TheMechNinja

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100mm Ducted Fan

(1 customer review)

$6.00

  • All parts(.STL files) in one .ZIP file.
  • Easily printable on 220X220X250(mm) 3D printer.
  • Parts are easily assemblable i.e. with screws only.
  • Total printing Volume: 126,734 cubic mm.

License – TheMechNinja Paid Standard Digital File License

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3D Printable 100mm Ducted Fan .STL Files

This file contains all files required to print your own Ducted Fan at home.

Total Printing Volume of all 6 Files: 126,734 mm³

This file contains 6 .STL files i.e.

  1. Back Blade
  2. Front Blade
  3. Diffuser
  4. Nozzle
  5. Outer Shell
  6. Second Shell

The ducted fan is distributed into the above-mentioned parts so that you can easily print any part at your home with your own DIY 3D printer of minimal size i.e. 220(mm)x220(mm)x250(mm).

All the files given are complete and have been tested.

For assembly and further instruction, you can visit the link given below

Electric Ducted Fan: The Best Step Wise Guide

OR

Watch our DIY Electric Ducted Fan video on youtube.

Details of each file are given below separately:-

Back Ducted Blade

  • Width: 93.43 mm
  • Depth: 23 mm
  • Height: 94.43 mm
  • Total Printing Volume: 16,746 mm³

Front Ducted Blade

  • Width: 94.43 mm
  • Depth: 25 mm
  • Height: 94.43 mm
  • Total Printing Volume: 17,253 mm³

Diffuser

  • Width: 35.99 mm
  • Depth: 26.92 mm
  • Height: 35.99 mm
  • Total Printing Volume: 3,281 mm³

Nozzle

  • Width: 50 mm
  • Depth: 106 mm
  • Height: 106 mm
  • Total Printing Volume: 21,156 mm³

Outer Shell

  • Width: 90 mm
  • Depth: 133 mm
  • Height: 110 mm
  • Total Printing Volume: 44,609 mm³

Second Shell

  • Width: 56 mm
  • Depth: 106 mm
  • Height: 106 mm
  • Total Printing Volume: 23,689 mm³

Electric Ducted Fan STL Files

Thank You.

Type of File

With Essentials, Without Essentials

1 review for 100mm Ducted Fan

  1. Gaurav (verified owner)

    Giving 5 stars as I couldn’t find these designs anywhere. This is the perfect working model as I thought. The only problem with the design is that during high RPM the shell used to vibrate. The designer should increase the thickness of the shell.

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