An open-source, ROS 2–based DIY Mecanum-wheel mobile robot designed to inspire your enthusiasm for robotics.
Try using myAGV for automatic navigation with TEB-DWA algorithm.
Robot on a moving platform for the treatment of premises from COVID19 bacteria using an ultraviolet lamp, remotely controlled
This first part of a series on building a helper robot describes the planning stages and early systems integration testing.
Use genuine moon data to train the AI of the lunar robot! It uses ROS2 to prepare and avoid obstacles for future space exploration.
A scene of a compound robot
By developing autonomous wheelchair with self driven capability for moving towards the desired location.
Map creation and automatic navigation with myAGV
Health technology assessment evaluated the effectiveness and impact of portable UV light surface-disinfecting devices for reducing HAIs.
As a Hiwonder customer, Alex Schultz provides an honest review of JetAuto's functions, offering a clear understanding of its capabilities.
Design and development of a robust 4-DoF robotic arm from scratch. The project covers both HW and SW implementations.
Skip the complex setup. Discover how the ROSOrin Pro brings the OpenClaw AI Agent to Raspberry Pi with zero-stress integration.
It is a ROS artificial intelligence robot based on the NVIDIA JETSON NANO 2GB board. Built-in ROS and OPENCV, Python3 programming.
ROSMASTER X3 PLUS is an omnidirectional movement robot developed based on the ROS robot operating system.
This repo contains the firmware of ESPcopter that enables this drone to communicate with ROS.
Utilize KV260's hardware acceleration to perform reliable human position estimation
Get a comprehensive insight into JetHexa's features with an honest review from Hiwonder's customer, Kris Tierney.
An AMR using ROS, Particle Photon for remote or autonomous movement, and Particle Cloud for real-time data storage, and environmental mapping
Support MoveIt simulation and 3D mapping navigation for Nvidia Jetson NANO 4GB B01
This project integrates WSL, ROS, and Unity to build a cross-platform control environment for robotic arm to perform pick-and-place task.
Create a wheeled robot based on Visual SLAM technology powered by Radxa X4 N100 Board, Realsense D435i camera, Intel Robotics SDK software.
Create a wheeled robot based on Visual SLAM technology powered by Realsense D435i camera, Intel Robotics SDK software, and any x86 Intel CPU
More vision and DIY kits for drawing, laser engraving, and AI sorting
Learn to build and optimize ROS 2 Docker containers specifically for the Raspberry Pi's ARM64 architecture and resource constraints.
