Fire Extinguisher Low-poly 3D model

Description

Welcome to our unique and high-quality model!This meticulously crafted model offers an immersive and outstanding 3D experience. With its realistic shape and intricate details, it brings life-like and authentic representation to any sceneThe model utilizes Physically Based Rendering (PBR) materials, which accurately simulate real-world material properties such as reflections, roughness, and metallic surfaces. This enhances the realism and authenticity of the model, making it visually stunning.The model comes with a comprehensive set of high-resolution textures, meticulously crafted to capture intricate details and surface characteristics. These textures add depth and realism to the model, enhancing its overall visual quality.The model is optimized for seamless integration with various rendering engines, allowing you to achieve consistent and high-quality results across different platforms and software.It features a well-organized and clean topology, ensuring smooth deformations and easy manipulation for rigging and animation purposes. This makes it ideal for both static and dynamic scenes, enabling realistic movements and interactions.The model is carefully UV unwrapped, facilitating efficient and accurate texture mapping. This results in minimal texture distortion and maximizes the visual quality of the model's surface details.It is compatible with industry-standard workflows and can be easily integrated into professional pipelines. Whether you are a seasoned professional or a beginner, this model provides a versatile and reliable asset for your projects.Explore and utilize this model to create exceptional experiences in the 3D field. Let our model breathe life into your ideas and creativity!

Specs

I. Objects:

1. Model:
   • Materials:
     • Main_Mat:
       • Main_Mat_BaseColor.png (Size: 4096x4096).
       • Main_Mat_Normal.png (Size: 4096x4096).
       • Main_Mat_Roughness.png (Size: 4096x4096).
       • Main_Mat_Metalness.png (Size: 4096x4096).
     • Glass_Mat:
   • UVMaps: UVSet_0
   • Polygons: 3605 - Vertices: 3596

II. File Formats: blend, obj, fbx, glb, abc, dae

III. Total Polygons: 3605 - Total Vertices: 3596