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RC V1 Rocket "Buzzbomb" Fieseler FI-103

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

  • 2.3k views
  • 7 likes
  • 12 downloads
  • 1 comment

License
3D design format
STL Folder details Close
  • Nose.stl
  • accu-holder-p2.stl
  • accu-holder.stl
  • argus-p1.stl
  • argus-p2.stl
  • argus-p3.stl
  • elevator-p3.stl
  • fuselage-p1.stl
  • fuselage-p2.stl
  • fuselage-p3.stl
  • left-aileron.stl
  • left-elevator-p1.stl
  • left-elevator-p2.stl
  • left-wing.stl
  • right-aileron.stl
  • right-elevator-p1.stl
  • right-elevator-p2.stl
  • right-wing.stl
  • rudder.stl

Learn more about the formats

Publication date 2023-04-20 at 12:27
Design number 1177739

3D printer file info

3D model description

RC V1 Rocket

Wing span: 683mm (1:7.6)

CG: 42mm

EDF: 50mm Changesun

Lipo: 3-4s (1500-1800mah)

Servo: 4x Emax ES9251 II

note: I never fly it!

Happy printing and spar and rib fracture

Filament material:

PLA, LW PLA, or PETG

3D printing settings

Rafts:Yes

Supports:Yes

Filament brand:

M4Print

Print with PLA, try LW-PLA for the rear fuselage and elevator, otherwise you need much lead in the nosecone.

Screw the nosecone... all other parts glue with superglue.

Glue the accu-holder into the nosecone

Use 6mm carbon tube for the wings and 4mm for the elevators.

Use 1.75mm PLA or PETG for hinges

Printsettings with Cura (other slicer not tested)

wings, elevator, and rudder:

infill = 2.8%

infill pattern = gyroid

layer high = 0.25mm

retraction extra prime amount = 0.8mmΒ³ (depends on printer)

Speed = 15-30mm/s (sometimes lower is better ;)

Slicing tolerance = middle

Wall line count = 1

Z seam position = back or sharpest corner

Combing mode = off

Support = tree

Support placement = touching buildplate

cooling = 0-30 %

elevator and aileron flaps:

infill = 3%

infill pattern = grid

layer high = 0.15mm

retraction extra prime amount = 0,8mmΒ³ (depends on printer)

Speed = 15-30mm/s (sometimes lower is better ;)

Slicing tolerance = middle

Wall line count = 1

Z seam position = back or sharpest corner

Combing mode = off

Support = tree

Support plaxement = touching buildplate

cooling = 0-30 %

Fuselage

special parameter:

infill = 100%

layer high = 0.25mm

retraction extra prime amount = 0.8mmΒ³ (depends on printer)

Speed = 15-30mm/s (sometimes lower is better ;)

Slicing tolerance = middle

Wall line count = 1

Z seam position = back or sharpest corner

Combing mode = off

Support = off (except if you using the data for smaller printer!)

cooling = 0-30 %

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