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humanoidrobot.build

Printables · package 0.1.0

Print LeKiwi

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
18
Entries
14
Filament (stated)
not stated
Printer time
≈ 34 h
Processes
FDM · 18
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

  • PLA18 parts

Printer time: ≈ 34 h (stated in the steps). 18 printed parts carry neither grams nor hours.

All entries

PartProcess · materialQtyh / partg / partFiles
Base plate bottom (base_plate_layer1.stl)printed.base-plate-bottomFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Base plate top (base_plate_layer2.stl)printed.base-plate-topFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Drive motor mount (drive_motor_mount_v2.stl)printed.drive-motor-mountFDMPLA3——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Servo wheel hub (servo_wheel_hub.stl, modified VEX VersaHub)printed.servo-wheel-hubFDMPLA3——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Servo controller mount (servo_controller_mount.stl)printed.servo-controller-mountFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
5 V power bank holder (5v_specific/5v_power_bank_holder.stl); 12 V builds print battery_mount.stl or battery_mount_eu.stl insteadprinted.power-mountFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Raspberry Pi 5 case top (pi_case_top.stl)printed.pi-case-topFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Raspberry Pi 5 case bottom (pi_case_bottom.stl)printed.pi-case-bottomFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Webcam base mount (webcam_mount/webcam_mount.stl); Arducam builds use base_camera_mount.stlprinted.webcam-base-mountFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Gripper with M3 nut insert for the wrist webcam (webcam_mount/so100_gripper_cam_mount_insert.stl)printed.webcam-gripper-insertFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Webcam wrist mount (webcam_mount/webcam_mount_wrist.stl); Arducam builds use wrist_camera_mount.stlprinted.webcam-wrist-mountFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
Modified follower arm base (modified_base_arm.stl), optional but recommended if you have not built an SO-100/101 yetprinted.modified-arm-baseFDMPLA1——STL · github.comprofile: PLA; 0.2 mm layers; 15% infill; 150 mm/s; auto-o
SO-101 follower arm parts (SO-ARM100 STL/SO101 follower plate)printed.so101-followerFDMPLA+ (per SO-ARM100)1——folder · github.comprofile: SO-ARM100 settings: 0.2 mm layers, 15% infill, s
SO-101 leader arm parts (SO-ARM100 STL/SO101 leader plate)printed.so101-leaderFDMPLA+ (per SO-ARM100)1——folder · github.comprofile: SO-ARM100 settings: 0.2 mm layers, 15% infill, s

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.

Upstream files

File links are per part in the table above.

Hardware licence: Apache-2.0