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RC F-111 SWING WING EDF JET
F111-a.jpg RC F-111 SWING WING EDF JET
F111-b.jpg RC F-111 SWING WING EDF JET
F111-c.jpg RC F-111 SWING WING EDF JET
F111-d.jpg RC F-111 SWING WING EDF JET
F111-e.jpg RC F-111 SWING WING EDF JET
F111-f.jpg RC F-111 SWING WING EDF JET
F111-g.jpg RC F-111 SWING WING EDF JET
F111-h.jpg RC F-111 SWING WING EDF JET
F111-i.jpg RC F-111 SWING WING EDF JET
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3D design format
1 file (ZIP) Close
  • F111SwingWing.zip
    • 3DAir-F111-BuildManual-v1.pdf
    • Canopy/Canopy.stl
    • Canopy/Canopy2.stl
    • Canopy/CanopyLip.stl
    • Canopy/in.stl
    • Canopy/inLev.stl
    • Elevons/ElevCoverHolderL.stl
    • Elevons/ElevCoverL.stl
    • Elevons/ElevHolder.stl
    • Elevons/ElevHorn.stl
    • Elevons/ElevL.stl
    • Elevons/ElevPivotL.stl
    • Elevons/ElevR.stl
    • Elevons/ElevServoHolderL.stl
    • Elevons/ElevSpacer.stl
    • Exhaust/Exhaust1L.stl
    • Exhaust/Exhaust1R.stl
    • Exhaust/Exhaust2L.stl
    • Exhaust/Exhaust2R.stl
    • Exhaust/Exhaust3L.stl
    • Exhaust/Exhaust3R.stl
    • Fuselage/AdhesionDisc.stl
    • Fuselage/DuctCover.stl
    • Fuselage/Fuse1.stl
    • Fuselage/Fuse2A.stl
    • Fuselage/Fuse2B.stl
    • Fuselage/Fuse3.stl
    • Fuselage/Fuse4A.stl
    • Fuselage/Fuse4B.stl
    • Fuselage/Fuse5.stl
    • Fuselage/Fuse6.stl
    • Fuselage/Skirts.stl
    • NoGear/Fuse2NG.stl
    • NoGear/Fuse4NG.stl
    • NoGear/Fuse5NG.stl
    • NoGear/TowHook.stl
    • NoseGear/NoseBedBrace.stl
    • NoseGear/NoseCloser.stl
    • NoseGear/NoseCloserPivot.stl
    • NoseGear/NoseDoorL.stl
    • NoseGear/NoseDoorStop.stl
    • NoseGear/NoseGearBed.stl
    • NoseGear/NoseGearGuide.stl
    • NoseGear/NoseGearWall.stl
    • NoseGear/NoseWedge.stl
    • NoseGear/ServoHoldBlock.stl
    • NoseGear/Vertical.stl
    • REE.txt
    • RearGear/DoorHingeFR1.stl
    • RearGear/DoorHingeFR2.stl
    • RearGear/DoorHingeRR1.stl
    • RearGear/DoorHingeRR2.stl
    • RearGear/RearDoorCloserGuideR.stl
    • RearGear/RearDoorCloserPivotR.stl
    • RearGear/RearDoorCloserR.stl
    • RearGear/RearDoorR1.stl
    • RearGear/RearDoorR2.stl
    • RearGear/RearGearBedR.stl
    • RearGear/RearGearDoorStopR.stl
    • RearGear/RearGearWire.stl
    • SmallerBed/ElevL1sb.stl
    • SmallerBed/ElevL2sb.stl
    • SmallerBed/Fuse3B.stl
    • SmallerBed/Fuse3B1.stl
    • SmallerBed/Fuse3B2.stl
    • Swing/SwingGearHolder.stl
    • Swing/SwingGL.stl
    • Swing/SwingGR.stl
    • Swing/SwingHolderLock.stl
    • Swing/SwingPinCap.stl
    • Swing/SwingRL.stl
    • Swing/SwingRR.stl
    • Swing/SwingServoHolder.stl
    • Swing/SwingWL1.stl
    • Swing/SwingWR1.stl
    • Swing/SwPivotL.stl
    • Tail/Rudder.stl
    • Tail/VertFin.stl
    • Wings/WingL4.stl
    • Wings/WingL5.stl
    • Wings/WingL6.stl
    • Wings/WingL7.stl

Learn more about the formats
Publication date 2024-04-29 at 14:02
Design number 1958196
gnat666

gnat666

Certified
Issue with this design? Report a problem.

3D printer file info

3D model description

This RC flight tested replica of the General Dynamics F-111 Aardvark "Pig" is designed for easy construction and can be printed using lightweight PLA (LW-PLA), often utilising Spiral or Vase mode to improve print quality and speed.
Designed the 64mm Electric Ducted Fans, this model has a working Swing Wing and is PROVIDED WITH 2 OPTIONS, one for catapult launching and the other with full retractable landing gear. Utilizing a minimum of 4 RC channels (x2 Elevons, Throttle, SwingWing) this model is easy to handle for those used to EDF power models.
Suits 3D Printer with minimum Bed size of approx; 220mm square or 300mm round.

SPECS;
-1200mm span (47in)
-1350mm length
-64mm EDF power unit
-Servo driven Swing-Wing mechanism
-Elevon control w/ optional Rudder
-2 Versions included
--No undercarriage : ~1kg AUW
--With Undercarriage : ~1.7kg AUW
-LW-PLA for most of model, PLA+ for select
-Optimised for Spiral / Vase print mode

What you get:
-All needed STL files/components
-Detailed Build Manual

FREE TEST FILES
https://cults3d.sitegames.net/en/3d-model/game/rc-f-111-swing-wing-edf-jet-test-files

PARTS;
64mm Electric Ducted Fan options, 1 off either;
-FMS 3S or 4S 11 blade / 3900 or 3150KV
-QX-Motor 3S-6S 12 Blade / 2200 or 2400KV
-ESC to suit (typically 50-80amp)
-Motor lead extensions ~400mm
-With no undercarriage - recommend 3S-4S battery
-With undercarriage – recommend 4S-6S battery
-Battery Typical - 1400mAh to 2600mAh
Carbon
-10mm Tube - Swing Pivots: 10 x 8 x 32mm (2)
-8mm Tube - Wings: 8 x 6 x 465mm (2) / Idle Gear: 8 x 6 x 26mm (1)
-6mm Rod/Tube - Elevons: 6 x 120mm (2)
-4mm Rod - Wings: 4 x 120mm (2) optional
Servos
-1x Hitec HS645MG (Swing Wing) or similar
EDIT: Servo - 25kg 270deg is better : https://vi.aliexpress.com/item/1005007792248497.html
-Optional Travel Expander/Tuner
-2x Towerpro MG91 (Elevons) or similar
-2x ~500mm extension leads
-Optional : 1 or 3 microservos for Retract Doors
Electric Retracts
-1x set of 25 gram retracts with steerable nose gear - AliExpress
-Wheels : 2x 52mmx14mm (max) / 2x 35mmx9mm / 3mm Spring Wire
Other Fittings
-Spring Wire for various : 1.6-1.8mm dia. – approx. 200mm
-Spring Wire for Undercarriage / 3mm typical
-2x E/Z Connectors or similar for Elevon Horns
-4x Dubro type hinges for Nose Gear Doors
-4mm wooden dowel

More detail available here;
https://www.rcgroups.com/forums/showthread.php?4073111-F-111-EDF-Swing-Wing-Release

Testing pre-release version 2
https://www.youtube.com/watch?v=2a6BNB7071U

Testing pre-release version 3
https://www.youtube.com/watch?v=wjvB_M4yzKM

3D printing settings

TYPICAL PRINT SETTINGS;

LW-PLA
0.4 nozzle / 0.4 width
0.2 layer height
0.6 Extrusion Multiplier
250Β°C nozzle / 60Β°C bed
First Layer: 200% height & Width
No Retraction, No Cooling
LW-PLA-HT
0.4 nozzle / 0.4 width
0.25 layer height
0.65 Extrusion Multiplier
230Β°C nozzle / 60Β°C bed
First Layer: 200% height & Width
No Retraction, 33% Cooling

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Mechanical toys

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