This digital asset represents a Shooting Board low poly 3D model. Designed for efficiency and visual clarity, this model captures the essential features of a shooting board while maintaining a low polygon count, making it ideal for real-time applications and projects where performance is critical.

Technical Specifications:

Model Type: Shooting Board Low Poly 3D ModelMedia Type: Digital Asset - 3D ModelGeometry: The model's geometry is crafted using a combination of quads and triangles, ensuring an optimized structure that balances detail and performance.Polygon Count: 64 polygonsVertex Count: 42 verticesTextures and Materials:

Textures: High-quality textures have been applied to enhance the visual detail and realism of the shooting board. These textures accurately depict the surface characteristics, providing a convincing look despite the low poly count.Materials: A variety of materials have been utilized to define the surface properties of the shooting board. These materials contribute to the realistic appearance of the board, simulating the look of wood or other relevant materials under different lighting conditions.Rigging and Animation:

Rigged: The model is not rigged, meaning it does not include an internal skeleton for posing or movement.Animated: The model does not come with any pre-defined animations, making it a static representation suitable for various visualization purposes.UV Mapping:

UV Mapped: Efficient UV mapping techniques have been employed to ensure that textures are correctly and seamlessly applied to the model's geometry. This prevents texture distortion and ensures a polished, realistic appearance, enhancing the overall quality of the model.Use Cases:

The Shooting Board low poly 3D model is versatile and suitable for a range of professional applications, including:

Game Development: Ideal for inclusion in video games, especially in environments where performance is a priority. The low poly count ensures smooth rendering, making it suitable for background assets or interactive elements in gameplay.Virtual Reality (VR) and Augmented Reality (AR): Can be integrated into VR and AR applications to create immersive and interactive experiences, allowing users to explore and interact with the shooting board in a virtual setting.Architectural Visualization: Useful for adding detailed yet performance-friendly decorative elements to architectural visualizations, enhancing the realism and completeness of residential or commercial spaces.Simulation Training: Can be used in simulation training programs to provide a realistic yet computationally efficient representation of a shooting board, aiding in various training scenarios.Educational Tools: Useful in educational settings for teaching students about shooting boards and related concepts, providing a detailed and accurate visual aid that is easy to render on various devices.