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XR character production
Hair and clothing that hold up in immersive scenes
In XR, hair and clothing do more than finish a character. They help sell presence, scale and motion when the audience can look around a scene, move through it and interact with it. Mimic Productions builds 3D hair simulation and 3D cloth simulation for characters, avatars and digital doubles that need to work in virtual reality, augmented reality and mixed reality settings.
Our Berlin studio develops hair and clothing with the requirements of immersive production in mind. That means balancing natural motion with platform limits, whether the final use is a headset experience, mobile AR, a web-based activation or a real-time character pipeline. We can work with full simulation when the shot needs dynamic movement, or guide projects toward bone-driven hair and rigged cloth when performance, load times or engine constraints matter more.
Production challenges
Common XR production pressures
Immersive projects often need character realism without overshooting technical limits. These are the issues we help teams resolve.
01
Performance budgets
XR scenes often need hair and cloth that stay convincing while still running well in real time, especially on headsets and mobile devices.
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Pipeline fit
Teams may need simulation output that works cleanly with Unreal, Unity or another real-time setup, without adding unnecessary rework.
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Motion consistency
Interactive camera movement can expose stiff hair, drifting garments or rigging issues, so character assets need stable behaviour from every angle.
What your team gets
What this adds to an XR build
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Natural movement
Hair and garments are built to respond believably to motion, gravity and scene behaviour.
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Real-time readiness
Assets can be planned for immersive environments where efficiency matters as much as realism.
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Flexible approaches
Choose between full simulation, bone-driven systems or rigged solutions according to the project need.
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Cleaner handoff
We keep delivery focused on practical production use, so character teams can move assets into the next stage with fewer surprises.
Capabilities and deliverables
Relevant production methods
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- Full 3D hair simulation
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- Bone-driven hair for real-time use
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- Non-dynamic hair and rigged skin binding
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- Full 3D cloth simulation
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- Rigged cloth weighted to the animation rig
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- Real-time optimisation for XR engines
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- Character and avatar outfit updates
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- Digital double and avatar pipeline support
Production approach
Built for immersive character work
Hair and cloth in XR need to do two jobs at once.
Mimic also supports the wider character pipeline around these assets. If your avatar is being customised with new outfits, hairstyles or body types, we can help keep the look coherent across the full build. The result is hair and cloth that feel believable in motion, while still being practical for XR production and deployment.
Explore our Digital Hair and Clothing services and XR production.
Related production services: 3D Modeling for XR · 3D Animation for XR · Digital Hair and Clothing for Holograms.
How we work
How we usually structure the work
01
Assess the target use
We start by looking at the intended XR format, the character style and the level of motion realism required.
02
Choose the right system
Hair and cloth are set up using the method that best fits the budget, platform and visual goal, from dynamic simulation to rigged alternatives.
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Prepare for real-time delivery
Assets are shaped with performance and engine compatibility in mind so they can be used in immersive environments without unnecessary overhead.
04
Support the handoff
We deliver production-ready character elements that your team can integrate into the wider XR build, animation or avatar workflow.
Frequently asked questions
Questions teams often ask
Q.1 Do you always use full simulation for hair and cloth?
No. Full simulation is useful when motion detail is important, but it is not always the best fit for XR. Depending on the project, we may recommend bone-driven hair, non-dynamic hair, or rigged cloth so the character remains efficient and stable in real-time environments.
Q.2 Can you help with both hair and clothing on the same character?
Yes. We work on both elements as part of the character pipeline, which is often the most practical approach for avatars and digital doubles. That helps keep the overall look coherent and avoids separate teams making conflicting decisions about motion, scale or performance.
Q.3 Is this only for photoreal characters?
No. The same production thinking can support stylised or realistic characters. What changes is the level of detail and the simulation method. A stylised avatar may need controlled, efficient motion, while a photoreal digital human may need more detailed fabric or strand behaviour.
Q.4 Can this be used in Unreal or Unity projects?
Yes. We offer real-time hair and clothing approaches for Unreal Engine and Unity. The correct setup depends on the character, its movement and the target device. Share engine and performance requirements before production so simulation or rigged movement can be selected for the experience.
Q.5 What do you need to quote 3D hair and cloth work for VR and AR?
Send hair and garment references, the character rig and representative movements, together with the deadline and any existing assets. Name the headset or device, engine and interaction requirements so the asset budget reflects the actual deployment. The work involved depends on groom and garment complexity, movement, simulation requirements and runtime limits. Confirm the deliverables and review stages in the proposal so the quote covers the work your team actually needs.
Q.6 Do you also handle the wider avatar build?
Mimic XR describes a full character pipeline that can include sculpting, rigging, optimisation and avatar customisation. Hair and cloth can therefore be planned as part of a broader character workflow rather than treated as isolated finishing tasks.
Frequently asked questions
Questions teams often ask
For VR and AR, 3D hair and cloth work scope depends on groom and garment complexity, movement, simulation requirements and runtime limits. Send hair and garment references, the character rig and representative movements. Name the headset or device, engine and interaction requirements so the asset budget reflects the actual deployment.