Porta-malas Low-poly Modelo 3D

Descrição

Description:

Bring a touch of natural realism to your digital projects with our beautifully crafted trunk 3D model. Designed with precision in Blender and textured with care in Substance Painter, this model is a perfect blend of artistic detail and practical efficiency. The use of a high poly mask in the texturing process ensures that every knot, grain, and texture of the wood is captured with lifelike accuracy. Ideal for game developers, animators, or interior designers looking to add a realistic and rustic element to their environments.

Features:

High Poly Mask Texturing: The trunk features textures derived from a high poly mask, allowing for intricate details and realistic wood patterns. This approach brings out the nuances of natural wood with incredible fidelity.

4K Resolution Textures: Enhanced with 4K resolution textures, the model boasts sharp and clear details, ensuring that the trunk looks stunning up close and from a distance.

True-to-Life Design: Inspired by real-world trunks, the model captures the unique characteristics of wood, including natural variations and imperfections, making it highly realistic and authentic.

Optimized for Performance: While the model boasts high-detail textures, it maintains an optimized polygon count, ensuring it's suitable for real-time applications such as gaming and VR.

Fully UV Unwrapped: Careful UV unwrapping guarantees that the textures fit seamlessly on the model, enhancing its visual appeal without any stretching or distortion.

Versatile Application: This trunk model is versatile enough for various settings, from outdoor environments in games to detailed interior design scenes and animation projects.

Ready for Integration: Prepared for immediate use, the model is compatible with major game engines and rendering software, saving you time in your creative process.

Multiple File Formats: Available in .blend, .obj, .fbx, and .dae formats for easy integration into a wide range of 3D software and platforms. Pronto para impressão: Não