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1978 DATSUN 280Z

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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.

  • 285 views
  • 4 likes
  • 2 collections

License
3D design format
STL Folder details Close
  • sin_nombre.stl

Learn more about the formats

3D model size X 56.6 Γ— Y 139 Γ— Z 40.4 mm
Publication date 2024-01-05 at 15:16
Design number 1690010

3D printer file info

3D model description

Model:

The 1978 DATSUN 280Z model represents a uniquely designed car that fuses elegance and modern style. This digitally sculpted car features aerodynamic lines and intricate details that will stand out in any 3D print collection.

Scale:

Currently this model is compatible with all scales.

Model quality:

We have a file that is not uploaded (Must be ordered if desired) high resolution file of this model that guarantees reproduction of fine details, allowing you to get exceptional quality 3D prints. Currently the file that is downloaded on purchase of the model is a medium quality file (Since it is solidified for all printers).

File format:

Currently in STL (If another format is needed let me know).

Compatibility:

This STL file is compatible with a wide variety of commercially available 3D printers and printing software, making it easy to use for 3D printing enthusiasts and professionals.

Websites of interest:

COMPLETE STL CARS:

https://bit.ly/COCHESSTLCOMPLETOS

CAR PARTS (LUXURY)

https://bit.ly/cochesporpartes

CAR PARTS:

https://bit.ly/BODYKITSSTL

POKEMON:

https://bit.ly/Pokemonstl

HOUSEHOLD MATERIALS:

https://bit.ly/HOGARSTL

Discover the thrill of 3D printing your own 1978 DATSUN 280Z and join our online community to share your creations, get advice and explore new ideas. Visit our main website for more details and dive into the fascinating world of automotive 3D printing!

3D printing settings

I would like to point out that, at first glance, the files show no damage or corruption.

However, you may encounter difficulties during the printing process, especially if the geometry of the models is complex or if your 3D printer has certain limitations. In this regard, I would recommend you consider the option of solidifying the models before printing.

Solidification involves converting model meshes into solid structures, which can improve stability during printing and reduce potential problems such as missing layers or deformations. You can perform this process using 3D modeling software, such as Blender, or any tool you prefer.

If you encounter difficulties or have any additional questions, please feel free to contact me. I am here to help you ensure a successful 3D printing experience.

I thank you in advance for your attention and cooperation.

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