This product includes an animated and rigged wildlife python snake model prepared for Blender. The asset is designed for wildlife scenes, reptile environments, cinematic sequences, educational projects, games, simulations, documentaries, and realistic animal renders.

After downloading the product, open the included Blender file and append or link the model into your project if needed. The python snake can be placed directly into a scene, adjusted, animated, posed, and rendered in Blender.

The model is jointed, rigged, and animated, allowing it to be used for realistic reptile motion and behavioral scenes. This version is built for animation-driven projects and is suitable for action-focused snake shots, wildlife scenes, and cinematic use.

Included animation:
Strike — a snake attack animation designed for natural motion and behavioral variety. It is suitable for cinematic scenes, games, and simulation environments.

Technical animation details: the animation runs at 30 FPS and is created with realistic timing and secondary motion. It is suitable for both real-time and cinematic use.

Technical model details: the model contains 4,498 polygons and 4,533 vertices. The geometry is polygonal quads/tris. UVs are unwrapped and non-overlapping. The product includes 5 PNG textures at 4096x4096 resolution. The approximate dimensions are 93 x 160 x 10.1 cm.

The model includes realistic materials and textures suitable for a natural python snake appearance, including reptile skin pattern, body surface details, and anatomical form. You can edit the materials, lighting, render settings, and scene composition depending on your project style.

This is a digital 3D model only. It is not a physical product. Please make sure you have a compatible version of Blender before purchasing and check the product files for the exact included formats.

Recommended uses include wildlife documentaries, predator scenes, reptile animations, cinematic sequences, simulation projects, games, educational content, nature renders, and realistic snake visualizations.