Aereo Low-poly Modello 3D

Descrizione

3D Model Detailed Description

Model Overview:
This 3D model represents an airplane, meticulously crafted as a digital asset, available in the form of a 3D model. It is designed to be used in various digital applications, offering a high level of detail and realism.

Media Type:

Format: Digital Asset
Type: 3D Model
Geometry:

Composition: The geometry of this airplane model consists of a sophisticated blend of quads and triangles. This combination ensures an optimal balance between detail and performance.
Polygons: The model features a total of 155,434 polygons, contributing to its high level of detail.
Vertices: There are 171,707 vertices, providing a robust framework for the model's structure.
Textures and Materials:

Textures: High-resolution textures have been applied to this model, enhancing visual detail and realism. These textures are carefully mapped to align with the model's geometry.
Materials: The model utilizes a variety of materials to accurately represent the surface properties of the airplane. These materials are applied to different parts of the model to simulate realistic surfaces, including metal, glass, and painted areas.
Rigging and Animation:

Rigged: No, the model is not rigged. It does not include an internal skeleton, making it unsuitable for direct posing or animation without additional rigging.
Animated: No, the model does not come with any pre-defined animations.
UV Mapping:

UV Mapped: Yes, the model has been UV mapped. This technique ensures that the textures are accurately and effectively applied to the model's surface, enhancing the overall appearance and realism of the airplane.
Intended Uses:
This airplane model is ideal for a variety of applications, including but not limited to:

Game Development: Suitable for use in game engines, providing detailed and realistic assets for aviation-themed games or simulations.
Visual Effects: Can be utilized in film or video production, offering high-quality visual assets for scenes involving aircraft.
Virtual Reality (VR) and Augmented Reality (AR): Perfect for immersive experiences requiring detailed and lifelike models.
Educational Tools: Useful in educational software and applications, helping to illustrate aeronautical concepts and designs.
3D Printing: Potentially suitable for 3D printing, depending on the specific requirements and capabilities of the printer used.
Conclusion:
This 3D airplane model is a high-quality digital asset, designed with attention to detail and realism. Its comprehensive geometry, detailed textures, and accurate UV mapping make it a versatile and valuable addition to any digital project involving aviation themes. While it is not rigged or animated, its detailed construction provides a solid foundation for further customization and use in a variety of professional applications. Stampa Pronta: No