed to deliver unmatched cinematic fidelity and an upgraded solution to character consistency.
Re-engineered AI Actor Support: Uncompromising Identity Precision
While the Early Access introduced AI Actors (iModels) for character consistency, the official launch takes character preservation significantly further. We have re-engineered the workflow to capture and lock down absolute identity precision, virtually eliminating identity drift even during drastic style or angle changes. This enhanced precision is also incredibly useful when characters do not clearly appear in the start frame, ensuring the model accurately anchors and maintains the correct identity the moment they step into view.
Enhanced Video Integration: AI Actors can now be combined as a reference layer directly inside the Seedance 2.0 video pipeline to ensure your character’s likeness remains flawlessly stable from the first frame to the last.
With AI actors in Seedance 2 workflow, characters remain perfectly consistent across camera cuts even if they were not in the original frame.
Image Edit Deployment: AI Actors can be deployed directly in image editing workflows. Effortlessly swap assets, change outfits, or coordinate multiple characters across various angles. This unlocks complex, derivative storytelling pipelines while keeping your characters perfectly locked in, every single frame.
With AI actors, characters remain perfectly consistent during complex edits like coordinated outfit changes for multiple people.
Advanced Multi-Reference Support for Seedance 2.0
As a platform that integrates multiple premier generative models, including Kling 3.0, Veo 3, Nano banana, Flux, and others, we are constantly pushing the boundaries to let users harness the full creative power of these technologies.
While Seedance 2.0 was already established in AI Studio as the most advanced video generation model for interpreting 3D spatial data, this official launch delivers a major update that allows creators to experience it to its absolute fullest. By introducing native support for what the industry knows as Elements in Seedance, the platform unlocks unprecedented artistic control.
Using only AI actors, images, and audio references, Seedance 2 can generate complete videos without requiring an initial start frame.
Users can now seamlessly mix, match, and combine multiple reference inputs, including Image, Video, Audio, and AI Actors, alongside native 3D scene data. Instead of guessing with unpredictable text prompts, creators can orchestrate complex camera movements and character choreography in 3D, allowing the AI to flawlessly execute the final cinematic look with complete structural precision.
Combine 3D camera controls and motion dummy characters with AI Actors for flawless consistency in Seedance 2.
Reallusion AI Cloud Plans Now Fully Available
Coinciding with the public launch, Reallusion’s AI Cloud Plans are now officially open to everyone. Designed to scale with your production needs, these plans unlock the true capacity of the integrated 3D & AI workflow.
Subscribing to an AI Cloud Plan (Starter, Standard, or Pro) gives you full access to premier generation models like Seedance 2.0, Kling 3.0, and Veo 3, alongside a massive premium creative library:
5,000+ 3D Previz Assets: Fully unlocked for subscribers. Easily populate, compose, and block out your scene layout with poses, posed people, interior furnishings, buildings, animals, trees, plants, and vehicles.
200+ Production-Ready AI Actors (iModels): Skip the setup and jump straight into production with a massive roster of consistent digital humans, stylized characters, and creatures ready to perform under your direction.
(Free-tier users retain access to a curated sample set of 200 assets and 12 starter AI actors.)
In addition, AI Points included in these plans can now be used across Reallusion’s broader AI cloud ecosystem, including the Headshot 3 image workflow and cloud-based Video Mocap, enabling a unified end-to-end character and animation pipeline.
Start Your Limitless Creation Today
The future of 3D-to-AI production is live. Download iClone Personal to access unrestricted 3D creation and unlimited RTX rendering with no 30-day limits, and seamlessly step into the public launch of AI Studio for next-generation character consistency and workflow integration.
Get iClone Personal: New users can download the software permanently from the official iClone Product Page to begin building, directing, and animating 3D scenes without any time constraints.
Unlock Full Pipeline Export (Subscription or Perpetual): Upgrade to a flexible subscription plan or a perpetual license to permanently remove the 30-time export limit. This fully unlocks iClone’s pipeline connectivity, enabling seamless 3D project and asset exports directly to game engines and other external 3D applications.
Access AI Studio: Now fully open to the public, existing users can update their software via the Reallusion Hub to access the fully integrated AI Studio toolkit. Free-tier users and trial explorers can begin testing the pipeline instantly with 500 free AI Points provided automatically upon installation.
Explore AI Cloud Plans: To tap into premier generative models like Seedance 2.0, Kling 3.0, and Veo 3 alongside the expanded premium asset library, creators can review options and subscribe directly on the AI Cloud Plans Page.
Emmy Award-winner Mark Cheng details his efficient Character Creator 5 pipeline for Unreal Engine cinematic series.
Learn how to sculpt, texture, and fine-tune game-ready characters with 4K PBR textures rapidly.
Discover seamless animation workflows using iClone and Unreal Live Link for real-time production.
Optimize character creation and animation cleanup, focusing on visual fidelity for camera-specific shots.
This article details an efficient pipeline for creating cinematic-quality, game-ready characters for Unreal Engine animated series using Character Creator 5, Reallusion’s advanced 3D character design platform. It explains the practical steps and creative decisions behind crafting complex characters with 4K PBR textures and integrating them into a real-time animation iClone 8 workflow, enabling indie filmmakers to accelerate their production timelines.
Close-up of EXTRACTED’s Powell, a Character Creator 5 3D character, with weathered skin, beard, and cap, for Unreal Engine series.
How Character Creator 5 Accelerates Unreal Engine Series Production
Creating compelling characters quickly is critical for indie filmmakers producing animated series in Unreal Engine. Character Creator 5, Reallusion’s flagship character design software, offers a robust solution for generating highly detailed, production-ready assets. According to Emmy Award-winning producer Mark Cheng, the key to rapid character development lies in strategic starting points and iterative refinement. He emphasizes that rather than building from scratch, starting with an existing base model and systematically altering its appearance significantly streamlines the design process.
Starting with Existing Models for Rapid Design Iteration
Mark Cheng, founder of Creative Studios and producer of the Unreal Engine series EXTRACTED, prefers to begin with a pre-existing Character Creator 5 model rather than building a character entirely from scratch.
Reallusion Character Creator 5 UI: Mark Cheng’s Powell character (Aaron base) with facial morphs, Modify panel, and content library.Mark Cheng customizes male 3D character in Character Creator 5, adjusting body morphs via Modify panel; underwear content visible.
For Powell, one of the central characters in EXTRACTED, I started with Reallusion’s Aaron character as a foundation. Some artists like to start from a blank slate, but I prefer beginning with an existing model and gradually shaping it into the character I have in mind. Starting from a proven base gives me a design direction and lets me focus on creative decisions instead of technical setup.
As I work, I’m constantly reacting to what I see on screen.
“Powell is dirtier than Aaron.”
“He needs a stronger build.”
“His hair shouldn’t be so well groomed.”
Those reactions become the roadmap for the character design process. Each adjustment helps me move closer to the personality and story role I want the character to communicate.
“Some artists like to start from scratch but I prefer to start with an existing model and proceed to change and alter their appearance to get to my character.”
MARK CHENG — Founder of Mark Cheng Creative Studios
Character Creator 5 UI: 3D character ‘Powell’, ‘Apply Beard Options’ dialog, and content library.Character Creator 5 UI: 3D character ‘Powell’ in camo top, ‘Apply Cloth Options’ dialog, content library with tactical pants.Character Creator 5 UI: 3D character ‘Powell’ in camo uniform, ‘Apply Cloth Options’ dialog, content library with tactical pants.
Crafting a Rugged Look: Skin, Hair, and Build
Powell is a lieutenant in a joint human/android military unit fighting in a future civil war. By the time audiences meet him, he’s already spent years on the front lines. I wanted him to look like someone who has been living in combat zones for far too long.
To achieve that look, I leaned heavily on Character Creator 5’s skin and hair tools. I layered pores, dirt, sweat, sunburn, blemishes, capillaries, and weathering effects to create a face that felt lived-in and authentic. I tend to push skin details further than many artists because it’s a personal pet peeve of mine when combat characters look overly polished or unrealistically clean.
CC5 UI showing Aaron, a 3D character with PBR skin, dirt, and sweat textures, and the content panel for skin effects.
The Realistic Human Skin packenabled the addition of nuanced pores, dirt, sweat, sunburn, and capillaries, intentionally pushing boundaries to avoid an overly “clean” combat appearance.
For his hair, I experimented with several different styles before settling on a baseball cap and a nearly bald appearance. Character Creator 5 includes some of the best beard assets I’ve worked with. I was tempted to give Powell an elaborate braided Viking beard, but ultimately chose the largest, most unkempt beard in my library because it better reflected the character’s lifestyle and military background.
CC5 UI: Mark Cheng’s ‘Powell’ in military uniform, showing beard customization via hair options & head morphs in the Modify panel.
For his physique, I wanted Powell to feel physically dominant and imposing. As a leader, he needed an immediate visual presence, but I also wanted that physical strength to create a contrast with moments later in the story when he reveals emotional vulnerability. That’s something I often consider during character creation, how physical design choices can reinforce dramatic themes.
I ended up giving Powell so much muscle definition that his battle dress uniform initially couldn’t contain him. Parts of the body mesh pushed through the clothing in several places. Fortunately, Character Creator 5’s polygon-level mesh editing tools made it easy to reshape and expand portions of the uniform until everything fit correctly.
Character Creator 5 UI with muscular, bearded 3D character Powell in camo pants, displaying save progress for iClone.
Fine-Tuning Character Realism and Expression
Achieving cinematic quality in animated series requires meticulous attention to character realism, extending beyond initial sculpting to include nuanced expressions and effective posing. Character Creator 5 provides versatile tools that cater to diverse artist preferences, allowing for both precise numerical adjustments and intuitive sculptural modifications. This flexibility is crucial for translating creative visions into tangible 3D assets ready for the rigors of real-time animation.
Sculpting vs. Numerical Adjustments in Character Creator 5
One of the things I enjoy most about Character Creator 5 is that it provides multiple ways to achieve similar results. Different artists have different preferences, and the software gives you the flexibility to work the way that feels most natural.
For Powell’s facial structure, I relied heavily on sculpting tools, pushing and pulling specific areas of the face until I arrived at the shape I envisioned. The process feels intuitive and allows me to make artistic decisions visually rather than numerically.
Reallusion Character Creator 5 UI: 3D military character (Powell) backside with CC menu for eye selection & sculpt tools visible.Reallusion CC5 UI: ‘Powell’ 3D character (Aaron base) with beard. Modify Panel active, numerically adjusting eye parameters.Reallusion Character Creator 5: Powell character with blue eyes, beard, yellow morph overlays, ‘Eye’ library, and ‘Eyeball’ modify panel.
For other features, such as his chest, shoulders, and arms, I found it faster to use the Modify Panel and adjust muscle groups through numerical controls. Being able to switch between sculpting and parameter-based editing helped me move quickly while still maintaining precise control over the final result.
“One thing I really like about Character Creator 5 is that there are often multiple ways to achieve the same result.”
MARK CHENG — Emmy Award-winning producer
Pro-Tip: When facing clothing mesh bleed-through due to extreme character morphs, utilize Character Creator 5’s polygon-level mesh alteration tools directly. This allows you to specifically “grow” or reshape areas of the garment to conform to the underlying body, eliminating clipping without requiring external software. This method saves roughly 2 hours of manual weight painting per character.
Testing Emotions for Cinematic Impact
Throughout the design process, I frequently stop sculpting and test my characters using a wide range of facial expressions and emotional states.
I’ve always believed that a character’s emotional range is just as important as their physical appearance. Have you ever watched an actor and thought, “I love that performer, but I don’t like how they look when they smile?” That’s exactly the kind of thing I’m looking for during character creation.
Character Creator 5 makes this process easy through the Edit Facial panel, which provides access to a large library of expressions and emotions. I often reference key moments from my script and recreate the emotions the character will need to perform on screen.
Character Creator 5’s Edit Facial panel provides access to a large library of expressions and emotions.
For Powell, one of my goals was to make sure he maintained kind eyes, even during moments of anger or intensity. As a result, I would intentionally soften eyebrow movement, nose curls, and cheek raises to preserve that aspect of his personality. These subtle adjustments may seem small, but they contribute significantly to how audiences perceive a character.
Character Creator 5’s Edit Facial panel used to fine-tune Powell’s intense expression for cinematic Unreal Engine.Character Creator 5 UI: 3D character Powell (Aaron base) with weathered skin, beard, open mouth for realism & expression tuning.Reallusion Character Creator 5 UI: ‘Modify’ panel & ‘Content > facial HairGroup’ with Mark Cheng’s ‘Powell’ character in intense expression.
Seamless Animation Pipeline: Character Creator 5 to Unreal Engine
The transition from character design to real-time animation is a critical juncture for any animated series production. Reallusion’s integrated pipeline streamlines this process, enabling artists to bring Character Creator 5 assets into environments like Unreal Engine with remarkable efficiency. This robust connection facilitates rapid iteration and high-fidelity animation, essential for cinematic storytelling.
Leveraging iClone and Live Link for Real-Time Animation
Once I’m satisfied with the character in Character Creator 5, I move the model into iClone 8 for final testing and animation preparation.
I prefer using the Unreal LIVE LINK Transfer process because it automates much of the technical work involved in moving assets between applications. The workflow sacrifices some export customization options, but for my production pipeline, the efficiency is worth it. I’ll often start a transfer right before taking a coffee break, and by the time I return, the character and materials are already waiting for me inside Unreal Engine.
EXTRACTED originally began as an Unreal Engine 5.1 project and has since been upgraded to Unreal Engine 5.7, and the Reallusion pipeline has remained a reliable part of that production process.
iClone also serves as my primary hub for animation preparation. Whether I’m working with motion capture data from my Rokoko suit or AI-processed video performance data, everything flows through iClone before reaching Unreal Engine.
Reallusion Character Creator 5 and iClone 8 UI with 3D character Powell, bald with long beard & camo BDU, testing facial expressions & skin detail.
“I prefer using the Live Link Transfer process which automatically migrates the model and its materials into Unreal. I’ll hit transfer right before a coffee break and it’s all ready to go when I come back!”
MARK CHENG — Founder of Mark Cheng Creative Studios
iClone’s role extends beyond mere transfer. It serves as Mark’s primary platform for ingesting and refining motion capture (mocap) data, whether from an inertia suit or AI-processed video. For detailed guidance on this, see the official Reallusion Character Creator help documentation on setting up the Auto Setup pipeline.
Powell in iClone animated in real-time inside Unreal Engine UIs, demonstrating Unreal LIVE LINK pipeline for EXTRACTED real-time character animation.
Optimizing Animation for Camera Layout
I’m a solo creator. I handle motion capture, animation, cinematic staging, and directing responsibilities myself, so efficiency is critical throughout production.
After establishing camera layouts, I use iClone’s Unreal Live Link to essentially puppeteer Powell’s character directly inside Unreal Engine while controlling a mirrored version of the character in iClone. This workflow allows me to focus my time and attention only on what the audience will actually see.
If Powell’s feet aren’t visible in the frame, I don’t spend time refining foot animation.
If one hand is hidden behind his body, I may not need to perfect every finger pose.
My goal is to focus my effort where it matters most for the final shot.
The real-time connection between iClone and Unreal Engine helps me quickly identify animation issues, evaluate cinematic framing, and make creative decisions in context. Once I’m satisfied with the result, sending the finalized animation back to Unreal is only a few clicks away.
There are many ways to build an animation pipeline, but this workflow has become mine because it lets me spend less time wrestling with technical processes and more time focusing on storytelling.
Unreal Engine UI: Powell & Cyberpunk Samurai 3D characters. Animating game-ready models using Character Creator/iClone Live Link.Unreal Engine UI showing Mark Cheng animating EXTRACTED’s Powell character and a robot using iClone Live Link. Take Recorder panel visible lights.
Workflow Stage
Reallusion Tool
Key Benefit
Output/Integration
Character Design
Character Creator 5
Rapid iteration, detailed morphs & textures
Game-ready CC Project for iClone, Unreal Engine
Skin & Hair Enhancement
CC5 + Realistic Human Skin, Beard & Brow Builder
High-fidelity realism, weathered looks
Custom Character Mesh
Rigging & Initial Pose
Character Creator 5
Auto-rigging, expressive facial tools
Fully Rigged CC Project for Unreal Engine
Animation Pre-Production
iClone 8
Mocap import, real-time posing & emotion tests
iClone Animation Projects and Unreal Engine
Real-Time Engine Integration
iClone Live Link Plugin, Unreal Engine
Seamless transfer, live character puppeteering
Unreal Engine Assets
Conclusion
The synergy between Character Creator 5,iClone 8, and Unreal Engine provides an unparalleled pipeline for indie developers and animation studios seeking to produce high-quality animated series efficiently. By leveraging tools that support rapid iteration, detailed customization, and real-time integration, creators like Mark Cheng can transform ambitious narrative concepts into visually stunning productions without compromising on artistic vision or technical fidelity. This integrated workflow empowers artists to achieve cinematic realism and streamline their animation process, proving that powerful tools are accessible for projects of any scale.
Character Creator 5’s Powell character, a bearded soldier in tactical gear, passes pistol magazines in an Unreal Engine cinematic series shot.Character Creator 5’s Powell character, a bearded soldier in military fatigues with a rifle, surveys a burning vehicle in an Unreal Engine cinematic.Powerll character made in Character Creator 5, a rugged, bearded soldier from EXTRACTED for Unreal Engine, in tactical gear, holding a rifle.
Mark Cheng
Mark Cheng is an Emmy Award-winning producer, creative executive, and the visionary founder of Mark Cheng Creative Studios. With a distinguished career spanning over three decades in media, entertainment, and technology, including 13 years at Nickelodeon and Paramount, Mark has made significant contributions to AAA video games, live-action productions, and animated films. A film alumnus of Cornell University with an MBA focused on High-Tech Growth, his expertise lies in crafting compelling narratives through innovative content and emerging technologies. He is currently in production on EXTRACTED, an animated series produced entirely in Unreal Engine.
Mark’s workflow with Reallusion tools for EXTRACTED is a testament to their efficiency for indie studios. He initiates his characters, such as the protagonist Powell, in Character Creator 5, preferring to start from existing models for speed. He meticulously sculpts and textures, utilizing tools for polygon-level mesh adjustments when fitting custom attire like BDUs. After fine-tuning expressions in CC5, he transfers the character to iClone 8 for animation preparation, including mocap data import. Finally, the Unreal LIVE LINK plugin facilitates real-time puppeteering of the character directly within Unreal Engine, allowing Mark to streamline cinematic shot production by focusing on camera-visible animation details.
How do I export a rigged character from Character Creator 5 to Unreal Engine?
Exporting a rigged character from Character Creator 5 to Unreal Engine is highly streamlined. You typically design and finalize your character in CC5, then send it to iClone 8. From iClone, the Unreal LIVE LINK plugin facilitates a direct, automated transfer of your character, its materials, and rigging into Unreal Engine. We highly recommend that you also install the free Unreal Auto Setup from Reallusion to seamlessly transfer all character materials and shaders to Unreal. This ensures the character is game-ready, maintaining its PBR textures and bone structure for immediate use in your animated series or game project.
What is the difference between Character Creator 5 and iClone for character animation?
Character Creator 5 (CC5) is primarily a powerful 3D character design platform, focusing on creating detailed, rigged characters with extensive customization options for appearance, clothing, and textures. iClone, on the other hand, is a real-time 3D animation software suite. While CC5 builds the character, iClone brings it to life through animation, motion capture integration, and scene setup, then facilitates the export or live-link to game engines like Unreal.
Can Character Creator 5 characters use custom morphs and textures in Unreal Engine?
Yes, Character Creator 5 characters maintain their custom morphs and 4K PBR textures when exported to Unreal Engine. The pipeline ensures that all the detailed facial and body morphs, along with the high-resolution texture maps you’ve applied in CC5, are fully preserved. This allows for continued facial expression and body shape adjustments within Unreal, ensuring cinematic fidelity and creative control over your animated characters.
Why does Emmy Award-winner prefer to start with existing models in Character Creator 5?
Emmy Award-winning Mark Cheng prefers starting with existing models in Character Creator 5 because it significantly accelerates the initial design phase. Instead of building from a blank slate, a pre-existing model provides an immediate reference point and design direction. This iterative approach allows for faster visual feedback on modifications, ensuring that changes to the character’s build, hair, or features directly serve the narrative and aesthetic requirements of his animated series, EXTRACTED.
CC5 3D character Powell, rugged bearded soldier in digital camo BDU with assault rifle, amid burning homes in Reallusion AI Studio render.
For veteran 3D artists creating massive graphic novel sagas, prompt-based generative AI can be deeply frustrating. The lack of precise control typically limits these tools to standalone images or short social media clips. However, everything changes when you combine the control of 3D CGI with the rapid stylization of artificial intelligence.
In this episode of AI Studio Storytellers, veteran artist Adolf Navarro, founder of Antareus Studio, shares how he bridges this gap using AI Studio, iClone, and Character Creator to build expansive graphic novels and cartoon animations with absolute consistency.
Adolf Navarro – Antareus Studio
Antareus Ltd. is a creative studio originally founded in 2011 by Adolf Navarro and Izara Masie. Specializing in digital storytelling, the studio produces graphic novels, CGI animations, 3D content, visual effects, and children’s TV series. Utilizing advanced tools like Reallusion’s iClone and Character Creator, Antareus delivers high-quality digital content efficiently. In addition, Adolf Navarro develops a wide range of high-quality assets for the Reallusion Content Store, contributing to the creative resources available to the Reallusion community.
Adolf Navarro’s journey with Reallusion spans more than ten years, beginning with iClone 4 when he started writing The Zurvan Club, a massive saga of interconnected graphic novels. As the software evolved, he realized its potential to create high-quality animations independently, eliminating the need for large animation teams or expensive render farms. Over the years, he has developed new graphic novels like Operation Cobra and The Burma Incident while simultaneously creating 3D assets for the Reallusion Content Store. Today, he views the future of independent production as more exciting than ever.
The Hybrid Pipeline: 3D for Structure, AI for Style
For Adolf, the secret to professional storytelling is control. While prompt-only AI struggles with character continuity, Reallusion’s pipeline allows creators to fully define every scene asset before AI touches it:
Character and Scene Setup: Adolf uses Character Creator to design his cast and iClone to build environments, using AccuPOSE and preset libraries for natural facial expressions and poses.
Director’s Intent: iClone grants total control over camera framing and scene illumination.
One-Step Stylization: Previously, achieving a comic book look required hours of manual filtering in Photoshop or Krita. Now, AI Studio does it instantly using predefined styles.
“The camera view, lighting, assets, and character poses remain identical to the ones set in iClone. The clothes are replicated with accuracy, and even the badges on uniforms are properly converted on the first attempt without needing complex prompts.”
Adolf Navarro, Antareus Studio
Driving Continuous Animation and Lip-Sync
The pipeline easily scales from static comic panels to fluid, style-consistent animated sequences. Rather than relying on a single method, Adolf adapts his approach based on the complexity of the scene:
Adopting Image-to-Video workflows: For simpler narrative sequences, Adolf loads an initial stylized frame to set the visual benchmark, then uses tailored prompts and camera templates to generate natural character actions directly from that single image.
Bridging keyframes with interpolation: When a scene requires a specific narrative arc, Adolf defines both the starting and ending frames using his iClone renders. He then prompts the specific actions that need to take place between them, allowing AI Studio to seamlessly bridge the gap.
Enforcing precision with 3D motion replication: For complex choreography, precise body language, or intricate prop interactions, Adolf bypasses AI guesswork entirely. He creates the exact movement inside iClone first, forcing AI Studio to read and replicate his custom animation with total stylistic consistency.
To wrap up his production, Adolf brings his cast to life by leveraging AI Studio’s audio integration, utilizing both Text-to-Speech and pre-recorded voice files to automatically generate accurate lip-synchronization for multi-character dialogue.
The Best of Both Worlds
Adolf Navarro’s workflow serves as a definitive masterclass for modern independent production. It challenges the common industry anxiety that AI is here to replace the human artist or completely overhaul established CGI pipelines. Instead, the true creative magic happens when 3D animation and AI work in harmony, each playing to its absolute strength.
“Instead of using AI to replace CGI animations, AI Studio puts both worlds to work together. It ensures maximum quality while keeping absolute control of our creations.”
TL;DR: This tutorial walks through the complete ZBrush Face Tools workflow for CC5, covering how to customize all 13 core expressions with dynamic wrinkles on alien characters. Using Character Creator 5‘s updated expression wrinkle system and ZBrush Face Tools, the guide covers preparing the base in CC5, sculpting and polypainting expressions in ZBrush with up to 8K resolution maps, transferring custom expressions and dynamic wrinkles back to CC5 — including the new displacement option — and using expression-triggered Polypaint to add mood-specific visual effects.
This is the third installment in digital sculptor Óscar Fernández’s alien creature series, building directly on the characters created in the previous two articles. Since the character sculpting and outfit workflows are already covered, this article focuses entirely on facial expressions — the final layer that brings these creatures to life.
Before jumping into ZBrush, we need to tell Character Creator that this character will use the Dynamic Wrinkle System. To do this, with the character selected (it must be a CC3+ base or later), go to the Modify > Expression Wrinkles > General Setting panel and enable the Activate Expression Wrinkles checkbox. This step is extremely important, as it allows the CC5 engine to manage the normal, displacement, and color maps that we’ll generate later for each expression.
Once the system is activated, click the Face Tools button in the top toolbar of CC. This opens a dialog box that acts as the transfer control center. Here is where we define what information and which expressions the character will have inside the sculpting environment.
In the settings panel, we’ll adjust the parameters so the “canvas” in ZBrush is perfectly prepared:
CC5 Face Tools setup: Activate Expression Wrinkles, facial region map, and ZBrush Face Tools dialog with all 13 expressions enabled
Action (Create New): We select this option because, although the character is already designed, this is the first time we’ll work on its expressions specifically with this plugin. This creates a new ZBrush project optimized for Face Tools.
Subdivision (Detail Level): A key technical point is choosing the subdivision level. This new version of Face Tools allows us to generate maps up to 8K resolution, ensuring that even the finest wrinkles are captured with complete sharpness.
Expression Selection: The plugin supports 13 main expressions that are directly connected to the CC system. We make sure all of them are checked so we have full control over the character’s facial range of motion.
Include Wrinkles in Polypaint: If the character already has default wrinkles in CC, we would enable this option so they transfer to ZBrush as a base color layer (polypaint), giving us a far more realistic starting point.
Finally, we click GoZ to begin the export process.
Sculpting Custom Expressions in ZBrush
Once our model is opened in ZBrush, we can save the project as a .ZPR file if we plan to work across multiple sessions; this will keep our layers and plugin settings intact.
We then go to Zplugin > ZBrush Face Tools. When opening it, we’ll notice that the plugin has already done the heavy lifting for us: it automatically creates a series of sculpting layers that correspond to the deformations of the different expressions.
Expression Selection: In the Expression section, we select any of the 13 expressions we want to customize, such as Nose Sneer or Brow Raise. When one is selected, the plugin automatically activates recording mode for that specific layer, ensuring that every change we make to the mesh is stored correctly for that gesture.
ZBrush Face Tools plugin: Zplugin menu, expression selection with Nose Sneer active, and auto-generated sculpting layers for CC5
Using Masks: Before starting to sculpt or paint, we click Wrinkle Mask > Apply Mask. This step is essential because it visually shows us the active area for that expression while protecting the rest of the face. It’s important to remember that only the alterations made within the boundaries defined by this mask will transfer back to Character Creator. For additional visual reference, we can activate the Range Map, which indicates the exact muscle boundaries where we should work.
Sculpting and Detail: This is where we modify the mesh structure or add wrinkle details using ZBrush’s sculpting tools. My personal recommendation is to use basic brushes that displace polygons rather than brushes that “add” material, as this ensures cleaner and more natural deformations in the expressions.
ZBrush expression sculpting: Brows Drop with Apply Mask, recommended brushes, and SDiv 1 to SDiv 7 detail progression
As mentioned earlier, this new version allows us to generate maps up to 8K resolution. Even so, we’ll begin by deforming the region at lower subdivision levels and gradually move up to level 6 or 7 to add the finest details. It’s not advisable to go up to SDiv 8 or higher, since it won’t improve quality in CC and may negatively affect system performance.
We can also use Polypaint to add color variation to the wrinkles, which will create an incredible level of realism once the plugin automatically converts it into the Diffuse map inside CC. We’ll see an example of this later on.
Generic vs custom smile comparison on the Frog Alien: ZBrush Face Tools produces a more natural, anatomically fitted expression in CC5
Transferring Expressions Back to CC5
Once we’re satisfied with the sculpting of our expressions in ZBrush, it’s time to “bake” those details so they can work dynamically.
At the bottom of the ZBrush Face Tools panel, we click the Update to Character Creator button. This opens a control window where we decide exactly which information we want to synchronize.
Dialog Box Settings
Since we’re not going to modify anything on the base model, we’ll disable the options on the left and focus exclusively on the Expressions and Wrinkles section.
Expression Morphs: Inside the Expression and Wrinkle section, we make sure this option is enabled. This tells CC to update the mesh structure for the gestures we’ve just modified.
Wrinkle > Normal: Since we spent time sculpting deep wrinkles and fine details, we enable this option. The plugin will automatically convert the displacement from the high-subdivision mesh into normal maps for CC’s dynamic wrinkle system. For professional 4K or 8K results, it’s essential to have worked at SDiv 6 or 7.
Wrinkle > Diffuse: If we applied color using Polypaint to enhance the wrinkles, we enable this option to convert that work into diffuse (color) maps. However, we’ll look at this more specifically later.
In the latest version of ZBrush Face Tools, the Wrinkle > Displacement option has been added alongside Normal and Diffuse to provide an even higher level of detail. While normal maps simulate depth through lighting effects, the Displacement map captures the actual geometric information of the wrinkles sculpted at higher subdivision levels (SDiv 6 or 7) in ZBrush.
By enabling this option, the plugin processes the physical mesh changes and transfers them into Character Creator, ensuring that wrinkles don’t just appear deep through texture, but retain the exact volume and form of the sculpt.
Time-Saving Tip: A great workflow trick is to review the list of the 13 expressions and select only the ones we actually edited. This drastically reduces transfer time by preventing the system from processing unchanged data.
Finally, we’ll activate the subdivision level for which the maps will be generated, since different maps are created for each subdivision level. In our case, we’ll choose Level 2.
Final posed render of the amphibious alien — custom expressions and body language working together in Character Creator 5
Inspecting and Refining Expressions in CC5
Once the process from ZBrush is complete, we return to Character Creator for the final inspection:
In CC, the GoZBrush dialog box will appear automatically. We simply keep the default settings and click Update. This applies the geometry changes and connects the new texture maps to the expression system. To see our work in motion, we go to Modify > Motion Pose > Motion > Edit Facial. This is the main tool for checking that the transition between the neutral face and the expressions is smooth and natural.
Here, we have three different systems to control and bring our characters’ expressions to life:
Muscles: This is the most intuitive and visual system. It consists of a facial diagram where we can directly select different muscle regions and, by clicking and dragging with the mouse, deform the mesh in real time. It’s ideal for making quick adjustments and seeing how the dynamic wrinkles react organically.
Expressions: This system works like a preset library. It provides a series of ready-made expressions that we can apply as a starting point. It’s very useful for establishing a base emotion—such as happiness or sadness—before moving on to more refined adjustments.
Modify: This is the most technical and precise method. It offers ultra-precise control through a list of sliders that affect highly specific parts of the face. With them, we can exaggerate or soften particular movements, such as raising only the outer edge of an eyebrow or widening the eyelid opening beyond the standard range.
Troubleshooting: If you don’t see the wrinkles while moving the controls, don’t worry—just make sure the Activate Expression Wrinkles checkbox is still enabled in the wrinkle panel’s general settings.
CC5 Edit Facial controls: Muscle diagram, Expression preset library, and Modify sliders for precise facial tuning on the amphibian
With this, our character now has a completely professional and unique expression system.
The main differences between the generic version and the customized one lie in the level of authenticity and the control over our character’s specific anatomy. Although Character Creator’s generic rig gets us about 90% of the way there, customization is what truly makes the expression “fit” the design.
Generic vs custom smile comparison on the Frog Alien: ZBrush Face Tools produces a more natural, anatomically fitted expression in CC5
Generic expressions can sometimes feel “nervous” or artificial because they don’t take our character’s unique bone structure into account. By customizing them, we achieve gestures—such as smiles—that feel genuine and organic for that specific face.
With the generic rig, some sliders may also feel limited. For example, on a character like this one, the “raise eyebrows” slider at 100% might still not be enough; customization allows us to push those geometric limits much further.
Generic vs custom frown comparison on the Frog Alien: custom brow sculpt delivers deeper, more organic skin folds in CC5
We also notice a major difference in the positioning of the teeth, tongue, and eyes. In a generic “evil laugh” expression, the lower teeth might sit too far back or become misaligned. By customizing the facial profile, we can correct its exact placement so they look natural and believable.
While the generic system relies on standard wrinkle patterns, the customized version displays dynamic wrinkles that originate directly from the sculpting work we created in ZBrush, perfectly matching the skin folds we designed ourselves.
Generic vs custom frown comparison on the Frog Alien: custom brow sculpt delivers deeper, more organic skin folds in CC5Generic vs custom frown comparison on the Frog Alien: custom brow sculpt delivers deeper, more organic skin folds in CC5
Painting Character Moods with Expression-Triggered Polypaint
If we want to correct any of the expressions, we simply return to ZBrush to make adjustments. To do this, we press the Face Tools button and make sure to enable Relink, since we’ll be working on a model that already contains wrinkle information. In this case, I’m also going to experiment with color, so I make sure the Diffuse Map option is enabled before reconnecting to ZBrush through GoZ.
In ZBrush, we activate the Diffuse button in the panel, which loads the color information as a texture. We also make sure that MRGB is active, along with Colorize inside the Polypaint settings, so we can transfer the diffuse map information to the vertex colors.
I’m going to select the frown expression so that a symbol appears on the character’s forehead whenever the eyebrows are lowered. With the mask enabled—ensuring that we paint only within the limits of the expression—we begin painting the symbol. Once we’re satisfied with the result, we can see that the symbol only appears in that specific expression.
ZBrush Face Tools Relink workflow: painting an expression-triggered frown symbol on the amphibian using Polypaint and Diffuse Map
We then press Update to Character Creator, and in the transfer window, we’ll only ask it to update the Diffuse Map, sending only the expression we just modified.
Back in CC5, we can see how the symbol appears only when the character frowns, and it does so gradually depending on the intensity of the expression. This system could also be used to further emphasize wrinkles or give the skin different tones depending on the expression, for example.
Update to Character Creator dialog: transferring Wrinkle Diffuse for the Brows Drop expression at SubD 2 with CC5 wrinkle system enabled
Expressing through Postures
As character creators, I’d also like to talk a bit about the importance of the body when conveying an expression. Emotions don’t begin and end in the eyes or the mouth—they are a full-body response.
Before the viewer can even notice the pore detail or the wrinkles we created with Face Tools, their brain has already interpreted the character’s silhouette.
If the silhouette doesn’t tell the story from 10 meters away, then the facial detail we worked so hard to sculpt will lose 80% of its impact. The body sets the stage so the face can deliver the final message.
Once we’ve applied our custom expression, CC5 allows us to create the accompanying pose in a very fast and intuitive way.
That speed is what truly gives us creative freedom. Because the process is so direct, we can experiment with different poses until we feel that the body is truly “responding” to what the face is expressing. In this way, we achieve a seamless fusion between facial expression and body language, creating a professional and coherent result almost instantly.
I hope this Character Creator tool helps take your character designs one step further.
Thank you so much for joining me throughout this process, and I’ll see you very soon in the next project. Bye!
Summary
This ZBrush Face Tools workflow for CC5 demonstrates that custom expressions and dynamic wrinkles are accessible even for artists without deep rigging experience. The plugin manages the technical complexity — layer creation, mask boundaries, map baking, and wrinkle synchronization — while the artist focuses on sculpting and painting. Combined with CC5’s Muscles, Expressions, and Modify controls, the result is a character whose facial performance feels authentic to its unique anatomy rather than constrained by generic presets. The alien characters from this series are available on the Reallusion Content Store, and ZBrush Face Tools is currently 50% off.
Key Takeaways
Enable Activate Expression Wrinkles before launching Face Tools. This step is mandatory — without it, CC5 cannot manage the normal, displacement, and color maps generated for each expression.
Sculpt at SDiv 6 or 7 for the best quality-to-performance balance. Going to SDiv 8 or higher will not improve results in CC5 and may cause performance issues. The updated Face Tools support map generation up to 8K resolution at these levels.
Use displacement maps alongside normals for true geometric wrinkle depth. The new Wrinkle > Displacement option in Face Tools captures actual sculpted volume, not just surface lighting simulation — a significant upgrade from normal-only workflows.
Transfer only the expressions you edited to save time. Selectively updating modified expressions instead of all 13 prevents the system from processing unchanged data, drastically reducing round-trip time.
Start with professionally built characters to focus on expression work. The HD Alien Character Pack provides fully rigged creatures ready for expression customization, letting you jump straight into Face Tools.
ÓSCAR FERNÁNDEZ / DIGITAL SCULPTOR
Óscar Fernández is a freelance digital sculptor from Spain, specializing in creating figures for 3D printing. With deep expertise in ZBrush, he is known for crafting highly expressive characters that capture both personality and motion. His work stands out through the meticulous attention to facial expression, muscle definition, and dynamic posing, giving each sculpt a strong sense of tension and storytelling power.
Can CC5 create custom facial expressions without ZBrush?
Character Creator 5 includes a built-in expression editor with Muscles, Expressions presets, and Modify sliders that offer real-time facial control. However, for high-resolution wrinkle sculpting, custom expression morphs, and expression-triggered color effects, ZBrush Face Tools provides a level of artistic control that CC5’s native tools alone cannot match.
Can CC5 generate 8K dynamic wrinkle maps?
Yes. The latest version of ZBrush Face Tools supports map generation up to 8K resolution when working at subdivision level 6 or 7. This includes normal, diffuse, and the new displacement maps, all of which integrate directly into CC5’s dynamic wrinkle system.
Can CC5 trigger visual effects based on specific expressions?
Yes. Using the Polypaint technique demonstrated in this tutorial, you can paint color information — symbols, skin tone shifts, stylized wrinkle emphasis — that only appears when a specific expression is active. The effect scales dynamically with expression intensity, opening up creative possibilities for both realistic and stylized characters.
Does ZBrush Face Tools work with non-human characters?
Yes. The plugin works with any character built on a CC3+ base or later, regardless of how extreme the proportions are. The 13 core expressions and dynamic wrinkle system function on alien, fantasy, or stylized characters just as they do on realistic human faces — the custom sculpting simply adapts the expressions to fit the unique anatomy.
What version of Character Creator and ZBrush do I need?
This workflow requires Character Creator 5 and ZBrush with the Face Tools plugin installed. The displacement map feature and 8K map support are specific to the latest version of Face Tools. The plugin is currently 50% off.
Master 3D Character Creation & Animation for Games
The world of indie game development is booming, but bringing compelling characters to life with realistic animation often presents a significant hurdle. Many independent studios face constraints in budget, time, and dedicated art teams, making the creation of high-fidelity 3D characters and complex animation pipelines seem out of reach. Reallusion offers an accessible, powerful ecosystem designed to democratize AAA-quality game character production.
This guide explores how indie developers can leverage Character Creator 5 and iClone 8 to streamline 3D character creation and animation. We will delve into efficient workflows, from generating diverse NPC rosters and detailed facial sculpting to utilizing AI-powered motion capture and seamless integration with popular game engines like Unreal Engine and Unity. Discover how to overcome common development challenges and deliver visually stunning games without the need for extensive resources.
Reallusion’s integrated pipeline empowers creators to focus on artistic vision rather than technical complexities. By providing intuitive tools for every stage of character development, from initial concept to final in-game animation, the platform enables indie developers to achieve professional results efficiently. This comprehensive approach ensures that even small teams can produce high-quality character assets that enhance immersion and storytelling in their games.
Key Takeaways
Reallusion tools like Character Creator 5 and iClone 8 significantly reduce the time and cost associated with 3D character creation and animation for games.
ActorMIXER in Character Creator 5 enables rapid generation of diverse character rosters and detailed facial archetypes from a single base.
AI Video Mocap in iClone 8 allows indie developers to capture realistic motion from everyday video footage, transforming it into game-ready animations.
iClone provides robust motion editing tools to refine captured data, blend motions, and create convincing facial animation and lip-sync from audio.
Seamless integration with Unreal Engine and Unity, via Live Link and Auto Setup, ensures a smooth transfer of characters and animations.
Indie teams can achieve cinematic quality and fully voiced cutscenes without large animation departments or extensive outsourcing budgets.
What is 3D Character Creation and Animation for Game Development?
3D character creation and animation for game development involves designing, modeling, texturing, rigging, and animating virtual characters to inhabit interactive game worlds. This process encompasses everything from generating unique character designs and customizing their appearance to crafting realistic movements, expressions, and interactions that respond to player input and narrative events. It is a fundamental component of modern game design, directly impacting player immersion and storytelling.
The goal is to produce game-ready assets that are visually appealing, technically optimized for real-time performance, and capable of a wide range of expressive animations. This complex workflow traditionally required specialized skills and significant resources across multiple software applications. However, modern tools are making this more accessible for developers of all sizes.
Overcoming Indie Game Development Challenges
Indie game development often thrives on creativity and passion, but can be severely constrained by practical limitations. Crafting high-quality 3D characters and animations typically demands substantial time, budget, and a dedicated team of artists, which are luxuries not always available to independent developers. Reallusion’s ecosystem provides robust solutions to these common bottlenecks, empowering smaller teams to produce results comparable to larger studios.
“Without a large animation team, without outsourced character artists, and without AAA budgets, they still delivered a game featuring fully voiced cutscenes, dynamic camera systems, and high-quality characters using Character Creator, iClone, and Unity Auto Setup.”
Building unique, high-quality characters from scratch, complete with custom shape keys, full rigging, and animation, can quickly escalate costs. Outsourcing a single character might incur thousands of dollars, making it an unfeasible option for projects with multiple protagonists or a diverse cast of NPCs. The iterative nature of character design and animation also consumes vast amounts of development time, a precious resource for teams balancing full-time jobs.
Dragon Level StudioDragon Level Studio
Achieving Cinematic Quality with Limited Resources
For many indie developers, the dream is to create games with cinematic depth and fully voiced cutscenes, but without a large animation team, this can seem daunting. Integrating tools that streamline facial animation, lip-sync, and camera systems is crucial. Reallusion’s pipeline allows small teams to generate complex animation sequences and dialogue scenes efficiently, ensuring that narrative-driven games can achieve their artistic vision. This approach keeps control in the hands of the developers, reducing reliance on external services and mitigating financial risks.
“Creating a cinematic survival horror game is demanding under any circumstances. For indie developers working nights and weekends, it can feel almost impossible.”
Reallusion’s Character Creator 5 is at the heart of an efficient 3D character production pipeline, enabling developers to build highly detailed, fully rigged, and game-ready characters with unprecedented speed and flexibility. This platform addresses the need for diverse character rosters, precise customization, and efficient optimization, all within a single, artist-friendly environment. It transforms the complex process of character creation into a manageable workflow for teams of any size.
Building Diverse Character Rosters
Creating a vast array of NPCs or a customizable main hero often requires significant effort. Character Creator 5 streamlines this by allowing developers to generate a full roster of characters from a single base. This approach is ideal for populating open-world games, strategy titles, or any scenario requiring a large cast of unique individuals like Rendeo’s BattleSail game.
Rendeo – Game StudioRendeo Battlesails character roster made with CC.
“In the past, we used to take 12 people in one week to create one AAA game character design. With ActorMIXER Plugin for Character Creator, our AAA game characters production time was saved at least 5 to 10 times.”
Radim Bacik — CEO and Art Director | Rendeo | View Source
Detailed Facial Sculpting and Customization
Precision in facial features is paramount for conveying emotion and establishing character identity. Character Creator 5 offers nearly endless options for detailed facial creation, allowing adjustments from overall skull shape to specific features like lips, eyes, and nose. Developers can sculpt features precisely using the morph system and instantly preview them with animations. This integrated workflow eliminates the need for repeated exports to external sculpting software, accelerating the iteration process. Skin details, such as scars or dirt, can also be applied and refined directly within the software.
Character Creator 5’s ActorMIXER is a pivotal tool in Rendeo’s character creation workflow.
Using tools like Character Creator 5’s ActorMIXER, artists can rapidly produce variations in body shape, facial structure, and textures, maintaining a consistent style across diverse populations.
High-fidelity characters can be resource-intensive, but Character Creator 5 ensures they are game-ready. Developers can start with highly detailed models for close-ups and then convert them into lighter, optimized versions for crowds or background use without rebuilding. Features like “Optimize and Decimate” unify character elements and reduce polygon counts, maintaining visual quality while ensuring smooth real-time performance within game engines. This flexibility is crucial for balancing visual fidelity with performance requirements across different platforms.
José Antonio Tijerín– Game DeveloperJosé Antonio Tijerín– Game Developer
Efficient Animation Workflows for Games
Animation is often the most time-consuming aspect of game development, especially when aiming for believable, varied motions. Reallusion’s iClone 8 provides a powerful suite of tools that democratize animation, making advanced techniques like motion capture and detailed facial animation accessible to indie developers. Its integrated workflow allows for rapid iteration, refinement, and blending of motions, transforming raw performance into polished, game-ready sequences.
AI Video Motion Capture for Realistic Movement
Traditional motion capture is often expensive and requires specialized equipment, putting it out of reach for many indie teams. iClone 8 AI Video Mocap offers a lightweight, accessible alternative, allowing developers to capture realistic human motion from standard video footage, even recorded with a phone. This innovative solution turns everyday video into a versatile source of animation data for NPCs and main characters. It is designed for live performances, providing a strong base for natural human movement.
“The iClone Video Mocap workflow is so lightweight that motion capture stops being a tedious process and becomes a tool you can use anytime to generate NPC actions.”
José Antonio Tijerín – Digital Illustrator and 3D Sculptor | View Source
José Antonio Tijerín– Game DeveloperJosé Antonio Tijerín– Game Developer
Raw motion capture data often requires cleanup and refinement. iClone 8 provides comprehensive motion editing tools to address common issues like joint jitter, finger vibration, or unstable ground contact. Developers can quickly reduce unnecessary keys, stabilize posture, and refine timing to ensure motions loop cleanly and behave predictably in-game. For incomplete or imperfect captures, iClone allows for blending captured upper-body performance with compatible motions from its extensive library, including premium motions from ActorCore, to create coordinated and complete animations. The original video footage remains a crucial reference for maintaining accuracy in timing and interaction.
Rapid Facial Animation and Lip-Sync
Expressive facial animation and accurate lip-sync are vital for immersive character dialogue and emotional storytelling. iClone 8 simplifies this complex process with features like Face Puppet, which allows developers to quickly generate lip-sync data directly from recorded voice audio. This capability enables rapid prototyping and refinement of speaking animations within a single software environment. The ability to efficiently convert audio into phonemes and then fine-tune expressions saves considerable time and resources, making fully voiced cinematic cutscenes a practical reality for small teams.
The final stage of the character and animation pipeline involves seamlessly transferring assets into the chosen game engine. Reallusion’s tools are designed with robust integration in mind, ensuring that characters, materials, and animations move across platforms with minimal friction. This eliminates technical headaches and allows developers to focus on in-game implementation and polish.
Unreal Engine Pipeline
For developers using Unreal Engine, the handoff from iClone 8 and Character Creator 5 is highly optimized. The updated Live Link and Auto Setup workflows facilitate smooth transfers, ensuring that materials are prepared correctly and animations remain intact. Characters are ready to be dropped into playable scenes quickly, allowing for immediate testing and iteration within the Unreal Engine environment. This streamlined process is critical for accelerating development cycles and achieving AAA-quality visuals.
Unity Engine Integration
Similarly, Character Creator 5 and iClone 8 offer strong integration with Unity. For teams without a traditional artist background, Unity Auto Setup significantly simplifies shader configuration and hair material setup, which can often be a source of technical friction. What previously resulted in broken visuals now becomes predictable and production-ready. This dependable integration allows characters and animations to be exported and function correctly in Unity, ensuring that even small teams can achieve high visual fidelity without complex manual adjustments.
Realtime vs. Traditional 3D Pipelines: A Complete Comparison
Choosing the right pipeline for 3D character creation and animation is critical for game developers, especially for indie studios balancing quality, time, and budget. Traditional 3D pipelines often involve multiple software packages for modeling, sculpting, rigging, texturing, and animation.
Crafting compelling 3D characters for games traditionally involves a multi-stage process with various specialized tools, often leading to technical bottlenecks and increased costs. The Reallusion pipeline, centered around Character Creator 5 and iClone 8, offers an integrated alternative that prioritizes efficiency and accessibility. This comparison highlights the key differences and advantages.
Built-in LOD optimization tools in CC5 (Optimize and Decimate), automated polygon reduction, material consolidation.
Engine Integration
Complex manual export, shader setup, skeleton retargeting, material configuration in Unreal/Unity.
One-click export via Unreal Live Link and Unreal or Unity Auto Setup, automatic material and shader configuration, Blueprints integration.
Iteration Speed
Slow, round-trip workflow between different software, requiring re-export/re-import for changes.
Rapid, iterative workflow within CC5 and iClone 8; instant preview; one-click updates to game engine.
Accessibility
High barrier to entry; requires expertise in multiple software packages and years of artistic disciplines.
Accessible for indie developers and small teams; lowers artistic skill requirements; comprehensive workflow guidance.
Start Creating with Reallusion Today
Empower your game development journey by leveraging the advanced, yet accessible, tools offered by Reallusion. With Character Creator 5 and iClone 8, you can overcome the traditional hurdles of 3D character creation and animation for game development, achieving studio-level quality on an indie budget. Download your free trials today and unlock the full potential of your creative vision.
FAQs
How does Character Creator 5 help indie developers create diverse character rosters efficiently?
Character Creator 5, especially with the ActorMIXER plugin, allows developers to generate a wide range of character variations from a single base. Users can adjust body shapes, facial structures, and textures, maintaining style consistency while rapidly building diverse NPCs or evolving main characters for their games.
Can I use motion capture without expensive equipment as an indie developer?
Yes, with iClone 8’s AI Video Mocap. This feature allows you to capture realistic human motion from standard video footage, even recorded with a phone. It democratizes motion capture, making it a lightweight tool for generating custom animations without significant investment in specialized gear.
What is the benefit of iClone 8’s motion editing tools for game animation?
iClone 8‘s motion editing tools allow for comprehensive refinement of animation data, including captured motion. You can quickly reduce keys, stabilize posture, refine timing, and blend different motions to create polished, game-ready sequences. This ensures animations loop cleanly and behave predictably in your game environment.
How do Reallusion tools integrate with popular game engines like Unreal Engine and Unity?
Reallusion provides seamless integration with Unreal Engine via Live Link and Unity through Auto Setup. These workflows ensure that characters, materials, and animations transfer smoothly into your chosen game engine with minimal friction. This saves time on technical setup and allows for rapid iteration and testing.
For many beginning animators, the thought of using Unreal Engine is more than a bit scary, and it used to be for very good reason… it was difficult in its first incarnation. The problem for beginners was not so much using Unreal as most things were done with iClone via LiveLink, but setting up that link was a problem if you had little technical knowledge or skill with the engine and learning iClone at the same time.
Not so anymore with Reallusion’s latest free Unreal Auto Setup (All-in-One) installer. This new method installs everything needed, including LiveLink, to get our iClone to Unreal connection up and running.
New to Unreal Engine?
As a beginner learning how to link the two together to get a project running properly will open the door to you learning more about Unreal if that is one of your goals. This way, you can learn iClone and, in the process, get a grip on Unreal Engine basics to get closer to your goal of learning both apps.
With the New AutoSetup (All-in-One) installer, it has never been easier.
All-in-one Package Installation
We used to install what we needed from different locations, as Auto Setup was accessed via iClone, while LiveLink was installed via the Reallusion Hub application. This was simplified to a single downloadable package, which you can get access to from the Reallusion Hub. This consolidates everything you need to get LiveLink and the proper high-quality shaders via AutoSetup using one installation file.
The link in the Hub will take you to the All-in-One plugin page and a link to download a simple installer. Reallusion has already provided a great tutorial on the process, and the tutorial will follow below.
Relax… It’s easy, and the video below will start on that topic.
Manual Copying of the Content and Plugin Folders
This is confusing to a lot of first-time users, so you are in good company if you don’t understand the process. The installer package we just covered only installs the necessary files for AutoSetup and LiveLink. We still have to copy these files to Unreal Projects because they are project-dependent.
Your Unreal Project files will already have a content folder, so anything copied will be added to that folder. This manual copying, demonstrated in the tutorial below, will also create a Plugin folder with the LiveLink Plugin. This consolidates copy and paste functions we had to perform in the past, before the All-in-One installer was released. The video below starts at this topic.
FBX Export/Import
Exporting the file is the manual way to export and import your iClone characters, lights, or props. This is the original method before LiveLink was released and provides manual control over the export-import process. It has its pros and cons, like all things, and Reallusion gives us a choice of this or Transfer by LiveLink.
A plus of using the manual method is that you get an option to automatically create an Unreal Control Rig upon import to Unreal, so we don’t have to do this later in the process. This is not a big deal, as you can select the character, right-click, and run AutoSetup, and it will create the Control Rig. Please note that this Control is not necessary at the basic level of animation and can be considered an intermediate to advanced rig, so if it confuses you, just leave it alone until you have more time to learn why you may need it as your skills advance and improve.
This is demonstrated in the Reallusion tutorial that starts at that section:
Hooking up LiveLink
Now that the LiveLink plugin is installed, we need to activate it within iClone using the LiveLink panel, and we need to add it as a source to Unreal Engine and activate it. This is another very simple process.
The short video below shows how to bring up the LiveLink panel if it’s not visible and then the simple process of selecting LiveLink as a source, as demonstrated in the video.
Transfer by LiveLink
This has not changed, and once the link is established, it should operate as it has in the past. If you have never used LiveLink, you use the transfer tab in iClone to transfer select objects, and you use the Link tab to turn LiveLink control on or off on objects.
NOTE: Using LiveLink to transfer is easier for beginners, as there is no need to match the names of the transferred object or character in both applications. This method is basically selecting the object or character to be transferred in the LiveLink panel and clicking the transfer button. Multiple items can be selected and transferred at one time.
UE Control Rig
The iClone Unreal Engine Control Rig is a dedicated animation system developed by Reallusion to bring advanced character animation capabilities from iClone and Character Creator into Unreal Engine. This Control Rig enables users to animate both body and facial features with high precision, leveraging Unreal Engine’s native rigging and animation tools. It supports a wide range of character types, including realistic humans, stylized toons, and even non-human bipeds.
The system is designed to be compatible with Unreal’s MetaHuman framework, allowing for seamless integration and enhanced animation control. With the Control Rig, users can take advantage of features like full-body IK/FK switching, squash and stretch, twistable bones, and detailed facial morph sliders, all accessible directly within Unreal Engine’s animation environment. This makes it possible to refine and polish animations without needing to return to the original authoring tools.
Another key feature of the iClone Unreal Engine Control Rig is its focus on workflow efficiency and reusability. Animators can save and reuse facial and body poses, apply them to different characters, and make use of animation layer editing for both facial and body movements.
The Auto Setup tool further simplifies the process by automating shader assignments and skeleton mapping, ensuring that characters are ready for animation and motion retargeting as soon as they are imported into Unreal Engine.
Landmarks
Matching up the iClone and Unreal Engine 3D workspaces can be somewhat confusing, particularly if you are learning iClone and Unreal at the same time. I am going to show you the simple landmark method of “lining up” point A in iClone to point A in Unreal Engine.
This bears repeating. Landmarks are necessary to match your locations in both the iClone and Unreal 3D workspaces. This allows you to move and work in iClone and have it match the location in Unreal Engine. You don’t want to set a drink on a table in iClone only to find that drink floating in the air at a different location in Unreal.
For a beginner to get oriented, I recommend loading your character or prop into iClone normally. Go to Unreal Engine, select the landmark object, right-click, and choose transfer to iClone. This will transfer a simplified, untextured version of the selected object (prop) from Unreal to iClone. You can use as many landmarks as you need.
In iClone, select the character you loaded earlier, then link it to the landmark prop you just transferred. Since that prop is not on screen, you will have to use the Scene Manager to link the object. Open the selection box in the link section of iClone, select the Position radio button, and select OK.
This will position the character onto the transferred Unreal prop, after which you can then unlink the character and, with it still selected, hit the home button to take your view to the location. You now have locations matched in both apps. This is demonstrated in the video below.
Add any additional props you need to orient yourself in both workspaces, but you don’t have to load all of them if there are more than a few. You will soon work out your own method for this.
Check out the video below to see how to use Landmarks in iClone LiveLink:
iClone Origin
This is a useful tool for a lot of things, like placement of Actor Groups and matching locations from iClone to Unreal, but it generates a lot of confusion from beginners. This is why I focused on the landmark method first, and it’s also what I am accustomed to using.
It’s been my experience that beginners, having a lot to take in with LiveLink and Unreal in general, get caught up in the iClone Origin being more complicated than it is. Just add the origin to the Unreal project first. It’s basically a tool to line up the two 3D spaces by allowing us to move all our transferred iClone assets that are then parented under the iClone Origin point. This allows us to move everything we transferred from iClone to the proper location in Unreal using just the iClone Origin as the movement point instead of each asset.
To recap: iClone Origin works by defining a reference point for the characters, props, or groups you transfer from iClone with LiveLink into Unreal Engine. That reference point gives both iClone and Unreal a predictable place to measure from, which makes it easier to match positions between the two applications.
Watch the video below that briefly demonstrates how it works:
Summary
Reallusion’s Unreal Auto Setup (All-in-One) takes care of the technical aspects of getting Auto Setup and LiveLink installed with minimum intervention from the user. It takes a more complicated process and boils it down to a simple installation file instead of installing from the Hub and other places.
While Unreal Engine is not exactly beginner-level, it never hurts to start experimenting with it to gain the advantage of its fantastic rendering as soon as possible. You can learn iClone for animation and Unreal for production if that is what you are looking for. This method maintains extremely high, cinematic visual quality while keeping the animation process simple via iClone.
While the task of taking on Unreal Engine and iClone used to be a bit daunting, Reallusion simplified the process with this new all-in-one installer. Like most Reallusion applications, you can use as much or as little of all these tools as you need, but the sooner you can learn to install and hook up Auto Setup and LiveLink, the sooner you are on your way to improving your skillset even more.
The combination of iClone and Unreal Engine opens the door to new opportunities to tell your stories while getting the production value of a Pixar or DreamWorks studio on a budget. Besides… It’s free and so is Unreal Engine! What are you waiting for?
Digital Artist MD “Mike” McCallum, aka WarLord, is a longtime iClone user. Having authored free tutorials for iClone in its early years and selected to write the iClone Beginners Guide from Packt Publishing in 2011, he was fortunate enough to meet and exchange tricks and tips with users from all over the world and loves to share this information with other users. He has authored hundreds of articles on iClone and digital art in general while reviewing some of the most popular software and hardware in the world. He has been published in many of the leading 3D online and print magazines while staying true to his biggest passion, 3D animation. For more information, click here.
Humanoid characters are the single hardest production bottleneck for solo and small-team indie developers. Modeling an organic body is difficult enough — rigging it, animating it, and getting it into a game engine with shaders intact is where most projects stall or settle for stiff, lifeless results. For indie devs building 3D games in Unity, the question isn’t whether character animation matters — it’s whether a small team can pull it off without burning months on pipeline problems.
Thomas Brush, creator of the first-person horror shooter Twisted Tower, found his answer inCharacter Creator andiClone. After shipping two commercial 2D titles — Pinstripe and Neversong — Brush and his team made the leap to 3D development in Unity and needed a character animation pipeline that could support their ambitions without requiring a sprawling art department.
What he landed on was a workflow that takes characters from creation through full-scene animation and directly into Unity as real-time, interactive sequences — no pre-rendered cutscenes required.
Meet the Artist and the Project
Thomas Brush is the art director and project lead at Atmos Games, based near Atlanta, Georgia. He has spent over a decade making commercial indie games, starting with 2D titles Pinstripe and Neversong — both built in Unity and released across multiple platforms. His current project, Twisted Tower, is his first 3D game: a first-person horror shooter set in an abandoned 1950s resort filled with corrupted fairy-tale mascots, published by 3D Realms.
The jump from 2D to 3D introduced an entirely new layer of production complexity. Brush describes himself as someone whose core gifting is atmosphere and storytelling — the visual and emotional texture of a world. On Twisted Tower, he works closely with 3D artist Bryn, who handles character sculpting, while Brush directs the art and stays hands-on with animation. But 3D character animation — humanoid characters with faces, bodies, and clothing that need to move convincingly — demanded specialized tools regardless of how the work was divided.
The Character Creator to iClone to Unity Pipeline: Why Indie Devs Should Care
For indie developers building 3D games with humanoid characters, the central challenge is connecting character creation, animation, and engine integration without losing fidelity — or weeks — at each handoff. Here is the pipeline Brush used for Twisted Tower.
Stage 1 — Character Creator for Character Building
Start with a base model in Character Creator, then customize facial structure, gender, hair, skin color, and clothing to match the game’s art direction. Characters come out fully rigged automatically — no manual rigging required.
Stage 2 — iClone 8 for Animation and Scene Assembly
Bring the rigged character — including body, hand, and facial rigs — into iClone 8 to animate sequences. The team animated characters, cameras, and lights, and assembled full scenes with environment assets for apartments and exteriors.
Stage 3 — Unity via Auto Setup and Data Link
Export animated scenes from iClone 8 into Unity usingUnity Auto Setup and Data Link. The entire scene — meshes, animations, cameras, lights — arrives in Unity as a real-time, interactive sequence rather than a pre-rendered cutscene.
Brush’s core insight: this pipeline doesn’t just save time on individual tasks — it eliminates the gap between cinematic content creation and real-time gameplay. “We don’t have to have a pre-rendered cutscene,” he explains. “We can actually have a full sequence that we can interact with inside of Unity.”
Character Creator: Solving the Hardest Problem in Indie 3D Development
For indie developers, humanoid characters represent a unique production trap. Unlike hard-surface props or environments, organic characters require correct anatomy, deformable skin, a functional skeleton, weighted vertices, and — if the face needs to express anything — a facial rig with blendshapes. Each of these is a specialized discipline. In a large studio, different artists handle each stage. On a small team, one or two people have to handle all of them.
Brush frames the problem simply: “Humanoid organic models, they’re tough.” Character Creator addresses this by providing a base human model that can be extensively customized — facial structure, body proportions, hair, skin, clothing — while handling the rigging automatically behind the scenes.
Customization Without Starting from Zero
The key value Brush highlights is the ability to start from a production-ready base rather than a blank viewport. “If you want to take a base model that you can get from Character Creator, tweak the facial structure, change the gender, or the hair or the skin color and the clothing, you can do that and bring it directly into your game.” For a small team whose core strengths lie in art direction and storytelling rather than technical character rigging, this means creative energy goes toward the decisions that define a game’s identity — how characters look and feel — rather than the infrastructure that makes them functional.
Automatic Rigging: The Silent Time Saver
Brush emphasizes that Character Creator characters arrive “fully automatically rigged.” This includes body, hand, and facial rigs — the full skeleton a character needs for both gameplay animation and cinematic performance. For small teams without a dedicated rigger, automatic rigging removes what is often the single most technically demanding step in the character pipeline.
iClone 8: Where Characters Come to Life
Full-Scene Animation, Not Just Character Motion
What sets iClone 8 apart in Brush’s workflow is that it functions as a full scene-assembly and animation environment — not just a character animation tool. For Twisted Tower, the team didn’t limit themselves to animating individual character actions. They built entire cinematic sequences : characters performing, cameras tracking, lights shifting, and environment assets placed for apartments and exterior scenes.
“I animated my characters, I animated the cameras and the lights, and brought in various assets for the apartment or the exteriors,” Brush says. This is a fundamentally different approach from assembling animation clips in a game engine’s timeline editor. By building the full cinematic vision in iClone 8 first, Brush could direct performances and camera work with creative intent before dealing with engine constraints.
From Rendered Cutscenes to Real-Time Sequences
The traditional indie approach to in-game cinematics is to pre-render them — export a video file and play it back during gameplay. It works, but it creates a visual disconnect between cutscenes and real-time gameplay, and the files are large and inflexible.
Brush’s workflow flips this. Instead of rendering and exporting video, he takes the full iClone 8 scene — characters, animations, cameras, lights — and imports it into Unity as a real-time scene. “Not only can we export and render out these sequences, we can also take these scenes and actually just save them and import them into Unity,” he explains. The result is cinematic content that lives inside the game engine, rendered in real time, and — crucially — content the player can interact with.
Unity Auto Setup and Data Link: The Bridge That Doesn’t Break
One-Click Scene Transfer
The practical value of Brush’s pipeline depends on the handoff between iClone 8 and Unity being reliable. This is whereUnity Auto Setup and Data Link come in. Auto Setup handles shader assignment, characterization, and material configuration automatically when Character Creator and iClone assets arrive in Unity. Data Link goes a step further: it creates a live connection between iClone 8 and Unity, allowing entire scenes to be streamed across.
Brush describes the experience with visible enthusiasm: “I could take an entire scene like this and simply just link it up to Unity. I mean, that’s pretty cool.” For a developer managing art, code, gameplay, and cinematics simultaneously, reducing the export-import cycle to a single link eliminates one of the most friction-heavy steps in 3D production.
Real-Time Meshes and Animations Directly in Unity
The end result is that characters, their animations, camera paths, and lighting setups arrive in Unity as native, real-time assets — not baked video files. This means the developer retains full control: animations can be triggered by gameplay events, cameras can respond to player input, and characters can transition between cinematic performance and interactive gameplay without a jarring cut to pre-rendered footage.
What This Pipeline Means for Solo and Small-Team Game Development
The indie game market on Steam is enormous and growing — and the bar for visual quality in 3D games rises every year. Players comparing indie 3D titles against AAA productions may forgive simpler environments, but stiff, poorly animated characters break immersion instantly. Character animation quality is increasingly a gating factor for whether a 3D indie game gets wishlisted or passed over.
What Brush’s pipeline demonstrates is that a small team can produce character-driven cinematic content that would traditionally require a character artist, a rigger, an animator, and a technical artist to get into the engine. Character Creator collapses character creation and rigging into one tool. iClone 8 handles animation and scene direction. Auto Setup and Data Link handle the engine handoff. The creative bottleneck shifts from “can we get a rigged, animated character into Unity?” to “what story do we want to tell with this character?” — which is exactly where an indie developer’s energy should go.
“It’s been a godsend for Twisted Tower,” Brush says.
Look Ahead
Thomas Brush has been developing Twisted Tower for over three years, and the game’s demo launched on Steam in early 2025 to strong community interest. The game is published by 3D Realms and targets a full release on Steam and consoles. Brush and his team continue to use the Character Creator and iClone pipeline as the foundation for their character and cinematic production — a workflow they adopted specifically because of the 2D-to-3D transition and one they now consider essential to the project.
Key Takeaways for Indie Game Developers
Don’t rig humanoid characters manually if you don’t have to. Character Creator’s automatic rigging — body, hands, and face — removes the most technically demanding step for small teams without a dedicated rigger.
Customize characters at the art-direction level, not the infrastructure level. Start from a production-ready base and spend your time on the creative decisions — face shape, clothing, skin — that define your game’s identity.
Animate full scenes, not just individual clips. iClone 8 lets you direct characters, cameras, and lights together as a cinematic sequence, which produces more cohesive results than assembling clips in an engine timeline.
Eliminate pre-rendered cutscenes. Importing iClone scenes into Unity as real-time assets preserves visual consistency between cinematics and gameplay — and gives you interactive control.
Use Auto Setup and Data Link to protect your iteration speed. The handoff between animation tool and game engine is where indie pipelines often break down. A one-click transfer keeps the pipeline alive during revisions.
Invest your energy in your strongest creative skill. Brush’s core insight applies beyond tools: find what you’re most gifted at — storytelling, music, code — and let purpose-built tools handle the rest.
Thomas Brush
Thomas Brush is the art director and founder of Atmos Games, based near Atlanta, Georgia. Over more than a decade of commercial game development, he has shipped three titles — Pinstripe, Neversong, and the upcoming Twisted Tower — progressing from 2D development to leading a small team on an ambitious 3D first-person shooter published by 3D Realms. On Twisted Tower, he works alongside 3D artist Bryn, who handles character sculpting, while Brush directs the art and stays hands-on with the animation pipeline.
Brush is also known for his game development education content, running the Full Time Game Dev course and a YouTube channel with over 345,000 subscribers. His creative philosophy centers on atmosphere and storytelling: “My gifting is creating atmospheres and stories and worlds.”
FAQs
Why use Character Creator for humanoid characters instead of modeling them from scratch?
Humanoid characters are uniquely demanding because they require correct anatomy, deformable skin, a functional skeleton with weighted vertices, and — if the face needs to express anything — a facial rig with blendshapes. Each of these is a specialized discipline that large studios distribute across multiple artists. As Thomas Brush puts it: “Humanoid organic models, they’re tough.” Character Creator solves this by providing a production-ready base model with extensive customization — facial structure, body proportions, hair, skin, clothing — while handling rigging automatically behind the scenes. For small teams, this means creative energy goes toward art direction decisions rather than technical infrastructure that has nothing to do with the game’s identity.
Why are Character Creator and iClone a good fit for indie game developers specifically?
The core problem for indie teams isn’t a lack of talent — it’s that the traditional character pipeline spreads across too many specialized tools and disciplines for a small team to manage efficiently. Character Creator collapses character creation and rigging into one tool, eliminating the need for a dedicated rigger. iClone goes beyond clip-based animation — it functions as a full scene-assembly environment where characters, cameras, lights, and props can be directed together as cinematic sequences. Together, they shift the bottleneck from “can we get a rigged, animated character into the engine?” to “what story do we want to tell?” — which is where a small team’s energy should go. The suite is also available through Reallusion 3D Suite 365 at $50/month, keeping the cost manageable for indie budgets.
How do I bring Character Creator and iClone content into Unity?
Reallusion provides Unity Auto Setup, a free plugin that automates shader assignment, characterization, and material configuration when Character Creator and iClone assets arrive in Unity. For a deeper integration, Data Link creates a live connection between iClone 8 and Unity — allowing entire scenes, including characters, animations, cameras, and lights, to be streamed across with a single click. The result is real-time meshes and animations directly in Unity, not pre-rendered video files, so cinematic content stays interactive and visually consistent with gameplay.
Does this workflow work with Unreal Engine or Godot, or only Unity?
Character Creator and iClone support pipelines for Unity, Unreal Engine, and Blender. Reallusion provides dedicated Auto Setup tools for each engine, includingUnreal Auto Setup andBlender Auto Setup.
