Publication date: 2025-09-26
Buy 3D Airflow Redirector for Automotive 3D print model
$3
License: Royalty Free No Ai
Rigged
PBR
Realtime
Animated
Free
author:
makingniko
Renders and source materials belong to the author makingniko.
Specifications
- Platform
- cgtrader
- Animated
- Rigged
- 3D Print ready
- VR / AR / Low-poly
- PBR
- Textures
- Materials
- UV Mapping
- Polygons
- 0
- Vertices
- 0
- Geometry
- Unknown
Usage recommendations
Realtime rendering
✕
PC Game development
✕
Mobile Game Development
✕
VR/AR applications
✕
Visualisation
✓
Cinema
✓
Advertising
✓
3D Printing
✓
CAD Engineering
✕
E-Commerce & Interactive 3D Web
✕
FAQ
Is this a free 3D model?
No, this model costs $3.
How do I download this 3D model?
This model is available through the "Go to purchase" button on this page.
What license applies to this model?
This model is distributed under the Royalty Free No Ai license. Click "Go to purchase" for full license details.
Does it include rigging and animation?
This model has no rig or animation. It is a static 3D object.
Does this model have UV mapping?
No, this model does not have UV mapping.
What textures and materials does this 3D model include?
This model has no textures or materials.
Can I use it for 3D printing?
Yes, this model is ready for 3D printing. Technical details are in the Specifications block, and a fuller description is in Additional information.
Additional information
I developed a fully functional 3D model of an airflow redirector for a client’s car ventilation system. The task required creating a precise design in Fusion 360 based on the dimensions of the existing air duct, ensuring a perfect fit and reliable performance.The workflow included:
Translating client measurements into a parametric CAD model
Designing a compact and durable geometry for smooth airflow redirection
Preparing the model for additive manufacturing
3D printing a test prototype and verifying fit and functionality
This project demonstrates my ability to take an idea from concept to reality—covering CAD design, functional optimization, and prototype validation. It also highlights my skills in parametric modeling, problem-solving, and communication with clients to deliver effective solutions for custom automotive components.
Translating client measurements into a parametric CAD model
Designing a compact and durable geometry for smooth airflow redirection
Preparing the model for additive manufacturing
3D printing a test prototype and verifying fit and functionality
This project demonstrates my ability to take an idea from concept to reality—covering CAD design, functional optimization, and prototype validation. It also highlights my skills in parametric modeling, problem-solving, and communication with clients to deliver effective solutions for custom automotive components.
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