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humanoidrobot.build

Printables · package 0.1.0

Print Stanford Pupper (v1)

Every part to print or fabricate, with its material, process and the upstream file. Print them yourself, or send the same files to a print service and ask for a quote.

Printed parts
13
Entries
11
Filament (stated)
not stated
Printer time
not stated
Processes
FDM · 13CNC · 10
Minimum printer (stated)
not stated in the package
Your printer volume, mm (X × Y × Z)
Fit (stated minimum)min. bed not stated
Plates on this bed—Needs grams per part; the package has none.

By material

  • PLA13 parts
  • CF composite10 parts

Printer time: not stated. 13 printed parts carry neither grams nor hours.

All entries

PartProcess · materialQtyh / partg / partFiles
Body support "Front1" (FrontFront.stl), holds 2 hip bearingsprinted.front-frontFDMPLA or PETG (SLS PA12 if ordering out)1——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill (BOM 3D Printed P
Body support "Front2" (FrontBack.stl)printed.front-backFDMPLA or PETG (SLS PA12 if ordering out)1——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill
Body support "Back1" (BackFront.stl), holds 2 hip bearingsprinted.back-frontFDMPLA or PETG (SLS PA12 if ordering out)1——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill
Body support "Back2" (BackBack.stl)printed.back-backFDMPLA or PETG (SLS PA12 if ordering out)1——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill
Raspberry Pi case (picase.stl)printed.picaseFDMPLA or PETG (SLS PA12 if ordering out)1——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill
Inner hip (HipInsideFDM.stl); upstream suggests a 5th as a spareprinted.hip-insideFDMPLA or PETG (SLS PA12 if ordering out)4——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill
Outer hip (HipOutsideFDM.stl); upstream suggests a 5th as a spareprinted.hip-outsideFDMPLA or PETG (SLS PA12 if ordering out)4——source · drive.google.comprofile: 0.2-0.4 mm layers, >50% infill
Carbon fiber plate "Top"cf.plate-topCNCCarbon fiber sheet 1.5 mm1——source · docs.google.comprofile: CNC routed; see the BOM Carbon Fiber Routed Part
Carbon fiber plate "Bottom"cf.plate-bottomCNCCarbon fiber sheet 1.5 mm1——source · docs.google.comprofile: CNC routed
Carbon fiber upper legcf.upper-legCNCCarbon fiber sheet 3 mm4——source · docs.google.comprofile: CNC routed
Carbon fiber lower legcf.lower-legCNCCarbon fiber sheet 2 mm4——source · docs.google.comprofile: CNC routed

Using a print service

  1. Download the files from the linked folders (the maker’s repo, under its licence).
  2. Send them with the material per part from the table above; ask for the wall and infill settings the package gives.
  3. Compare the quote against printing at home: filament mass is not stated.

We have no print-service partners and show no service prices.

Not printable: 10 CNC parts go to a machining or cutting service.

Upstream files

File links are per part in the table above.