I will photorealistic 3d interior rendering and lighting


About this gig
Welcome! If you have completed 3D interior layouts or floor plans but lack the computing power to render them for presentations, I handle the heavy lift. You supply the models (.blend, .fbx, .obj), and I provide the computing power, realistic PBR texturing, and physical light propagation passes.
What this Gig Offers:
- High-Fidelity Cycles Render Passes: Full path-traced indoor lighting.
- Realistic Material Application: Flawless wood grains, fabrics, metals, & glass refractions.
- Professional Environment Framing: Realistic lighting viewed through window structures.
- Ultra-Sharp 4K Image & Video Walkthrough Deliverables.
How It Works:
1. You send your completed 3D indoor asset file.
2. I execute advanced look-development & material mapping.
3. My top-1% workstation (Nvidia RTX 5080 GPU, 9,485 Blender benchmark) computes your scene with elite efficiency.
4. You get crisp, photorealistic interior 4K renders.
Note: This gig is strictly for texturing, lighting, and rendering existing files. I do not build models from scratch. Send your files and let's get rendering!
Service verification and delivery style preference
Fiverr does not screen freelancers in this category. Please verify qualifications and discuss requirements with the freelancer before ordering, including any preferences regarding the use of AI tools.
Get to know Nick Pomponio
3D Rendering and Lighting Specialist, High Speed 4K Cycles Compute
- FromUnited States
- Member sinceSep 2026
Languages
English
FAQ
Do I need to have the furniture models already placed in the file?
Yes. Please send your 3D file with structural components and furniture already positioned. This specialized technical gig focuses purely on applying high-end PBR textures, balancing indoor lighting sources, and running final 4K hardware compute passes.
Can your workstation handle heavy interior scene files?
Absolutely. I operate an elite workstation powered by an Nvidia RTX 5080 GPU (9,485 Blender benchmark). Backed by hardware-accelerated OptiX rendering engines, my station calculates heavy interior ray-tracing passes with extreme speed and stability.
