-
```
What steps will reproduce the problem?
1. Set the mode switch to FBW_A at any point.
What is the expected output? What do you see instead?
Expected output: Control surfaces should respond to iner…
-
I have gotten my quad together and the beaglebone black is working fine. I however have not been able to fly yet due to it flipping. I am not sure if I have something wired wrong with the motors but e…
-
```
I loaded my 1280 mega board with the latest v2.5.3 firmware with the APM planner
The problem which I am facing is that when I arm motors and increase throttle
till just the position where the mo…
-
```
What steps will reproduce the problem?
1. Set the mode switch to FBW_A at any point.
What is the expected output? What do you see instead?
Expected output: Control surfaces should respond to iner…
-
```
What steps will reproduce the problem?
1. Boot Arduino
2. Log pages are iterated
3. Select 3 to exit logmode
4. Code waits for slider to be switched which does not exist on the
non-shielded mega.…
-
```
I loaded my 1280 mega board with the latest v2.5.3 firmware with the APM planner
The problem which I am facing is that when I arm motors and increase throttle
till just the position where the mo…
-
```
I think it would be neat with all propellers in the same level spinning the
same direction. That gives some obvious advantages:
Less (and also more stringent) "Y6 yaw issue", because the differe…
-
```
I think it would be neat with all propellers in the same level spinning the
same direction. That gives some obvious advantages:
Less (and also more stringent) "Y6 yaw issue", because the differe…
-
```
For safety on ground it is paramount to know whether the motor controls are
armed or not armed. As per default it is only signalled on the APM board on a
little, in many installations partly hid…
-
```
What steps will reproduce the problem?
1. Boot Arduino
2. Log pages are iterated
3. Select 3 to exit logmode
4. Code waits for slider to be switched which does not exist on the
non-shielded mega.…