Speedy "Red Mini Wing" RC

myminifactory

Here is a brood to the bird family. Related to the wingspan, it is a crossbreed of the "Red Duck" and the "Red Swan". Still small, but speedy and pretty manoeuvrable - a big fun for a real pilot. Anyhow, Marcel, member of the ACNE http://www.aero-club-nieder-eschbach.de/ who piloted the maiden flight, had a lot of fun and this is his first impression: "The small model is already very good, but some model flying experience is needed. For a wing type of this small size it flies even damned good. It’s not a plane for circling through thermics, of course it’s to small for that. The performance is shown when one flies it speedingly". Uwe Heuer - experienced flying wing designer and Horton specialist - says about this square form of a flying wing, which he loves to call "panel plane": They do have a low damping and flight stability around the pitch axis (elevator), therefore you can fly snags in curves. This is this kind of plane that will make you feel like an eagle soaring high above the clouds. It's a thrilling experience that will leave you breathless. The bigger fin: 0.3 layer hight 0.5 width 3 solid bottom layer, spiral vase mode. Print Settings Attention The wings are designed to print with 0.5 width, 0.3 hight and 2 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 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 parts: layer height =0,3mm, width =0.5 mm wing 1 perimeter, 2 bottom layer, 2 top layer, hollow wing servo: 3 bottom layer, spiral vase mode aileron base: 5 bottom layer, spiral vase mode aileron end: 2 bottom layer, spiral vase mode aileron appendix: 1 perimeter, hollow aileron interface: no bottom layer, spiral vase mode fuselage Note: The extrusion width must be thick enough to prevent printing infill between the two perimeters of the 1mm hull. You must try out and check it in the preview. I had to set the width to 0.53mm. fuselage front: 7 bottom layer, 3 top layer, 2 perimeter, extrusion width 0.53mm, 20% infill fuselage back: 3 bottom layer, 3 top layer, 2 perimeter, extrusion width 0.53mm, 20% infill fuselage interface: 2 perimeter 0.4 no bottom/top layer, holow fin: 4 bottom layer, spiral vase mode fin cover plate: 2 bottom layer, hollow The bigger fin plate: 3 solid bottom layer 1 perimeter 10% infill Print SettingsRafts: No Supports: No Notes: All parts: layer height =0,3mm, width =0.5 mm wing 1 perimeter, 2 bottom layer, 2 top layer, hollow wing servo: 3 bottom layer, spiral vase mode aileron base: 5 bottom layer, spiral vase mode aileron end: 2 bottom layer, spiral vase mode aileron appendix: 1 perimeter, hollow aileron interface: no bottom layer, spiral vase mode fuselage fuselage front: 7 bottom layer, 3 top layer fuselage back: 3 bottom layer, 3 top layer fuselage interfaces: 2 perimeter 0.4 no bottom/top layer, holow fin: 4 bottom layer, spiral vase mode fin cover plate: 2 bottom layer, hollow