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Beschreibung

I wanted a practical & lightweight aeroplane that can fly in moderate wind (approx 10-15mph). It works! so I share this design.

The 3d printing is a multi STL setup for most parts using CURA.

Videos

Flying

3d Printing setup

Assembly

Also included a doc file with instructions and a full list of materials needed to complete the project. (Download files section)

Pre-Requisites

This build requires knowledge of radio control aeroplanes with regard to assembly,radio setup and the use of basic tooling. Also requires the knowledge of 3d printing, 3d printing software setup and the handling of PLA.

Other items required to build

  1. Motor - PLANET-HOBBY-JOKER-2826-12-V3-1450-KV
  2. ESC - HOBBYWING-Flyfun-V5-20A-2-4S
  3. Folding propellor - SUPER-FOLDING-PROPELLER-SET-8X4-3
  4. 9g Servos - Servos
  5. Battery – Lipo 11.1V 700-900 mahr 25C
  6. Control Linkages - THREADED-CONTROL-ROD-M2-250MM
  7. Clevises - CLEVIS-M2
  8. 2mm Self tapping screws - Screws
  9. 10mm * 2 mm round magnets - DISC-MAGNET-OE10MM
  10. 10mm Tube - CARBON-FIBER-TUBE-10-8MM-1M
  11. 8mm Tube - GLASS-FIBRE-TUBE-8-6MM-1M
  12. Hinge tape - TOPMODEL-Hinge-tape-set
  13. Glue - Araldite
  14. Radio control equipment FLYSKY FS-i6X 10CH 2.4GHz RC Transmitter

Tooling required

  1. Dremel with various cutting/sanding/drilling attachments - Dremel
  2. Sandpaper 200 grit or similar
  3. Crafting knife – Model Knife
  4. Masking tape – Masking Tape
  5. Straight edge – 90 Degree edge
  6. Screwdriver to suit screws – Screwdriver set
  7. Z-bend Plier – Plier

Tags

#aeroplane #aircraft #model aeroplane #Model aircraft #Radio Control #rc aeroplane #RC aircraft #RC plane #Remote control