Pop Ice 3D Model Low-poly 3D model

Model Type: Pop Ice Media Type: Digital Asset - 3D Model Geometry: The model’s geometry is constructed using a combination of quads and triangles. This dual approach ensures a detailed representation while maintaining computational efficiency. Polygon Count: 1,122 polygons Vertex Count: 1,104 vertices Textures and Materials:

Textures: High-quality textures are applied to enhance visual detail and realism. These textures accurately depict the surface characteristics of the Pop Ice, including the translucency and color variations typical of frozen treats. Materials: Various materials have been utilized to define the surface properties, simulating the appearance of the icy surface, the plastic wrapper, and any condensation, contributing to the model's overall authenticity. Animation and Rigging:

Rigged: The model is not rigged, meaning it lacks an internal skeleton or bone structure. It is not designed for custom posing or animation by the user. Animated: The model does not include any pre-defined animations, making it a static asset suitable for scenarios that do not require movement. UV Mapping:

UV Mapped: The model features comprehensive UV mapping. This ensures that textures are accurately and seamlessly applied across the model’s geometry, avoiding distortions and aligning the textures correctly with the shape of the Pop Ice. Use Cases:

The 3D Pop Ice model is versatile and can be utilized in various professional settings, including but not limited to:

3D Rendering: Ideal for creating high-quality visualizations in digital content creation workflows, such as advertisements, animations, and visual effects. Simulation: Useful in simulations requiring realistic representations of food items, such as virtual environments and training modules. Product Visualization: Suitable for showcasing in marketing materials, presentations, and online platforms, allowing viewers to see the Pop Ice from multiple perspectives. Virtual Reality (VR) and Augmented Reality (AR): Can be used in VR and AR applications to enhance interactive experiences with realistic 3D models. Education and Training: Valuable for educational purposes in teaching 3D modeling techniques, texture application, and the representation of food items in digital environments.