camerart
Well-Known Member
[ https://www.electro-tech-online.com/threads/remote-control-by-location-part-2.163189/ ]
This is the Control section of the above project, where the Joysticks on the BASE transmitter and the Incemental encoder movements are sent to the REMOTE.
As the name suggests, the idea is to send a location + orientation + direction (AIM) a bit like a cross on a map, with altitude, and the REMOTE should go to that location. In practice the location will be mostly just in front of the REMOTE, like a carrot and donkey.
I have ideas for doing this, but they're not fully formed, and much of it will need calculations, that will hopefully interest some of you. e,g, in a similar way to conventional RC, instead of THROTTLE, 'UD' (UP/DOWN) is used. In this case the ALTITUDE at take off will be the same, and as UD is moved 'say' 1MTR, once sent to REMOTE it will calculate 1MTR above it's ALTITUDE and switch the Prop motors on until it achieves 1MTR.
Please ask questions if this interests you.
Cheers, Camerart.
This is the Control section of the above project, where the Joysticks on the BASE transmitter and the Incemental encoder movements are sent to the REMOTE.
As the name suggests, the idea is to send a location + orientation + direction (AIM) a bit like a cross on a map, with altitude, and the REMOTE should go to that location. In practice the location will be mostly just in front of the REMOTE, like a carrot and donkey.
I have ideas for doing this, but they're not fully formed, and much of it will need calculations, that will hopefully interest some of you. e,g, in a similar way to conventional RC, instead of THROTTLE, 'UD' (UP/DOWN) is used. In this case the ALTITUDE at take off will be the same, and as UD is moved 'say' 1MTR, once sent to REMOTE it will calculate 1MTR above it's ALTITUDE and switch the Prop motors on until it achieves 1MTR.
Please ask questions if this interests you.
Cheers, Camerart.
Last edited: