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Speedy Red Midi Wing

Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.


3D model description

For all friends of flying planks I designed a version in size between the
Speedy Red Mini Wing
and the Red Duck
but used a different airfoil.
It has now a wingspan of 1000 mm and weights 870 grams.
Like the Mini Wing, the wing has two throughgoing carbon rods 8mm. These rods are so stiff and fit so tight that you dont have to glue anything. This way you can allways exchange a part if necessary.
Yet I had no chance to fly it but Dave already did. You can see it here:

3D printing settings

Recommended Print Settings
The wings are designed to print with 0.5 width, 0.3 hight and 3 bottom and top layer
If you print thinner, the perimeter of the upper side will not merge with the perimeter of the inner spars.
If you print thicker, the perimeter will not be printed continuesly in one turn.
The print must go as if you print in spiral vase mode. So you reach at least a smooth surface on the upper side.
If needed, you must try with 0.49 or 0.48 width. It depends on which slicer you use.
The second thing is, if you print with less layer hight, the inner spars will not connect the top and the bottom layer. There will be a gap inbetween.

All wing parts: layer height =0,3mm, width =0.5 mm
1 perimeter, 3 bottom layer, 3 top layer, hollow
wing servo: 3 bottom layer, 3 top layer, hollow
elevon base: 7 bottom layer, spiral vase mode
elevon: 3 bottom layer, spiral vase mode
elevon interface: no bottom layer, spiral vase mode

fuselage parts: layer height =0,2mm, width =0.52 mm
fuselage front: 3 perimeter, 7 bottom layer, 3 top layer, 80% infill
fuselage middle: 2 perimeter, 1 bottom layer, 1 top layer, hollow
fuselage back: 2 perimeter, 3 bottom layer, 3 top layer, 40% infill
fuselage interface: 2 perimeter, width =0.4mm, no bottom/top layer, hollow
fin: 5 bottom layer, layer height =0,3mm, width =0.5mm, spiral vase mode
fin cap: 2 perimeter, 3 bottom/top layer, layer height =0.2mm, width =0.4mm, 30% infill

airfoil: AR2010-S80
wing span: 1000 mm
wing chord: 200 mm
aerodynamic center:... mm (12%)
overall weight: 816 g
wing weight complet: 460 g
fuselage weight complet 356 g
fin weight 12 g
wing area: 20.0 dm²
wing loading: 41 g/dm²
longitudinal stability (Thies) STFs:
motor: Propdrive 28-36 1000KV
static thrust: 950 g (3S Lipo)
battery: Turnigy 1200 mAh 3S 40~50C Lipo
motor camber: -4°
side pull: no
propeller: Aeronaut CAM Aeronaut Carbon Classic 10 x 6"

3D printer file information

  • 3D design format: STL Folder details Close
    • Servosegment_8.26_mm.stl
    • acces_panel_spars.stl
    • access_panel_.stl
    • access_panel_bracket.stl
    • cable_clamp.stl
    • centering_cable_plate.stl
    • elevon_167.stl
    • elevon_170.stl
    • elevon_34.stl
    • elevon_joint.stl
    • fin.stl
    • fin_cap.stl
    • fuselage_front_100.stl
    • fuselage_front_180.stl
    • fuselage_front_80.stl
    • fuselage_middle_160.stl
    • fuselage_rear_160.stl
    • interface_at_100.stl
    • interface_front.stl
    • interface_rear.stl
    • servo_mount_TGY-9018MG.stl
    • wing_110_8.26_brim.stl
    • wing_center_8.26_180_brim.stl
    • wingend_8.26.stl

    Learn more about the formats

  • Publication date: 2017-10-07 at 17:21


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