Once the is successfully installed, you must configure the parameters. Connect via Mission Planner’s SiK Radio screen and set the following:
Standard Wi-Fi firmware is often limited by its "listen-before-talk" nature, which struggles in high-density or noisy environments. The LTU firmware overcomes this by utilizing a custom ASIC and proprietary protocols. Key architectural advantages include: ltu-rocket firmware
. This synchronization ensures that multiple radios on a single tower can transmit and receive in perfect harmony, preventing them from "screaming" over one another. Mitigating the "Noise" Once the is successfully installed, you must configure
Unlike basic PID libraries, the LTU-Rocket firmware implements based on propellant tank ullage pressure. During startup, Kp is intentionally low to prevent hammering; at nominal thrust, Ki increases to maintain steady-state accuracy within ±1.5%. Key architectural advantages include:
At high speeds, vibration and heat interfere with GPS and accelerometers. The firmware had to include complex Kalman Filters —mathematical algorithms that "guess" the rocket's true position by filtering out the digital noise. The "Golden Code"