Home » Assembly Manual » Cybertruck » 4. – 13. 3D Print the Cybertruck parts » 9. 3D Print the Skateboard parts: Drivetrain

9. 3D Print the Skateboard parts: Drivetrain

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Difficulty

Moderate

Steps

9

Get entire manual as PDF

Step 1: Important information!

Important Information / Downloadable Files:

If you purchased the Cybertruck digital data from our Shop than you will be able to download from your Account:

  • All .stl files,
    (which contain the Cybertruck 3D geometry),
  • PrusaSilcer .3mf files,
    (which contain the 3D Printing orientations and printing settings),
  • and .gcode files for Prusa Mini and Prusa Mk3S+.
    (which contain the necessary information for the 3D printer to print the geometry)

Important Information / Slicer software:

Our suggestion for 3D Printing slicer software:

Alternative 3D Printing slicer:

  • Any other slicer what you like, but than you should check the basic 3D Printing parameters from our manual in this and the next chapter.

Important Information / 3D Printer:

Our suggestion for 3D Printer:

Alternative 3D Printer:

Step 2: SK_SHAFT_AND_GEAR_1

Attention!

The Brushed motors generate lot of heat. This two component are very close to the motor, therefore at least the SK_SHAFT_FOR_GEAR_1 file has to print from PETG, or from any other heat resistance filament (ASA, PC, ABS).

Performance edition
If you use the suggested metal extension part on the motor shaft, you should print the “sk_gear_1_performance_v1” file.

Printing files for RWD:

  • 1X SK_SHAFT_FOR_GEAR_1 (PETG, or other heat resistance filament)
  • 1X SK_GEAR_1 (PLA)

Printing files for AWD:

  • 2X SK_GEAR_1 (PLA)
  • 2X SK_SHAFT_FOR_GEAR_1 (PETG, or other heat resistance filament)

Printing files for RWD / Performance edition:

  • 1X sk_gear_1_performance_v1 (PETG, or other heat resistance filament)

Printing files for AWD / Performance edition:

  • 2X sk_gear_1_performance_v1 (PETG, or other heat resistance filament)

Printing parameters:

  • Filament material: PLA / PETG
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15% – 90%
  • Brim: no
  • Printing time: 1h 31 min / 3h 2min
  • Filament weight: ca. 10 g / 20 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 3: SK_GEAR_2

Printing files for RWD:

  • 1X SK_GEAR_2

Printing files for AWD:

  • 2X SK_GEAR_2

Printing parameters:

  • Filament material: PLA
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15%
  • Brim: no
  • Printing time: 1h 37 min / 3h 14 min
  • Filament weight: ca. 12 g / 24 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 4: SK_GEAR_3

Information!

In the Gear_3 you can install an optional mechanical torque damper if you have some flexible filament. With this mechanical solution you can reduce the stress on the drive-train’s components when the Cybertruck RC suddenly change direction of travel.

Printing files for RWD (without torque damper):

  • 1X SK_GEAR_3 (PLA)

Printing files for AWD (without torque damper):

  • 2X SK_GEAR_3 (PLA)

Printing files for RWD (with torque damper):

  • 1X SK_GEAR_3_FOR_TORQUE_DAMPER (PLA)
  • 1x SK_TORQUE_DAMPER (FLEX, TPU, or other flexible filament)

Printing files for AWD (with torque damper):

  • 2X SK_GEAR_3_FOR_TORQUE_DAMPER (PLA)
  • 2x SK_TORQUE_DAMPER (FLEX, TPU, or other flexible filament)

Printing parameters:

  • Filament material: PLA / FLEX-TPU
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15%
  • Brim: no
  • Printing time: 1h 13 min / 2h 26 min
  • Filament weight: ca. 7 g / 14 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 5: SK_MOTOR_HOLDER

Printing files for RWD:

  • 1X SK_MOTOR_HOLDER

Printing files for AWD:

  • 2X SK_MOTOR_HOLDER

Printing parameters:

  • Filament material: PLA
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15%
  • Brim: no
  • Printing time: 40 min / 1 h 20 min
  • Filament weight: ca. 4 g / 8 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 6: SK_DIFF_HOUSE

Printing files for RWD:

  • 1X SK_DIFF_HOUSE_1
  • 1X SK_DIFF_HOUSE_2
  • 1X SK_DIFF_HOUSE_3

Printing files for AWD:

  • 2X SK_DIFF_HOUSE_1
  • 2X SK_DIFF_HOUSE_2
  • 2X SK_DIFF_HOUSE_3

Printing parameters:

  • Filament material: PLA
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15%
  • Brim: no
  • Printing time: 1h 27 min / 2h 54 min
  • Filament weight: ca. 14 g / 28 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 7: SK_GEAR_4

Printing files for RWD:

  • 1X SK_GEAR_4

Printing files for AWD:

  • 2X SK_GEAR_4

Printing parameters:

  • Filament material: PLA
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15%
  • Brim: no
  • Printing time:1h 14 min / 2h 28 min
  • Filament weight: ca. 10 g / 20 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 8: SK_DIFF_BEVEL_GEAR

Printing files for RWD:

  • 2X SK_DIFF_BEVEL_GEAR_1
  • 1X SK_DIFF_BEVEL_GEAR_2
  • 1X SK_DIFF_BEVEL_GEAR_3

Printing files for AWD:

  • 4X SK_DIFF_BEVEL_GEAR_1
  • 2X SK_DIFF_BEVEL_GEAR_2
  • 2X SK_DIFF_BEVEL_GEAR_3

Printing parameters:

  • Filament material: PLA
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 90%
  • Brim: no
  • Printing time: ca. 44 min / 1h 28 min
  • Filament weight: ca. 5 g / 10 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

Step 9: SK_DIFF_SPACER

Printing files for RWD:

  • 2X SK_DIFF_SPACER

Printing files for AWD:

  • 4X SK_DIFF_SPACER

Printing parameters:

  • Filament material: PLA
  • Color: Any color / Black
  • Layer height: 0,2 mm
  • Support: no
  • Infill: 15%
  • Brim: no
  • Printing time: ca. 12 min / 24 min
  • Filament weight: ca. 2 g/ 4 g
  • Prusa Mini compatible: Yes
  • Quantity: see above

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