Open Source Hardware
Showing 36 of 81 projects
Open-source 3-axis brushless gimbal controller board based on STM32 microcontrollers for stabilization applications.
A curated collection of free resources for electronics enthusiasts, hardware hackers, and makers.
A command-line tool for automating the generation of fabrication and documentation files from KiCad PCB projects.
A wireless, open-source foot controller for MIDI and HID commands, enabling hands-free control for musicians, streamers, and presenters.
An open-source hardware data logger that records serial data to microSD cards up to 64GB.
A customizable digital clock display designed for Raspberry Pi and monitors, featuring weather, news, and optional hardware integration.
An open-source, low-cost, camera-based weed detection device for precision spot spraying in agriculture.
An open-source swimming pool automation system using Raspberry Pi and Home Assistant for monitoring and control.
A curated list of open-source electronic modules, subsystems, and projects for building robots.
A curated collection of FPGA resources including tutorials, books, devices, tools, and community references for hardware development.
A comprehensive collection of KiCad footprints aggregated from multiple open-source libraries.
A curated list of awesome applications, macros, 3D printed cases, guides, and resources for the Adafruit rp2040 MacroPad.
Open source software and hardware for vehicle control, stabilization, autonomous vehicles, and robotics.
A curated list of open-source tools for power electronic engineers, covering simulation, design, magnetics, and control platforms.
A 3D-printed tricopter/fixed-wing hybrid VTOL aircraft designed for R/C, FPV, and UAV experimentation.
An open-source, DIY avionics system providing affordable ADS-B reception, flight data, and situational awareness for general aviation pilots.
A Python library for interacting with FLIR thermal imaging cameras, capturing raw images, and converting proprietary file formats.
An open-source Raspberry Pi HAT that transforms the Pi into a full-featured vital sign monitor for ECG, SpO2, and respiration.
Open-source flight controller firmware for FPV drones with sane defaults and OSD configuration.
An open-source digital FPV system using ESP32 cameras for low-latency video, telemetry, and RC control.
An open-source hardware remote control for Spotify that helps you discover new music and control playback on any Spotify Connect device.
Arduino-based telemetry system for RC models, supporting multiple sensors and transmitter protocols.
Generates G-code for drawbots and polargraphs from images, optimized for multi-pen setups like Copic markers.
An open-source long-range RC system based on LoRa with peer-to-peer aircraft communication and full telemetry.
A curated list of resources, projects, and communities focused on sustainable, resilient, and regenerative computing practices.
Open-source CNC firmware for diverse robotic systems including polargraphs, robot arms, and delta robots.
Convert folders or RSS feeds into Studio pack zip files for Lunii and compatible audio storytelling devices.
Example sketches for building DIY HomeMatic-compatible 1-channel remote controls using Arduino and the AskSinPP library.
MicroPython driver library for Soldered Inkplate ePaper display boards, enabling easy programming of ESP32-based ePaper displays.
A curated list of awesome open-source hardware design tools with a focus on chip design.
A 5.1" FPV drone frame designed for DJI Air Unit O3/O4 Pro compatibility, offering a clear camera view and customizable options for freestyle and cinematic flying.
A hackable, portable mini dashboard and control center powered by MQTT for monitoring and controlling IoT devices.
Open source API and hardware for monitoring plant rootzone conditions via EC, pH, and runoff sensors.
An open-source giant FPV racing drone frame designed for X-Class/Mega Class competition and community manufacturing.
An open-source ultralight FPV drone frame for 4-5 inch propellers, designed for lightweight components and community-driven innovation.
Control DJI Robomaster S1/EDU robots via CAN BUS using STM32 microcontrollers running Micropython.
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