Realistic 3D Rendering of Ski Goggles Required
Budget: $30 – $250 USD
Due to some unclarity, I am reposting this project with a shorter and clearer description. If you have submitted a bid on the previous posting, feel free to bid again
I am seeking a skilled 3D artist to create a highly realistic 3D model of ski goggles. The final renders should match or exceed the realism of the provided VALLON goggle examples. This is an essential project for our startup.
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Project Scope
Ski Goggle Model
• Create a detailed, photorealistic 3D model of ski goggles based on provided photos and references.
• Include the HØKEN logo on the strap using the TT RUNS font and on the lens.
Color Variations
• Render 36 variations:
o 4 frame, strap colors
o 9 lens colors
• Each variation requires 3 angles (front, left, and right).
• Lenses must look highly realistic, with smooth reflections, precise edges, and realistic transparency.
Lens Model
• Create a separate 3D model of the lens (identical to the goggle lens).
• Render 9 color variations of the lens from a straight front view with a focus on photorealistic detail. This is the same lens and colors as for the ski goggle. All the 9 lenses are attached.. I can provide close ups.
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Deliverables
1. 3D Models:
o Raw 3D file of the ski goggles, allowing future modifications.
o Raw 3D file of the lens model.
2. Visualizations:
o 108 renders in total for the goggles (36 variations × 3 angles).
o 9 renders for the standalone lens (1 angle per color variation).
________________________________________
Quality Expectations
1. Reflections: Ensure smooth and natural reflections on the lens using an HDRI or clean lighting setup. Avoid harsh or unrealistic artifacts.
2. Shadows: Add soft, natural shadows that enhance depth without overpowering the model.
3. Material Quality: Make the lens glossy and slightly transparent with realistic edges. Add subtle fabric detail to the strap and a clean finish for the frame.
4. Smoothness: Avoid noise or grain—use enough samples and apply denoising for a clean result.
5. Lighting: Use studio-style lighting for even illumination and a plain white or neutral background.
6. Resolution: Render at high resolution (at least 1080p) for clear, crisp details
I will provide additional photos, close-ups, or specific angles if needed—please refer to the attached materials, photos, and dimensions for reference.
Looking forward to your proposals!
I am seeking a skilled 3D artist to create a highly realistic 3D model of ski goggles. The final renders should match or exceed the realism of the provided VALLON goggle examples. This is an essential project for our startup.
________________________________________
Project Scope
Ski Goggle Model
• Create a detailed, photorealistic 3D model of ski goggles based on provided photos and references.
• Include the HØKEN logo on the strap using the TT RUNS font and on the lens.
Color Variations
• Render 36 variations:
o 4 frame, strap colors
o 9 lens colors
• Each variation requires 3 angles (front, left, and right).
• Lenses must look highly realistic, with smooth reflections, precise edges, and realistic transparency.
Lens Model
• Create a separate 3D model of the lens (identical to the goggle lens).
• Render 9 color variations of the lens from a straight front view with a focus on photorealistic detail. This is the same lens and colors as for the ski goggle. All the 9 lenses are attached.. I can provide close ups.
________________________________________
Deliverables
1. 3D Models:
o Raw 3D file of the ski goggles, allowing future modifications.
o Raw 3D file of the lens model.
2. Visualizations:
o 108 renders in total for the goggles (36 variations × 3 angles).
o 9 renders for the standalone lens (1 angle per color variation).
________________________________________
Quality Expectations
1. Reflections: Ensure smooth and natural reflections on the lens using an HDRI or clean lighting setup. Avoid harsh or unrealistic artifacts.
2. Shadows: Add soft, natural shadows that enhance depth without overpowering the model.
3. Material Quality: Make the lens glossy and slightly transparent with realistic edges. Add subtle fabric detail to the strap and a clean finish for the frame.
4. Smoothness: Avoid noise or grain—use enough samples and apply denoising for a clean result.
5. Lighting: Use studio-style lighting for even illumination and a plain white or neutral background.
6. Resolution: Render at high resolution (at least 1080p) for clear, crisp details
I will provide additional photos, close-ups, or specific angles if needed—please refer to the attached materials, photos, and dimensions for reference.
Looking forward to your proposals!