English Brick House 25 Low-poly  3D model

English Brick House 25 Low-poly 3D model

cgtrader

This detailed real-world size house is crafted by a skilled professional architect from precise construction DWG drawings. It's perfectly suited for visualizing, using in AR/VR and real-time gaming applications, architecture consulting, and educational purposes. The model utilizes Centimeters as its units of measurement. Formats Include: MAX - Exported directly for 3dsMax with both V-Ray and Standard materials supported. FBX, OBJ, DAE - Exchanged easily into a variety of popular formats. UNITYPACKAGE - Can be tailored to fit Unity 3D / Request the specific version. BLEND - Designed to seamlessly import into Blender / Request it and get it. SKP - Compatible with SketchUp / All you have to do is ask. Geometry Details: The model's geometry has been meticulously tested for any holes, flipped normals or overlapping polygons. The low-poly mesh makes it easy to add extra details or edit the existing geometry. Glass objects feature a Shell Modifier applied for realistic results. Organization: Scene objects are carefully organized into separate layers for easier management and access. Presentation Images: All preview images were rendered using 3.20 V-Ray software, offering detailed, high-quality visualizations. Wireframe images showcase the model's complex geometries using VrayLightMtl + VrayDirt for testing purposes. Both camera and lighting settings are included to allow out-of-the-box rendering capabilities. Materials Included: The house features both V-Ray and Standard materials, allowing for versatility in visual styles and techniques used. Separate JPG texture archives ensure all elements can be easily customized.

Download Model from cgtrader

With this file you will be able to print English Brick House 25 Low-poly 3D model with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on English Brick House 25 Low-poly 3D model.