Well, if both engines are running at the same power, then pitch.
Add an engine failure, so one at max power, the other one a "drag".
She is going to pitch, roll and yaw, all at the same time.
Now, it is time for both the pilot and the programmer to earn their salary.
--- Graham
==
On Friday,
Hi Dan,
thank you to share your project, really nice :)
I saw that you used the standard pocketbeagle. I also noticed that you are
the author of a hackday.io article about the PMU inside the pocketbeagle
which I'm also interested in that.
Like you, I also have a project that uses the Rpi
Although it isn't the 4.3" CAPE, I have gotten a generic and inexpensive
2.8" ILI9348-based SPI display to work with the Pocketbeagle (and
Beaglebone black). It seems reasonably fast although I'm sure not as fast
as the parallel display. I haven't yet gotten the built-in TSC2046
resistive
