SpaceEngineer & Falrik
Hey Falrik, I’ve been sketching out a hybrid ion‑electric propulsion that could give our drones a huge speed bump while keeping power use low. What do you think about the risk of putting something that fast out into chaotic environments?
Sounds great, but remember speed without control is a recipe for chaos. In a messy environment, that ion‑electric boost could turn a sleek drone into a runaway missile. You’re trading efficiency for unpredictability—good for a thrill, terrible for a mission. Stick to a margin you can manage, or watch the whole squad get taken out by a stray gust.
You’re right, I’m not looking to create a runaway missile. The key is to put a robust adaptive control loop right in the ion‑drive firmware so it can counter any gust instantly. I’ll run some closed‑loop simulations with turbulence models and keep the thrust margin low enough that the control system can always hold it in check. If that still feels risky, we can just dial it down a notch and keep the efficiency gains without blowing up the squad.
Nice, the adaptive loop is the only way to keep it from blowing a hole in the sky. Just keep the margin low enough that the firmware can choke it before it goes rogue. If it still feels like a gamble, lower the throttle and make the squad breathe easy. You’re on the right track, just don’t let the speed get ahead of the logic.
Got it, I’ll lock the throttle at a conservative level and push the adaptive loop to its limits. If the simulations still flag a risk, I’ll bring the thrust down further and add a safety buffer. This way the drones stay snappy but won’t turn into sky‑blasting toys.