Grey Tabby Cat with Rigging and Animation 3D model

This is a high-resolution, fully rigged 3D model of a Grey Tabby Cat, designed for professional use in animation, games, VFX, and cinematic rendering. Built in Blender and rendered with Cycles, the model includes 4K UDIM textures, realistic fur, a detailed oral cavity, and loopable animations. Designed at real-world scale, this model is ideal for close-ups, character interaction, or stylized visual storytelling.

The model is composed of 17 distinct objects, structured for realism and clean rigging:

• Body
• Eyes (sclera, iris)
• Eyelids
• Lacrimal glands
• Oral cavity (tongue, teeth, upper/lower mouth)
• Forepaws and hind paws (separated for rig control)

All textures are high-resolution PNGs using the UDIM format, with separated maps for skin and fur to allow maximum control in shading and grooming.

Oral Cavity (4096 × 4096):

• 3 texture maps

Eyes (2048 × 2048):

• 3 texture maps

Body Skin (4096 × 4096):

• 2 SSS maps
• 2 Specular maps
• 2 Normal maps
• 2 Base Color maps

Body Hair (4096 × 4096):

• 2 Hair Masks
• 2 Hair Base Color maps

The cat is equipped with an advanced, flexible rigging system that includes:

• Full-body rig with root and gravity controls
• IK/FK switching for front and hind limbs with stretch limit attributes
• Tail and spine controllers with follow options
• Custom toe and neck controls for natural movement
• Detailed facial rig with expression controls and UI panel for fast posing

The rig is optimized for both keyframe animation and motion capture workflows.

• Loopable walk cycle
• Loopable trot cycle
• Loopable run cycle

All animations are clean and can be used in both real-time engines and pre-rendered pipelines.

• Built in meter units, accurately scaled
• Fur system hidden in the viewport for performance; enabled for rendering
• Out-of-the-box render-ready—no additional setup required

Project Format:

• Created in Blender
• Rendered with Cycles
• Fully compatible with Blender’s native tools and modifiers

Use Cases: Ideal for use in animated films, cinematic trailers, educational simulations, AR/VR experiences, real-time engines, or high-end still renders where realistic animal behavior is needed.