OMNIA Cinematic Edition | Optimized for Blender 4+ Cycles

Fully rigged realistic arms built for cinematic production, stills, and detailed animation in Blender’s Cycles.
Built with the OMNIA System.

Realistic male arms dressed in a traditional Santa Claus outfit, featuring soft red fabric with subtle wrinkles and white fur cuffs.
Natural skin tone on the hands with short, clean nails and mild surface detailing for a believable festive look.

• Multiresolution modifier with 3 levels of sculpt detail
• Clean quad-based mesh, no n-gons
• Well-organized UVs for precise bake and texture management
• 9,030 Vertices / 17,762 Triangles (Base Mesh)
• 528,360 Vertices / 1,055,120 Triangles (Multires Mesh)

• Fine details baked into 8K displacement and normal maps
• PBR textures in 4K: Albedo, Roughness, etc.
• Optimized for realistic lighting and physically-accurate shading

• Advanced IK/FK rig for arms and partial torso
• Bone-driven shape key corrections for smooth deformation
• Organized bone layers and constraints to avoid distortion
• Fully compatible with AXIS Core Addon

• Integrated retarget engine compatible with Mixamo, ActorCore, Unreal, HumanIK, and DAZ Genesis 9/8/3
• Pose & Animation Library with viewport thumbnail previews
• Quick Load & Bake tool for automatic FBX/GLTF retargeting
• Advanced Pose Tools for resetting, mirroring, and managing IK/FK transitions directly within the rig

Buy here:
https://www.artstation.com/a/51211534

• Full particle setup for realistic arm hair
• Editable hair materials optimized for Cycles

• Physically-based materials using Principled BSDF
• Fully editable grouped node networks for fine tuning
• Material zones include arms and nails

• .blend file with all rigs, materials, and configurations
• textures.zip containing textures
• AXIS_Panel.py — Backup copy of the bone-layer panel integrated directly into the scene

Full guide and workflow overview:
https://sites.google.com/view/a-solano/documentation

This model is exclusive to the Cinematic Edition.
No Real-Time or Customizable versions are planned for release.

Due to the high particle density in the fur cuffs, close-up renders may take longer to process depending on your hardware performance.