Chris James's Projects
Fork of Tiny Multi Bootloader+
kingkong tiny tx x8 radio is a minimalism radio, it's use STM8L052R8(64K/4K) run at 12Mhz, wireless solutions is TI CC2500+CC2592
Affordable Industrial Grade Motion Control
a very very small gaming device.
Arduino Sketch to process IMU messages from MPU6050 and publish with tiny ROS messages
An all-in-one Arduino compatible reflow controller powered by ATtiny1634R
TizenRT is a lightweight RTOS-based platform to support low-end IoT devices
Open Source layered acrylic case for Phantom/QFR/Filco keyboards
Automatically exported from code.google.com/p/tm1638-library
TMC2130 (Trinamic) Breakout board for 3D printer upgrade to SPI mode
Proof of concept Archim2 Support on the way...
Keyboard firmwares for Atmel AVR and Cortex-M
Toaster oven reflow soldering controller
TokenGet is a tool to intercept Samsung Pay tokens using a credit card reader and a raspberry zero.
Testbed for new visualization tools
Allwinner develop tools
Apio package Tool for listing the usb devices and retrieving information from the ftdi chips
Nextion Touch Screen => NodeJS => NanoDLP By Mango3D
Ground Control Station for Android Devices
DIY quadcopter flight controller board.
Eagle CAD files - public domain, enjoy!
flexiable and scriptable password dictionary generator which can support brute-force、combination、complex rule mode etc...
Fusion 360 models and STL files for 3D printable twisty containers
WIP Android things driver for receiving 6CH PPM
A basic ground control station (GCS) interface for performing repetitive cycle testing on a Pixhawk-based drone. Used initially for hardware-in-the-loop (HIL) testing on a fixed wing drone. Servo drive values are overriden via serial mavlink commands sent over USB port by host program. Implemented on Windows using Win32 API for serial port write and read, with multi-threading, waitable timer, mutex, and wait conditions.
A program for controlling a micro-UAV for obstacle detection and collision avoidance using disparity mapping
Android application for drone control based on the MAVLINK protocol via Raspberry Pi
Original UAVP due to Dr. Eng. Wolfgang Mahringer.