danaclarkeiii / zenith-flight-computer

Zenith-Flight-Computer

Disclaimer for Zenith Flight Computer Repository:

This repository serves as a comprehensive collection of all publicly accessible information and resources related to the Zenith Flight Computer. As part of my commitment to comply with International Traffic in Arms Regulations (ITAR), I have deliberately excluded any software related to flight path control or targeting from this repository.

The Zenith Flight Computer has been primarily designed and built for model rocketry enthusiasts. This cutting-edge technology is perfect for hobbyists and professional rocketry projects alike, offering numerous capabilities to enrich the model rocketry experience. However, please be aware that although I aim to equip rocketry aficionados with advanced resources, I strictly adhere to legal and ethical boundaries, thus avoiding any potential misuse or violation of regulations.

zenith-flight-computer's Issues

Add current limiting resistors to the 5v servo power line

Look into changing form JST connectors to ribbon cable connections between PCBs

Add capacitors to the schematic for 5v TI PSU to servo motors

Order finalized V1.0 PCBs

LORA Transceiver must be changed to a 915MHz radio

Add NSS pin connection for LORA module to Teensy 4.0

Add power switch and ARM switch to power board

Review BMI088 datasheet to see what each accelerometer and gyroscope interrupt is used for. See what can go unused.

Add 1000uF capacitors for 5v servo board

AW3610 Needs 3 pulses at startup on EN pin to change it into mode 3 for max current output

Implement the integration of a 24V boost converter as an interim for powering the servo motors over PCB traces. This will allow thinner traces for servo power.

Create Arduino library to abstract processes for LORA-Transceiver control

Change SCK Net Port on 3-Axis Hall Sensor to SCL

Delete TempData Net Port from Teensy connection. (Temperature data can now be accessed through the BMP280 over I2c)