I know a lot of people have been playing around with using lasers or light beams to trigger the firing mechanisms on electronic markers. I also know that what I did was small potatoes and probably isn't that new. But, it is sweet.
I was trying to figure out how to take the sensor off of a revvy and mod it to trip the noid on my e-spyder. I couldn't really do it as easily as I thought I could so I just quit. As I was re-attaching my microswitch my old ricochet caught my eye and visions djust shot through me. If you're familiar with ricochets, you know they use the bend sensors to detect the motion of the balls through the feedneck. It is basically a small, thin strip of plastic that is very flexible. When it bends, electric current flows through it and it triggers whatever it is you want it to (hence the name - bend sensor). A rolling paintball is more than enough to trip the hopper so a slight flick of the finger is all it takes to roll this thing out. It took me a total of 5 minutes to get this thing wired to my board and working, but almost an hour to figure out how to position this thing on my frame. A little dremel work (on the switch, not frame), some glue, and slick fingers and I had it up and going.
What surprised me about the finished product was how stable it was. I thought it would be enirely too sensitive and go haywire on everything in my room. It turns out that it is very, very docile. But, it is a caged animal. Because it only takes a flick, it can be fired on both the forward and backward motions. It is sorta like a turbo mode. It is extremely fast. Period. Even though it is still no better than a lightweight microswitch, it seems to be easier to maintain a constant rate of fire. Where as superlight, fast microswitches can create sporratic burst when "walked", this setup is less likely to fire and bursts and gives you a cleam stream of shots. Of course, I highly doubt this is even close to being tourney legal, or even legal at some fields. It is, however, very cool to look at.
Here are the only pics I have right now. Hopefully I'll get some of me playing with it at my field this weekend.
One last thing... It does seem to have a very bad side effect. The gun tends to fire every time you turn it on. That is, when you hit the on switch... it shoots one out. As far as I can see there's no way to stop this (besides common sense and maybe a barrel cover). Oh yeah, Don't do this if you think you might mess something up on your gun. And if you do mess something up or possibly hurt yourself, don't blame me. Do this modification at your own risk.
PICS!!!
www.geocities.com/ausi_dog/Trigger.html

I was trying to figure out how to take the sensor off of a revvy and mod it to trip the noid on my e-spyder. I couldn't really do it as easily as I thought I could so I just quit. As I was re-attaching my microswitch my old ricochet caught my eye and visions djust shot through me. If you're familiar with ricochets, you know they use the bend sensors to detect the motion of the balls through the feedneck. It is basically a small, thin strip of plastic that is very flexible. When it bends, electric current flows through it and it triggers whatever it is you want it to (hence the name - bend sensor). A rolling paintball is more than enough to trip the hopper so a slight flick of the finger is all it takes to roll this thing out. It took me a total of 5 minutes to get this thing wired to my board and working, but almost an hour to figure out how to position this thing on my frame. A little dremel work (on the switch, not frame), some glue, and slick fingers and I had it up and going.
What surprised me about the finished product was how stable it was. I thought it would be enirely too sensitive and go haywire on everything in my room. It turns out that it is very, very docile. But, it is a caged animal. Because it only takes a flick, it can be fired on both the forward and backward motions. It is sorta like a turbo mode. It is extremely fast. Period. Even though it is still no better than a lightweight microswitch, it seems to be easier to maintain a constant rate of fire. Where as superlight, fast microswitches can create sporratic burst when "walked", this setup is less likely to fire and bursts and gives you a cleam stream of shots. Of course, I highly doubt this is even close to being tourney legal, or even legal at some fields. It is, however, very cool to look at.
Here are the only pics I have right now. Hopefully I'll get some of me playing with it at my field this weekend.
One last thing... It does seem to have a very bad side effect. The gun tends to fire every time you turn it on. That is, when you hit the on switch... it shoots one out. As far as I can see there's no way to stop this (besides common sense and maybe a barrel cover). Oh yeah, Don't do this if you think you might mess something up on your gun. And if you do mess something up or possibly hurt yourself, don't blame me. Do this modification at your own risk.
PICS!!!
www.geocities.com/ausi_dog/Trigger.html




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