Browse hardware designs
BoardRepo is the GitHub for hardware. View any KiCad schematic, PCB, and BOM in your browser and download the sources, no install and no account needed.
Public designs
Avionics system for the Martlet IV rocket.
The WeatherIOT Board is a simple, economical but effective ESP32 board that can be use as datalogger for enviromental monitoring with integrations for smart applications such as greenhouses, beehives, smart sprinklers, and much more
WASAロケットプロジェクト 共通電装基盤
Solar panel boards for the PyCubed-Mini PocketQube platform
Project contains BMS for lead-acid batteries and ESP-based board used to pull information from EASUN offgrid inverter, energy meters and sensors. It show informations od displays and use ESPhome to send it to Home Assistant..
OreSat solar array designs and CAD
A low-cost automatic weather station based on the open-source Arduino platform.
☀️ KiCad-based LT3652 solar battery charge controller PCB with solar input, battery charging terminals, charge/fault status header, adjustable control, schematic, PCB layout, and 3D renders.
KiCad design files for a wattmeter built with a Raspberry Pi Pico and an INA219 power monitor.
A custom-designed ATmega328P-based data logger PCB featuring dual I²C EEPROMs and a DS1337 real-time clock for reliable time-stamped data storage.
KiCad-based PCB project for an STM32-powered IoT weather station with environmental sensing, real-time clock support, battery charging, and e-paper display connectivity.
Arduino based data logger with LoRa IoT interface.
Datalogger board design with KiCad The design files are available and free to use. For Any project related question do not hesitate to message me.
Work-in-progress KiCad PCB design for a home automation relay and power monitoring board, including schematic review, PCB layout review, and DRC improvement notes.
4-layer PCB datalogger designed in KiCad — ATmega328P with DS1337 RTC, I2C EEPROM, and UART/SPI/I2C breakouts
Hardware PCB Design for AVR-based Datalogger using KiCAD
Weather station with DHT11 sensor, PCB is made in KiCad 9.0 and STM32 microcontroller code is for Arduino IDE.
Embedded power electronics project: intelligent 2S Li-Ion charger with protection, power switching and monitoring, designed in KiCad.