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Freewing Me-262 cockpit and flap mods

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21 files (STL) Close
  • Amaturentafel.stl 77.029301 Γ— 11.488745999999992 Γ— 63.420864 mm
  • Anbauteile.stl 44.188086000000006 Γ— 101.98262 Γ— 120.56371699999998 mm
  • Cockpit.stl 83.13861 Γ— 176.964932 Γ— 71.811326 mm
  • Drehhebel_BFW.stl 12.1 Γ— 22.07875 Γ— 29.253929999999997 mm
  • GFK Form.stl 103.033333 Γ— 336.184799 Γ— 77.00740100000002 mm
  • Haube-Form_Einteiler.stl 99.003212 Γ— 330.04007 Γ— 77.118481 mm
  • Haube.stl 99.003212 Γ— 330.061504 Γ— 69.066613 mm
  • Kabelfuehrung.stl 56.290623 Γ— 22.0 Γ— 40.349109999999996 mm
  • Pilot 01.stl 68.741562 Γ— 148.296577 Γ— 94.97928 mm
  • Pilot 02.stl 61.327841 Γ— 104.15641 Γ— 21.82166 mm
  • Pilot Brille.stl 17.513212 Γ— 9.123440000000002 Γ— 10.885399 mm
  • Pilot Maske.stl 21.184353 Γ— 57.987726 Γ— 20.484144 mm
  • Sitz.stl 41.600822 Γ— 64.09210199999998 Γ— 123.13445999999999 mm
  • Sitz_02.stl 42.932468 Γ— 65.93620299999998 Γ— 92.85643 mm
  • SteuerknΓΌppel.stl 9.632657 Γ— 13.639115000000018 Γ— 72.31389 mm
  • Teifziehform Haube.stl 86.875553 Γ— 251.434464 Γ— 68.055687 mm
  • Wing_Left.stl 102.227997 Γ— 67.12709100000001 Γ— 24.406719 mm
  • Wing_Left_02.stl 157.27389500000004 Γ— 67.68890400000001 Γ— 27.207049 mm
  • Wing_Right.stl 102.227997 Γ— 67.12709100000001 Γ— 24.406719 mm
  • Wing_Right_02.stl 157.27389500000004 Γ— 67.68890400000001 Γ— 27.207049 mm
  • Zielvorrichtung.stl 74.103779 Γ— 33.29587599999999 Γ— 39.491814000000005 mm

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Design number 713723
Design author dreagon29
dreagon29

dreagon29

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3D model description

https://youtu.be/BpbaZD1PSmQ

These parts are designed to fit the Me 262 by Freewing.
The content is the cockpit, including the pilot and the molds for the canopy and the flaps as arch flaps.
Because of the high level of detail, all parts of the cockpit and the pilot can only be printed using the SLA method or using the FDM method with a nozzle diameter of 0.2 mm using standard PLA.
The flaps can be printed using the FDM process with a nozzle diameter of 0.4 mm and LW-PLA.
In order to be able to manufacture the hood, the corresponding negative mold must first be printed out and then prepared accordingly in the GRP manufacturing process and then manufactured.
If desired, a hood for 3D printing is also part of the package.
For the glass for the hood, the deep-drawing mold has to be printed and ground and then deep-drawn with a 0.6mm PETG plate in the oven.

3D printing settings

standard Setting for PLA with 0.2mm nozzle,
outer lines:1
infill: 15%

standard Setting for LW-PLA with 0.4mm nozzle,
outer lines:1
infill: 8%

Categories

All categories β€Ί Game β€Ί Aircraft & Space

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