I don't care as much about the combat as about the efficiency.
That's a big wing airfoil, and it's cheap foam, and it's not as mechanically complex as a helicopter. There is potential here for low-speed heavy lift. I wish they'd included a scale-up of batteries from "Tiny" to "Too heavy to loft", with sustained in place hover times and watts per kilogram as the performance metric.
That guy is 3 parts genius and two parts absolute madman. He's like Lilienthal and if he's not going to be more careful he'll end up the same way. 15 meters is all it took. When you fail with aircraft it is better if they don't work at all. He is now getting into an area where the accidents will get more severe until he becomes more careful or ends up in the hospital or worse.
ciaranmca 10 hours ago [-]
It’s a really interesting project, worth checking out the video where he merged it with a companion computer to do computer vision tasks and inject controls straight into the flight controller https://m.youtube.com/watch?v=uaY2G5Kbj_g
https://www.youtube.com/watch?v=JoVmejDsMrM
That's a big wing airfoil, and it's cheap foam, and it's not as mechanically complex as a helicopter. There is potential here for low-speed heavy lift. I wish they'd included a scale-up of batteries from "Tiny" to "Too heavy to loft", with sustained in place hover times and watts per kilogram as the performance metric.
https://youtu.be/UI52ghUYKO4?si=LCY7mJhWDwH6MZy8&t=2044
One of the first flight controllers he coded was in Arduino..
https://github.com/nickrehm/dRehmFlight/tree/master/Versions...
He deliberately kept the code in single file and made sure it was still easy to follow.
Ironically, he says at some point in one of his videos 'I'm not a software guy' and next gives a masterclass about how it is done.