hmmm....
I say again.... why use a RF or an optical signal to link the gun to the hopper? Both are fairly complex and require some modification to the gun.
Putting a circuit on the hopper that "hears" the gun fire is very simple, requires no gun modification, doesn't have the alignment issues an IR optical system could have, won't suffer from interference from a RC race track and can be moved from gun to gun without any problems.
The sensitivity of the microphone is controlled with a resistor. The duration of the signal to turn the hopper on is also controlled with a resistor, meaning the hopper can be set to run for anywhere from 0 to 10 seconds or more whenever you shoot the gun.
I realize it's not as glamorous as having a bluetooth enabled gun and hopper, but it sure is alot easier to do.
Besides, as I said before, I know nothing about electronics but was able to do this myself.
Sorry for repeating this post.
I say again.... why use a RF or an optical signal to link the gun to the hopper? Both are fairly complex and require some modification to the gun.
Putting a circuit on the hopper that "hears" the gun fire is very simple, requires no gun modification, doesn't have the alignment issues an IR optical system could have, won't suffer from interference from a RC race track and can be moved from gun to gun without any problems.
The sensitivity of the microphone is controlled with a resistor. The duration of the signal to turn the hopper on is also controlled with a resistor, meaning the hopper can be set to run for anywhere from 0 to 10 seconds or more whenever you shoot the gun.
I realize it's not as glamorous as having a bluetooth enabled gun and hopper, but it sure is alot easier to do.
Besides, as I said before, I know nothing about electronics but was able to do this myself.
Sorry for repeating this post.

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