Animated Sumatran Tiger 3D Model - Hair and Fur | Advanced

Animated Sumatran Tiger 3D Model with Hair and Fur

This fully rigged and animated Sumatran tiger 3D model is a production-grade asset for film, VFX, and close-up rendering. The coat is groomed with the native 3ds Max Hair and Fur modifier — no third-party plug-ins — and 8K textures hold up under extreme close-ups. It ships with walk and run cycles plus a deep library of poses and expressions. Final images rendered with Arnold.

Rigging and Animation

Rigged with the 3ds Max CAT system, with full FK and IK control.

• Walk and run cycles, with motion paths and ground layers included for scene integration.
• Absolute poses: Default, Aggressive, Standing, Defence, Sitting, Rest, Looking Side, and Jump.
• Adjustment layers: Head Up, Run Adjustment, Mouth Closed, Roar, Angry, Eyes Closed, Head Shake, and Head Look Side.
• Layered structure built for fast customisation — stack and blend layers rather than rebuilding animation.

Hair and Fur

• Groomed with the native 3ds Max Hair and Fur modifier — offline rendering in 3ds Max and Arnold, no plug-ins required.
• Six dedicated growth objects for precise fur distribution, isolated on their own layer so you can toggle fur off while animating.
• Hair guides exported per region, so you can adjust or restore the groom at any point.
• The base mesh, textures, and rig export to FBX for engine use — the Hair and Fur groom itself is render-only.

Textures (8K)

• Body: 8K diffuse and bump; 4K specular.
• Hair: 8K diffuse.
• Mouth: 4K diffuse and bump; 1K normal.
• Eyes: 1K diffuse, specular, and cover maps.
• Specular/gloss workflow; all materials applied and mapped.

What's Included

• Body, mouth, and eyes modelled separately for easy material assignment.
• Subdivision-ready quad mesh — TurboSmooth for extreme close-ups.
• Anatomically accurate Sumatran tiger proportions at real-world scale.
• Logically named and grouped objects; no cleanup on import.

Suitable for film, VFX, cinematics, character animation, and high-end close-up rendering.