Blender Eevee Modern Villa Low-poly 3D model

NOTE: 2023: Eevee lighting rebaked for Blender 3.6

This product contains a fully rendered villa with high quality textures and furniture.

Contains:

• Main house
• Poolhouse
• 3 living rooms
• 3 kitchens
• 3 bathrooms
• 4 bedrooms
• Basement pool
• Outdoor/indoor pool
• 5 car garage with lounge
• 5 outdoor terraces

Other design features:

• Modern roof design
• 3D rooftiles
• Solar panels
• House follows the terrain elevation.
• Frosted glass indoor bridges and staircases

The scene is completely set up for eevee renders.

• Global illumination and reflections are baked into probes and saved into the file (so every new object in the scene will adapt the correct lighting and reflections)
• Ambient occlusion with material bounces/light directions.
• Screen space reflections that mix with the baked probe reflections.
• Screen space refractions.
• Volumetric lighting
• Bloom
• The 4K renders took about one minute to render on a RTX2070 using Blender Eevee.
• Using viewport rendering, i rendered a 4K animation at 3.5 seconds per frame.

Polycount:

• Number of objects: 1305
• Total verts: 1.647.635
• Total faces: 1.872.116
• Total tris: 3.217.680

Other technical specs:

• Low poly trees (218 tris per tree)
• All materials are PBR.
• The cars in the parking garage are existing cars of my other car projects
• The furniture is imported from my modern apartments pack.
• Grass is generated as particles, so are not included in the exported files (like the FBX file for example)
• Tilable textures use a box projected overlapping UVmap for seamless results
• Every material and object is named and put in different scene collections
• All parts are low to mid-poly so it can be used in high amounts in big models for game development, renders, animations, environments, VR, product presentation, education, personal projects and commercial projects

File extensions: (All files are exported from Blender with default settings.)

• BLEND (native)
• FBX
• OBJ
• DAE
• STL
• ABC
• GLB
• PLY
• X3D