Part 1: Filament & Arm Testing - 3D Printed Drone Build

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  • Опубликовано: 24 ноя 2024

Комментарии • 8

  • @Chris-oj7ro
    @Chris-oj7ro 3 месяца назад

    Happy to watch your progress on this!
    Remember it's not just the carbon fiber itself. The tube is the stiffest shape for the weight.
    Round tubes also have the benefit of being aerodynamic from every direction, but I imagine you could add a point on the underside to be more of airfoil shape... Connect the two following letters to see what I'm talking about:
    O
    V
    It would also stiffen it up more on the vertical axis. If you need more stiffness from there, you could make it wider at the root like a tree branch.
    Food for thought!

  • @GooseMcDucks
    @GooseMcDucks 3 месяца назад

    Good timing was thinking about printing drone parts yesterday 😂

  • @Noneofyourbusiness2000
    @Noneofyourbusiness2000 Месяц назад

    Why didn't you try carbon fiber reinforced nylon, PA6-CF? It's stronger and lighter than PA6-GF.

  • @JamieBliss
    @JamieBliss 3 месяца назад +2

    Drone of Theseus

  • @adamarzo559
    @adamarzo559 3 месяца назад

    Could you design small holes for rod inserts to help with the stiffness instead of designing a lattice on the bottom? Could possibly insert stiff steel rods? Dunno how that'd go for weight, though

    • @AndrewGodwin
      @AndrewGodwin  3 месяца назад

      Definitely could, but I wanted something I could just hit print on as a first design to see how far I can go! Another idea was to just use carbon fiber rods and then 3D print the motor and body mounts for either end of it, so it's still something that can be recreated easily.

  • @crazeproductions3395
    @crazeproductions3395 Месяц назад

    Interested in getting this model to test it myself, any way you can upload the arm to thingieverse?

  • @JessixaEBM
    @JessixaEBM 2 месяца назад +1

    following for more recipes