Py-Apple BLDC Quadruped Robot
An open-source quadruped robot using BLDC motors with FOC control for dynamic movement.
- Work in progress
- Level
- Intermediate
- Buildability
- 35/100
- Incomplete documentation
- Cost
- Not stated
Robots whose licenses allow commercial use. 182 robots on Robotheca, each with its licenses and its source on GitHub.
Page 7 of 8 · Ready to build first, then by buildability
An open-source quadruped robot using BLDC motors with FOC control for dynamic movement.
QuadrupedAn open-source quadruped robot designed for easy DIY with low-cost hardware and software.
An open-source quadruped robot mechanical structure designed to support the Py-Apple Controller and Py-Apple Dynamics software.
A small wheeled mobile robot built around a Raspberry Pi, with 3D-printed parts and CAD files for rebuilding its hardware.
A small two-wheeled differential-drive mobile robot platform built on a Raspberry Pi, with 3D CAD data for the robot and its optional parts.
Robot armA DIY 3D-printable 6-axis desktop robotic arm with closed-loop encoders on each joint, driven by Nema 23 and Nema 17 stepper motors and custom planetary gearboxes.
A quadruped robot controlled by an STM32F103C8T6 microcontroller, capable of walking forward, backward, and lifting its legs.
DroneAn open-source micro drone based on ESP32-S3, controllable via smartphone app, browser, or remote controller with Wi-Fi video transmission and RID broadcasting.
A line-following robot hardware documentation set with CAD files, 3D printable parts and circuit schematics for the TrainingTracer Ver.3 educational robot.
WheeledA six-legged wheel-legged robot with four joint motors and two hub motors, controlled by a DJI RoboMaster C-type development board.
A jumping reaction wheel unicycle robot that balances on a single wheel and can jump.
OtherA transformable robot that switches between a spherical rolling mode and a hexapod walking mode.
An open-source quadcopter framework providing schematics and flight control source code.
An open-source 6-DOF anthropomorphic robotic hand with linkage-based fingers and worm-and-rack transmissions, intended as a low-cost platform for research and education.
DroneA lightweight drone flight controller using STM32, PID control, and BLDC motors.
OtherA 3.5 kg wheeled combat robot with STM32 and Raspberry Pi, designed for robot fighting competitions.
A low-cost quadruped robot built with 35 kg servo motors and 3D-printed parts.
A compact quadruped robot designed as a desk pet, featuring FreeRTOS-based control, tomato timer, expression display, and interactive motions like walking, turning, waving, and bowing.
An open-source parallel four-legged robot with eight motors designed to achieve four gaits from slow to fast.
An open-source humanoid robot designed with SolidWorks CAD files for 3D printing and assembly.
A full-size humanoid robot with 43 degrees of freedom, designed for bionic motion and autonomous navigation in complex environments.
An AI-powered robot hand that can be rebuilt by 3D printing its parts.
The Ruishi modular exoskeleton: joint and slip-ring modules, the hardware and joint-motor lists, and installation examples.
An open-source hardware solution for the 20th National University Intelligent Vehicle Competition unicycle category Q-car model, featuring integrated PCB and 3D-printed parts.
Robots 145–168 of 182