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Please ignore the smoke and obvious catastrophic disassembly. It was not the computer's fault!
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25 | It's fully compatible with the Arduino IDE, Platformio etc. Code is written in C++.
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27 | ### It's got a bunch of features that are sure to satisfy any model rocket enthusiast:
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29 | - Based on the SAMD51 microcontroller running at 120 MHz with 1MB of flash. (ATSAMD51J20A-MUT)
30 | - Bluetooth Low Energy (BLE) controllable. Send and receive data between the rocket and your phone.
31 | - 3 Servo Channels ( Use two for thrust-vectoring and one for other stuff like a mechanical parachute ejection system!)
32 | - 2 Pyro Channels capable of ingiting motor ignitors and nichrome wire. Fully PWM controllable for variable current control.
33 | - 1 DC Motor driver for those times you need roll control with a reaction wheel.
34 | - Runs on 2S and 3S LIPO batteries. 3S preferable (11.1 V)
35 | - Includes an arming terminal to keep you safe from misfiring pyro channels.
36 | - Six axis IMU (BOSCH BMI088) and Altimeter (MS560702)
37 | - SD Card port so you can save your data!
38 | - 16MB of external flash storage. Save data during flight (SD card connections can be sporadic during flight due to vibrations)
39 | - RGB Neopixel LED and Buzzer
40 | - Extra UART and I2C Connections in case you want to hook up external sensors like a GPS module!
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42 | ## Schematic preview
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44 | The board was designed using EasyEDA and fabricated using JLCPCB.
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