Black Panther 3D Model with Realistic Furby PROmax3D
Black Panther 3D Model with Realistic Fur
Enhance your rendering projects with this highly detailed and realistic Black Panther 3D model. Designed for professional animation, VFX, and game development, this black leopard 3D model features a meticulously groomed fur system for ultra-realistic results. Fully textured and detailed, it is suitable for close-up renders, offering exceptional quality and accuracy. The model includes 8K textures and was originally created in 3ds Max 2022. Final renders were produced using the Arnold renderer.
Texture Formats & Resolutions:
This model comes with high-resolution textures, ensuring maximum realism. The texture maps include:
- Black_Panther_Diffuse (8192x8192)
- Black_Panther_Body_Fur_Color (8192x8192)
- Black_Panther_Displacement_Map (2048x2048)
- Black_Panther_Gloss (4096x4096)
- Black_Panther_Specular (4096x4096)
- Black_Panther_Normal_Map (2048x2048)
- Black_Panther_Ambient_Occlusion (2048x2048)
- Black_Panther_Normal_Displacement (2048x2048)
- Black_Panther_Vector_Displacement_vdm
- Black_Panther_Mouth_Diffuse (2048x2048)
- Black_Panther_Eyes_Diffuse (1024x1024)
Key Features:
- Highly detailed polygonal model with accurate scaling and proportions.
- Separate geometry for body, teeth, and eyes for precise customization.
- Optimized topology for efficient rendering and animation.
- Model is fully textured with all materials included and mapped.
- 8K texture support for ultra-realistic rendering.
- TurboSmooth-compatible for adjustable mesh resolution.
- Objects are logically named and grouped for easy selection.
- No cleaning required—simply drop the model into your scene and start rendering.
- No special plugins are needed to open the scene.
- Compatible with various rendering engines, including Arnold.
- Display unit scale is set to Metric (Meters) for accurate representation.
Hair & Fur System:
The model features realistic fur created using the native Hair & Fur modifier in 3ds Max, ensuring a lifelike appearance with optimized performance.