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Three-Bearing Swivel Module (3BSM) for 90mm EDF

3BSM_Main_Image.png Three-Bearing Swivel Module (3BSM) for 90mm EDF
MAH01197.00_08_49_27_edited.jpg Three-Bearing Swivel Module (3BSM) for 90mm EDF
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ZIP Folder details Close
  • 3BSM_Release_100821.zip
    • 3BSM_Reference_Guide.pdf
    • Factory and 3MF Files/3BSM Section 1 with PCB Mount.factory
    • Factory and 3MF Files/3BSM Section 1.factory
    • Factory and 3MF Files/3BSM Section 2.factory
    • Factory and 3MF Files/3BSM Section 3.factory
    • Factory and 3MF Files/3BSM Section 4.factory
    • Factory and 3MF Files/3BSM Servo Mounts.factory
    • Factory and 3MF Files/Bearing Ring Gear 1.factory
    • Factory and 3MF Files/Bearing Ring Gear 2.factory
    • Factory and 3MF Files/Bearing Ring Gear 3.factory
    • Factory and 3MF Files/Bearing Ring Insert 1.factory
    • Factory and 3MF Files/Bearing Ring Insert 2.factory
    • Factory and 3MF Files/Nozzle.factory
    • Factory and 3MF Files/Pinion Gears Larger.3mf
    • Factory and 3MF Files/Pinion Gears Smaller.3mf
    • Factory and 3MF Files/Pinion Gears.3mf
    • GCode Files/3BSM Section 1 with PCB Mount.gcode
    • GCode Files/3BSM Section 1.gcode
    • GCode Files/3BSM Section 2.gcode
    • GCode Files/3BSM Section 3.gcode
    • GCode Files/3BSM Section 4.gcode
    • GCode Files/3BSM Servo Mounts.gcode
    • GCode Files/Bearing Ring Gear 1.gcode
    • GCode Files/Bearing Ring Gear 2.gcode
    • GCode Files/Bearing Ring Gear 3.gcode
    • GCode Files/Bearing Ring Insert 1.gcode
    • GCode Files/Bearing Ring Insert 2.gcode
    • GCode Files/Nozzle.gcode
    • GCode Files/Pinion Gears Larger.gcode
    • GCode Files/Pinion Gears Smaller.gcode
    • GCode Files/Pinion Gears.gcode
    • STL Model Files/3BSM Section 1 with PCB Mount.STL
    • STL Model Files/3BSM Section 1.STL
    • STL Model Files/3BSM Section 2.STL
    • STL Model Files/3BSM Section 3.STL
    • STL Model Files/3BSM Section 4.STL
    • STL Model Files/3BSM Servo 1 Mount.STL
    • STL Model Files/3BSM Servo 2 Mount.STL
    • STL Model Files/3BSM Servo 3 Mount.STL
    • STL Model Files/Bearing Ring Gear 1.STL
    • STL Model Files/Bearing Ring Gear 2.STL
    • STL Model Files/Bearing Ring Gear 3.STL
    • STL Model Files/Bearing Ring Insert 1.STL
    • STL Model Files/Bearing Ring Insert 2.STL
    • STL Model Files/Nozzle.STL
    • STL Model Files/Pinion Gear 1 & 3 Larger.STL
    • STL Model Files/Pinion Gear 1 & 3 Smaller.STL
    • STL Model Files/Pinion Gear 1 & 3.STL
    • STL Model Files/Pinion Gear 2 Larger.STL
    • STL Model Files/Pinion Gear 2 Smaller.STL
    • STL Model Files/Pinion Gear 2.STL

Learn more about the formats
Publication date 2023-12-15 at 21:49
Design number 1645162
LoftedAero

LoftedAero

3D printer file info

3D model description

Vertical takeoff or landing - VTOL - is among the toughest challenges in aeromodelling. This is especially true when you throw ducted fans into the mix. Fortunately, 3D printing is here to help. This three-bearing swivel module (3BSM) model mirrors the design used on the F-35B jet. When coupled with the right electronics and software, you can create ducted fan VTOL models of your own! 

** This is the same 3BSM included with the 90mm F-35B VTOL model. If you've already downloaded that, there's no need to buy separately! **

This product is a digital download which includes:

• STL 3D model files
• Simplify3D factory files
• Pre-generated gcode files
• Build guide & suggested hardware list

What you'll need:

• An FDM 3D printer with:
• At least a 150mm x 150mm x 150mm build volume 
• A 0.4mm nozzle (recommended)
• A heated build plate (recommended)
• About 170g of filament (PLA+ reccomended)
• Medium CA adhesive & accelerator
• Tools, hardware and electronics - see build guide for details

A convenient hardware pack which includes fasteners and bearings is available here: https://loftedaero.com/product-page/simple-f35b-hardware-pack

Compatibility

The 3BSM design fits FMS 90mm Special Metal EDF units, but should be compatible with other similar fans as well. If your 90mm EDF doesn't fit, contact us and we'll design an adapter.

Resources

Quick Reference Guide: https://drive.google.com/file/d/1Aja_kRP4Q-k9Paf3NlsaxDm8wRYEtQNU/view?usp=sharing

3BSM Build Guide Video Series: https://www.youtube.com/playlist?list=PLlomzfbyrg0UGiUHqswWv-rojvH0zrbRK

3D printing settings

• Most parts should be sliced with 3 perimeters, solid infill, and 4 top and bottom layers
• The pinion gears are intentionally sliced with a small layer height (0.1mm) and extrusion width (50%) in order to resolve the servo spline teeth
• Nozzle temperature should be 210-220 degrees with no cooling fan
• Bed temperature should be 50-60 degrees
• Retraction should be just enough to prevent stringing between features
• Extra length on restart should be just enough to prevent sparse extrusion at layer start

Categories

All designs › Gadget › Robots / Drones

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