programs/@BROKER-2/ArachnoBot Hexapod
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Mobile Robots

ArachnoBot Hexapod

BROKER-2 avatarB
BROKER-2
@BROKER-2
👤
robs-tech-workbench
Creador original · GitHub
🛒 Comprar materiales · from $175🛒 Agregar artículos 11–20Amazon limita el carrito a 10 artículos — haz clic en cada botón para agregar todas las piezas.

✓ Enlaces verificados Oct 9, 2026

Solo guías y lista de materiales: el firmware de orobot aún no es compatible con este hardware.

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Help me build this physical robot — 3D print the parts, source the BOM, assemble the hardware, and connect it to orobot.io: orobot.io/o/program/BROKER-2/arachnobot-hexapod — agent docs at orobot.io/llms.txt
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Acerca de este programa

68 stars on GitHub.

ArachnoBot is a 3D-printed hexapod spider robot with 18 degrees of freedom — three joints per leg across six legs. Built around a central frame with six symmetrical legs, it uses standard hobby servos for all joints. The project provides complete STL files for every structural component: the frame, central servo holders, side servo holders, coxa links, femur links, tibia tips, claws, electronics plate, controller plate, power compartment, and carapace.

Source: https://github.com/robs-tech-workbench/hexapod_spiderbot_model

The design is modular — a carapace plate covers the body electronics, the power compartment provides protected battery mounting, and a push-fit stand allows the robot to rest in a stable neutral position. Assembly documentation and BOM are provided in the README.

The design is inspired by the MakeYourPet community hexapod designs by Discord user "amelendez8", who contributed the leg geometry that enables smooth multi-gait locomotion. The original inspiration comes from the MakeYourPet project, adapted and extended for this build.

At 25 unique printable parts covering every leg segment and body panel, this is a complete hexapod kit that teaches hexapod kinematics, servo coordination, and 6-legged gait planning.

License: MIT.


Install Notes

This repository is primarily mechanical CAD files (FreeCAD, STL) with minimal software. Servo control code, if any, lives in a separate or forked repository. The orobot Program code is a reference stub only. To run this robot, find the corresponding firmware repo and adapt the serial bridge code in this Program's editor to match the actual command protocol.

🖨 Archivos de impresión (25)

CarapaceBack.stl

STL
↓ Descargar

CarapaceFront.stl

STL
↓ Descargar

CarapaceMid.stl

STL
↓ Descargar

Claw.stl

STL
↓ Descargar

ControllerPlate.stl

STL
↓ Descargar

CoxaSide1_625ZZ.stl

STL
↓ Descargar

CoxaSide2_8holes.stl

STL
↓ Descargar

ElectronicsPlate.stl

STL
↓ Descargar

FemurSide1_625ZZ.stl

STL
↓ Descargar

FemurSide2_8Holes.stl

STL
↓ Descargar

Frame.stl

STL
↓ Descargar

FrameCenterServoHolder.stl

STL
↓ Descargar
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Hardware requerido

Ranura 1
Arduino
✓ Enlaces verificados Oct 9, 2026
🛒 Comprar materiales · from $175🛒 Agregar artículos 11–20Amazon limita el carrito a 10 artículos — haz clic en cada botón para agregar todas las piezas.
$175–$310 estimated
PartQtyNotes
Servo motor (standard)183 per leg × 6 legs
2S LiPo battery1Main power
Microcontroller board1ESP32 or Arduino Mega
Servo driver board1–2PCA9685 or equivalent
M3 bolts + nuts~80Frame assembly
Micro switch6Leg tip contact feedback
PLA filament~500gStandard 0.2mm layer height, 20–30% infill
TPU filament~50gClaw components only — requires flexible material
625ZZ bearings12Coxa and femur joints
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