AVIONICS
The Avionics team designs custom electronics hardware and software that is essential for operating our rockets systems safely and collecting valuable data about our systems.
Join the Avionics team!
Avionics is always looking for members interested in learning PCB design, soldering, Rust, Python, JavaScript, data analysis, and hardware in the loop testing.
SUBTEAMS
Master Computer Flight Software
MCFS is our custom front- and back-end C++ software stack allowing us to remotely control not just our vehicles, but also our ground support equipment. A custom GUI allows operators to monitor and control everything during tests and flight.
Engine Controller (EC)
The brains behind the YJ-1S engine, this system is a combination of solenoid drivers, power circuits, feedback circuits, and several microcontrollers- all geared towards maintaining constant control of the engine and fluids system throughout test and flight.
Avionics Sensors (AVSEN)
The Avionics Sensors reads and interprets from flight sensors including a GPS, Accelerometer, Magnetometer, Altimeter and IMU. It is responsible for collecting data needed to estimate the current state of the rocket. The Flight Computer then implements GN&C Algorithms using this data.
Propulsion Sensors (DAQ)
The Propulsion Sensors (DAQ) reads and interprets from sensors like Pressure Transducers and Thermocouples. It is responsible for collecting all of the system critical data related to the engine and fluids system.
Battery Management & Power Distribution System (BMS)
The BMS is responsible for providing controlled, regulated power to the entire rocket. It actively monitors a custom battery pack of 18650 Li-ion cells, which are used to provide power to the rest of the vehicle.
PROJECTS
