WALL-E Desktop Robot
A desktop-scale WALL-E robot project with 3D-printable parts and CAD files.
- No license
Open-source robots with their licenses, parts and source files. Every page is pinned to a commit on GitHub.
Page 11 of 12 · Ready to build first, then by buildability
A desktop-scale WALL-E robot project with 3D-printable parts and CAD files.
KunPeng is a dual-rotor drone that can achieve stable hovering at a fixed point and altitude.
Mechanical model and parts list of HighTorque's Panthera-HT robot arm: SolidWorks 2024 sources, STEP files and a BOM spreadsheet.
A repository of 3D printable STL parts for the pib robot, currently including C-Arm components.
A home service robot designed during undergraduate studies, featuring mechanical hardware and 3D modeling.
A six-legged robot controlled by STM32 microcontrollers with multi-modal control including cloud, WiFi, Bluetooth, voice, and gesture recognition.
A micro-scale swashplateless twin-rotor flying robot with its own flight controller hardware, control software and mechanical design.
A quadrotor UAV based on STM32F103C8T6, FreeRTOS, and cascaded PID for experimental flight control and remote operation.
An open-source, cost-efficient unmanned ground vehicle (UGV) platform equipped with multiple LiDAR sensors for mapping and navigation.
A DIY quadcopter drone built from scratch using an STM32F411CEU6 microcontroller.
Open-source electronics hardware for a kart entry in the 21st Intelligent Car Competition provincial round, designed in LCEDA Pro.
An open-source quadcopter flight controller and electronic speed controller with CAD files for a drone frame.
A quadcopter built entirely with integrated PCB components for FPV flight.
A quadcopter drone built by a student group for educational purposes, featuring STM32F401-Nucleo64 flight control.
A minimalist underactuated robotic hand with one motor per finger, achieving adaptive grasping for humanoid robots.
A small homemade quadcopter using an F411 and NRF51822 flight controller based on the open-source MiniFly design.
An open-source two-finger adaptive gripper inspired by the Robotiq design.
A two-wheeled self-balancing robot based on STM32 microcontroller.
A customized terrestrial-aerial bimodal vehicle platform for autonomous navigation on land and in the air.
A two-wheel remote-control smart car: schematic, circuit board pictures, program, soldering tutorial, manual and how it works.
A two-wheeled self-balancing car based on STM32.
A self-balancing hoverboard project that includes STM32 firmware and PCB designs.
A PCB-based quadrotor drone designed for research experiments, featuring 8520 coreless motors and 55mm propellers as a simple aerial mobility platform.
An open-source smart car designed for the 18th Smart Car Competition, featuring camera-based recognition and control.
Robots 241–264 of 270