Sci-Fi Kitbash Building Dressing Pack – 12 Low Poly 3D Models
A detailed sci-fi kitbash building dressing pack containing 12 low poly 3D models designed for modular environment creation. This asset set is ideal for building futuristic structures such as space stations, spacecraft interiors, sci-fi cities and industrial sci-fi environments.
Each model is handcrafted in Blender and optimised for game-ready workflows, providing a balance between visual detail and real-time performance. The assets are designed for flexible kitbash use, allowing you to quickly populate and enhance sci-fi environments with consistent style and scale.
Model Statistics (Average per asset)
• ~2,867 vertices• ~2,847 faces• Low poly optimisation• Clean topology• Game-ready models
Textures & Materials
Each asset includes high-quality 4K PBR textures:
• 12 × 4K Diffuse (Base Color)• 12 × 4K Metallic Maps• 12 × 4K Smoothness Maps• UV unwrapped assets for texture accuracy
Additional Maps
• 1 × 2K Normal Map• 1 × 2K Bump Map
Features
• Modular sci-fi kitbash system• Ideal for building sci-fi environments• Consistent scale and design language• Optimised for real-time rendering• Suitable for close-up and background use• Blender 3.31 compatible workflow
Use Cases
• Sci-Fi Games• Space Station Interiors• Spaceship Environments• Futuristic City Design• Level Design / Environment Dressing• Cinematic Rendering• VR / AR Projects• Unity / Unreal Engine Projects
Included File Formats
• BLEND (native)• FBX• OBJ• DAE• STL• PLY
This sci-fi kitbash pack is designed for rapid environment construction, allowing developers and artists to quickly assemble detailed futuristic scenes without sacrificing performance. The modular nature of the assets makes them ideal for scalable level design in both games and cinematic projects.
BLEND (Blender, filesize: 5.87 MB), OBJ (OBJ, filesize: 4.93 MB), FBX (Autodesk FBX, filesize: 2.11 MB), TEXTURES (Textures, filesize: 363 MB), PNG (PNG, filesize: 363 MB), JPG (JPG, filesize: 363 MB), STL (Stereolithography, filesize: 3.3 MB), PLY (Ply, filesize: 2.82 MB), DAE (Collada, filesize: 9.26 MB)
