Sorry I forgot that the windows resolution is not 1024x240 but 1024x480: D
the 2 LEDs are seen almost superimposed and I think that's how it should be, by tilting the gun, however, they divide and widen if point downwards there is a black point that moves and then the movements are reversed, that is, if point in top the LEDs move downwards etc. and the central white point seems to be decentralized on the right and the colored LEDs too far from the sides
https://photos.app.goo.gl/jFTm9qQSpsoyB2Xb6
It's a normal behavior, it doesn't see 2 LEDs for each of the 4 points(the maximum LEDs this cam can pick up is 4)
The duplicated slightly grayish ones you can see are not real LED points, they are only there to show the result of the tilt correction made by the firmware.
So they should always stay horizontal.
It's just a way of checking if everything is working normally;
Their position doesn't matter, but if those start being twisted of flipped, then is something wrong.
https://photos.app.goo.gl/bUEDRdhdgwJJy2rT9
but the black dots indicate that there is a problem with the detection of the leds?
Not necessarily, it just means the system can see it, but doesn't know which of the 4 LEDs it is yet (Top, bottom, left, right).
It's normal when seeing only one led after aiming offrange.
But I just realized something funny: your gun is clearly picking up the scrolling light under your cab, and it messes with it
I'm still not an electronic specialist, but if I was you I would start powering them with a couple of AA batteries (so a total of 3~3.3V) to check how well they turn.
And then try with a 5V power to see if they seem to turn faster/too fast.
Motors have quite a good tolerance for over voltage usually, so it shouldn't blow up or anything.
If it's USB there is a big chance it's 5V tho, 3V ones are more likely to be smaller than that and be in wireless controllers.
There are even motors that work with 7~9V in the PS2 Dual shock controllers, but they are turning a bit slow and weak with the arduino
you are certainly more experienced than me ...: D
3v
https://photos.app.goo.gl/JJTsMyCCysG7KhtG6
5v
https://photos.app.goo.gl/PH7Vb4YhUWR5b7jbA
it seems that at 5v it is much faster ... does this mean that it must go to 5v or that it is in overvoltage and therefore it turns faster?
Yeah the 5v looks correct for me.
Well I think the worse that can happen is frying the motor, nothing much worse (I guess
)
But again, if someone better than me at electronics can confirm that to you that would be better