PathOn Robotics

Robots & Parts

Hardware we build at PathOn Robotics, plus a curated map of the open-source and low-cost platforms we work with. Click any entry to learn more.

Robots

Anything with motors you drive — arms, mobile bases, quadrupeds, teleoperation leaders, and end-effectors like dexterous hands and grippers.

Mounts & Adapters

Passive 3D-printed hardware that bolts onto a robot — sensor brackets, arm-to-tool adapters. No actuators of their own.

Showing 18 of 18 entries

Livox Mid-360 Mount for Unitree Go2PathOn RoboticsMount & Adapter

Livox Mid-360 Mount for Unitree Go2

Sensor Mount

3D-printable cantilever bracket that holds a Livox Mid-360 LiDAR forward of the Go2's head for an unobstructed 360° horizontal FOV.

Research
PathOn Dexterous Hand V1PathOn RoboticsRobot

PathOn Dexterous Hand V1

Dexterous Hand

3-finger servo-actuated hand built around 7 DYNAMIXEL XL330-M288-T servos — research-grade feedback, printable CAD/STL/3MF.

Research
PathOn Dexterous Hand V2PathOn RoboticsRobot

PathOn Dexterous Hand V2

Dexterous Hand

Compact 3-finger hand built on Feetech SCS0009 micro servos — smaller and lighter than V1, with a prepared print plate.

ResearchEducation
PathOn Dexterous Hand V3 — Barrett-StylePathOn RoboticsRobot

PathOn Dexterous Hand V3 — Barrett-Style

Dexterous Hand

Barrett-style underactuated hand: 8 joints driven by 4 DYNAMIXEL servos. CAD assembly and the first printable STLs are released; 3MF, sim models and assembly docs are still to come.

Research
Piper Leader ArmPathOn RoboticsRobot

Piper Leader Arm

Robotic Arm

3D-printable 6-DOF leader arm for teleoperation, built around Feetech SCS215 serial bus servos with a squeeze trigger at the wrist.

TeleoperationResearch
SO-101 6DoF ArmPathOn RoboticsRobot

SO-101 6DoF Arm

Robotic Arm

The SO-101 arm upgraded from 5DoF to 6DoF — two printed wrist links (pitch + yaw) and one added STS3215 servo, so the arm can approach objects from any angle.

ResearchEducation
SO-101 Symmetric GripperPathOn RoboticsRobot

SO-101 Symmetric Gripper

Gripper

Rack-and-pinion parallel-jaw gripper for the SO-101 arm where both fingers move equally, giving balanced grasping force for reliable pick-and-place.

ResearchEducation
AgileX PiPERRobot

AgileX PiPER

Robotic Arm

Lightweight 6-DOF arm weighing ~4 kg with 1.5 kg payload and ±0.1 mm repeatability. Native ROS/ROS2 support and Python API.

Research
Amazing HandRobot

Amazing Hand

Dexterous Hand

Self-contained, 3D-printed robotic hand with 8 DOF costing under €200, covered with TPU shell. Four fingers with two motors each.

ResearchHobby
Clearpath Robotics TurtleBot 4Robot

Clearpath Robotics TurtleBot 4

Mobile Base

Industry-standard mobile robot for ROS2 development and education.

EducationResearch
CyberBrick by Bambu LabRobot

CyberBrick by Bambu Lab

DIY Kits

Modular hardware kit enabling 3D printing designers to build functional robots — arms, combat robots, vehicles, and droids.

HobbyEducation
Elephant Robotics myCobot 280 PiRobot

Elephant Robotics myCobot 280 Pi

Robotic Arm

6-DOF collaborative robot powered by Raspberry Pi 4B. Supports Python, C++, ROS, and Arduino with AI kit and adaptive gripper.

EducationResearch
HIWONDER JetAuto ProRobot

HIWONDER JetAuto Pro

Mobile Manipulator

ROS2-enabled autonomous vehicle platform for navigation and perception research.

EducationResearch
Hiwonder MentorPiRobot

Hiwonder MentorPi

Mobile Base

ROS2 robot powered by Raspberry Pi 5 with 3D depth camera, TOF LiDAR, and SLAM navigation. Three chassis variants available.

Education
Hiwonder PuppyPiRobot

Hiwonder PuppyPi

Quadruped

ROS quadruped robot powered by Raspberry Pi 5 with AI vision, 8 coreless servos, OpenCV, and SLAM mapping.

EducationHobby
LeKiwiRobot

LeKiwi

Mobile Manipulator

Low-cost holonomic drive robot with manipulation capabilities for embodied AI experiments.

ResearchHobby
ROSMASTER X3 ROS2 RobotRobot

ROSMASTER X3 ROS2 Robot

Mobile Base

Mecanum wheel robot enabling omnidirectional movement for ROS2 development.

EducationResearch
SO-ARM101Robot

SO-ARM101

Robotic Arm

Standard Open Arm 101 — enhanced version with improved capabilities for robotic manipulation research.

ResearchEducation