Electric Turbo Fan Model with Functional Reverse Thrusting

Print the most popular Electric Turbo Fan with Functional Reverse Thrusting!

FILES ONLY for a 3D Printed Electric Turbo Fan Model with Functional Reverse Thrusting. It is based on a Rolls Royce Trent 1000 Turbo Fan. It utilises a brushless motor for the bypass fan and a MG996R Servo to operate the reverse thrusting function. All controlled by an Arduino NANO .

If you don't have a 3D printer and would like a fully assembled model or a kit (Excluding Battery), send me a message and I'll be more than happy to discuss :)

What's been updated as of 12.03.24:

• Parts 11 and 12: Linear Rods Mounting Holes Increased Depth

What's been updated as of 15.02.24:

• Instruction Manual: Updated Brushless Motor Hardware

What's been updated as of 20.01.24:

• Instruction Manual with Updated Code
• Parts 42, 43, 44, 45, 46 & 47 Added
• Parts 46. & 47. include 19mm x 16mm Motor Mounts for other brushless motor options

If you purchased before 20.01.24, please find the updated items above in the link below:

https://drive.google.com/drive/folders/1gu_XbazSC4cAUOE9Kex_fmosLgv5SgQJ?usp=drive_link

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Troubleshooting:

• If you're having trouble printing part 24. 130MM Bypass Fan (Black). Try using a brim
• I have also included 19mm x 16mm hole spacing parts for other brushless motor options - See Instruction manual for more information!

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This product includes STL files, Arduino Code and Assembly & Printing Instructions for a 3D Printed Electric Turbo Fan Model with Functional Reverse Thrusting.

Once Purchased you will Receive 4 ZIP Files Including 51 STL Parts, Arduino Code & an In-depth Instruction Manual.

• Printer Requirements: 250x210x200mm or larger
• Recommended Material: PLA
• Printer Type: FDM

Hardware Required: Links to recommended hardware in Google Drive Link above

• M3x8 Hex Socket Cap Screws (x52)
• M2x8 Hex Socket Cap Screws (x57)
• M2x5 Hex Socket Cap Screws (x2)
• 4mm Linear Rods Required Length = 140mm (x2)
• MG996R Servo with Disc Attachment (x1)
• 10k Linear Potentiometer (7mm Mounting Hole) (x1)
• Momentary Push Button (7mm Mounting Hole) (x1)
• Arduino Nano (x1)
• ESC with 5V BEC (I used a Hobbyking YEP 80A) (x1)
• Brushless motor 25x25MM hole spacing, M5 Shaft (I used a Turnigy Aerodrive SK3 - 3536-1400kv) (x1)
• LiPo Battery (I used a 3S) (x1)
• 20mm Velcro Straps (x2)
• 6mm Wire Wrap (x1)
• JST Male and Female Connectors 3x Pairs of 3-Pin and 1x Pair of 2-Pin (x8)
• 22awg Wire (Approx. 500mm from potentiometer to the Arduino)

Tools Required:

• Hex Screwdrivers
• Soldering Iron
• Sandpaper
• Pliers
• Super Glue

CAUTION using LiPo Batteries:
Potentially hazardous. can cause serious FIRE HAZARD if damaged, defective or improperly used.

!This work is licensed under a Standard Digital File License!
-Unlimited personal use
-Allowed to make copies for friends, family without financial gain
-NOT Allowed to make commercial sales of the printed product
-NOT allowed to make changes to the digital product
-NOT allowed to redistribute this digital product