Cheeseburger 3D Model Low-poly 3D model

Detailed DescriptionModel: Cheeseburger 3D Model

Media Type: This asset is presented as a digital 3D model, meticulously designed to depict a realistic cheeseburger. It serves as a high-fidelity representation suitable for various digital and interactive applications.

Geometry: The model’s geometry is composed of a combination of quads and triangles, creating a highly detailed and optimized structure. This hybrid approach ensures both smooth surface transitions and a high level of detail while maintaining performance efficiency.

Polygons: 36,766Vertices: 37,405Textures: High-resolution textures are meticulously applied to the model to enhance its visual detail and realism. These textures capture the intricate details of the cheeseburger, including the bun's texture, the melted cheese, the juicy patty, fresh lettuce, tomato slices, and condiments. The texturing work adds depth and authenticity, making the model visually appealing and lifelike.

Materials: A variety of materials are utilized to define the surface properties of different components of the cheeseburger. These materials accurately simulate the diverse textures and finishes of the ingredients, such as the softness and grain of the bun, the smoothness and sheen of the cheese, the moistness of the patty, and the crispness of the lettuce and tomatoes. This diverse material usage enhances the overall realism of the model.

Rigging: The Cheeseburger 3D Model is not rigged. It lacks an internal skeletal structure, meaning it is a static model. As such, it is not designed for direct posing or animation without additional rigging.

Animation: This model does not include any pre-defined animations. It is intended for use as a static representation, suitable for scenarios where a non-animated, realistic cheeseburger model is required.

UV Mapping: The model features UV mapping, a technique that ensures 2D textures are correctly aligned with the 3D geometry. This technique allows textures to wrap naturally around the complex surfaces of the cheeseburger components, maintaining consistency and enhancing visual appeal.

Uses: The Cheeseburger 3D Model is highly versatile and can be used across a range of applications, including but not limited to:

Game Development: As a detailed and realistic asset for food-related scenes, restaurant simulations, or interactive environments requiring high-quality food models.Visual Effects: For integration into films, commercials, or visual media where realistic depictions of food are needed for scenes or special effects.Virtual Reality (VR) and Augmented Reality (AR): As part of immersive environments in culinary applications, virtual dining experiences, or interactive food displays.Advertising: In digital advertisements, product showcases, or marketing materials where a realistic representation of a cheeseburger can enhance visual impact and appeal.Educational Software: As a visual aid in culinary training, nutrition education, or virtual cooking classes, providing a detailed and accurate depiction of a cheeseburger.3D Printing: Depending on the level of detail and printer capabilities, it can be used to create realistic physical models for display or educational purposes.