Sofa Low-poly 3D Model

Sofa 3D Model max, max, Van BRWpro

Detailed Description of the 3D Model: Sofa
Model Overview:
This 3D model represents a meticulously crafted sofa, designed to provide both aesthetic appeal and functional versatility for various digital applications.

Media Type:
The sofa is available as a digital asset in the form of a 3D model, suitable for integration into a wide range of digital projects such as interior design visualizations, virtual staging, games, and architectural renderings.

Geometry:
The sofa model features a geometry composed of a combination of quads and triangles. This hybrid topology ensures a high level of detail while maintaining an efficient polygon count for smooth performance across different platforms.

Polygons:
The model consists of 4554 polygons. This optimized polygon count is designed to provide a detailed and realistic representation of the sofa while ensuring efficient rendering performance, making it ideal for real-time applications and high-quality visualizations.

Vertices:
The model includes 9080 vertices, which define the shape and structure of the sofa. The high vertex count allows for a detailed and smooth surface, capturing the intricate details of the sofa's design.

Textures:
High-resolution textures are applied to the sofa model to enhance its visual detail and realism. These textures accurately represent various materials such as fabric, leather, and wood, contributing to the model's lifelike appearance.

Materials:
Various materials have been utilized to define the surface properties of the sofa. These materials include properties such as reflectivity, glossiness, and texture patterns, which help in achieving a realistic and high-quality appearance under different lighting conditions.

Rigging:
The sofa model is not rigged. It is a static model, designed primarily for visual representation rather than animation.

Animation:
The sofa model is not animated. It is intended for use in static scenes where detailed and realistic furniture representation is required.

UV Mapping:
UV mapping has been meticulously employed to ensure that the textures are correctly applied to the model's geometry. This technique prevents texture distortion and ensures that the details are accurately represented on the sofa's surface, enhancing its overall appearance.

Applications:
The detailed and high-quality sofa model is versatile and can be used in various digital content creation fields, including but not limited to:

Interior Design Visualization: Enhancing design presentations with realistic furniture models.
Virtual Staging: Providing a realistic representation of furniture in virtual environments.
Architectural Renderings: Adding detailed and attractive furniture to architectural visualizations.
Video Games: Serving as a detailed static prop in game environments to enhance realism.
Film and Animation: Contributing to high-quality set design and background elements in visual productions.
This professionally detailed 3D model of a sofa is crafted to meet high standards of visual quality and versatility, making it a valuable asset for any digital project requiring realistic furniture representation. Afdruk Gereed: Nee