Ltu-rocket Firmware -

All firmware commits must pass:

Here’s the typical workflow for getting LTU-Rocket onto your board. ltu-rocket firmware

The firmware follows a :

pio run -e ltu_mk3 -t upload

However, the true mark of professional-grade aerospace firmware is not just how it handles nominal operations, but how it manages anomalies. The LTU-Rocket firmware was architected with a "defensive programming" philosophy. In the harsh environment of rocketry, where vibration and electromagnetic interference are prevalent, memory corruption or sensor failure is a tangible risk. The firmware employs watchdog timers and redundant state checks to ensure the system never enters an unknown state. If a sensor reports out-of-bounds data, the software must logic-check the reading against redundant sensors, rejecting bad data without crashing the flight computer. This robustness ensures that a single hardware fault does not cascade into a catastrophic mission failure. All firmware commits must pass: Here’s the typical