auto "cocking" conversion

[space_weazel_45]

I'm sure people have seen this before but I had not and about laughed my bottom off. so here I give you the talon cocker for your enjoyment.
http://homepage.mac.com/pleisey/.Movies/Untitled%201.mov

[ZSigErik]

:wow:
wow, thats nutzo!

[Ratzo]

I'm very impressed, with this fellow's ability to take a Talon and make it a semi.
That's not something that would have ever crossed my mind.
And even if it did I highly doubt, it would have worked for me.

[Mosfet]

Thats freaking awesome!
I love it when someone does something completely nuts to a marker and it works!

:hail: :headbang: :hail:

[Enos Shenk]

Wow, tacking on pneumatics is one thing, but that thing actually seems reasonably well timed.

[FallNAngel]

There's really nothing to time, he has the bolt and hammer linked. When you release the trigger, it fires.

[MonsterMag]

wow thats nutty , i luv mods that are well worth the time

and this is one of them

[Enos Shenk]

There's really nothing to time, he has the bolt and hammer linked. When you release the trigger, it fires.

Timing referring to the relationship between the firing of the gun, and the operation of the cocking.

[FallNAngel]

Timing referring to the relationship between the firing of the gun, and the operation of the cocking.


I know what timing refers to, I've owned several cockers. There's no timing involved in this. When you pull the trigger back, the bolt and hammer move back. When you release the trigger, they both move forward.

[marfish]

I agree, they, the bolt and hammer, release on trigger release. :shooting: My question is are they completely released to fly free at the valve when the trigger is or are they speed regulated by the speed of the trigger return? I.e. slow trigger return= slow hammer/bolt drive= slow ball speed.

[FallNAngel]

I agree, they, the bolt and hammer, release on trigger release. :shooting: My question is are they completely released to fly free at the valve when the trigger is or are they speed regulated by the speed of the trigger return? I.e. slow trigger return= slow hammer/bolt drive= slow ball speed.

Although I could be wrong, I think it's regulated by the speed that you let go of the trigger. Since the bolt and hammer are both linked to the ram, if you let go of the trigger slowly, the bolt and hammer will close slower. I'm sure the LPR pressure is also a factor in the velocity as it also affects the speed that the hammer closes.

[rpm07]

Thats pretty cool

[Kevmaster]

"Brass Eagle Baby!"