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Mini Plank - FPV Wing

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

  • 2.8k views
  • 7 likes
  • 8 downloads

License
3D design format
ZIP Folder details Close
  • MINI PLANK - 3D PRINTED - FILES.zip
    • MINI PLANK MANUAL.pdf
    • STEP/FUS 2.STEP
    • STEP/FUS 3.STEP
    • STEP/HATCH 1.STEP
    • STEP/HATCH 2.STEP
    • STEP/NOSE CLEAN.STEP
    • STEP/ROOT L.STEP
    • STEP/ROOT R.STEP
    • STL/AILERON L.STL
    • STL/AILERON R.STL
    • STL/FIREWALL.STL
    • STL/FUS 1.STL
    • STL/FUS 2.STL
    • STL/FUS 3.STL
    • STL/FUS 4.STL
    • STL/HATCH 1.STL
    • STL/HATCH 2.STL
    • STL/HATCH WALKSNAIL.STL
    • STL/LOCK 1.STL
    • STL/LOCK 2.STL
    • STL/NOSE CLEAN.STL
    • STL/NOSE FPV.STL
    • STL/ROOT L.STL
    • STL/ROOT R.STL
    • STL/WING L.STL
    • STL/WING R.STL
    • STL/WINGLET L.STL
    • STL/WINGLET R.STL

Learn more about the formats

Publication date 2023-07-13 at 18:33
Design number 1323130

3D printer file info

3D model description

Introducing Mini Plank. A small 650mm wingspan FPV Wing in Plank layout. Tested in long range flights as well as fast close range flying. Its size allows you to take it anywhere with you. Build is quick and simple. In addition to the STL files, you'll also find a number of STEP files included, allowing you to easily edit and adapt the parts to suit your own custom needs. Despite its small size, the interior of the fuselage is spacious and will accommodate all the components needed. Recommended Li-Ion 3S 3AH battery allows for at least 30 minutes of flight with F1507 motor and 4x5 propeller, providing high thrust for an aggressive flight style. However, horizontal flight is possible with as little as 30% power. The aircraft's stability is ensured by carefully designed geometry and a great PW75 airfoil. CFD results, have proven themselves, and the aircraft shows adequate stability and good flight characteristics, including smooth stall characteristics with no tendency to spin and good gliding ability. The flight-ready prototype weighed 360g resulting in about 28g/dm^2 wing load. This result can still be slightly improved by paying more attention to saving weight, using lighter wires, connectors, or reducing the infill of some parts.

User Manual: https://flightory.com/wp-content/uploads/2023/07/MINI-PLANK-MANUAL.pdf

3D printing settings

LW-PLA Airframe, several parts from hard material like PLA or PET-G

layer height: 0,25 mm
single wall 0,4mm thickness
Different infill recommended for each part. Described in the manual.
Temperature: 235 degrees,
flow 60%
fan speed: 0%

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