Skara
Members
- Oct 20, 2017
- 3,231
- 1,240
Yo it's-a me, Skara!
Just picked up this gun as a replacement for my striker.
I like it a lot, super balanced, lightweight, bolt pull is a million light years ahead of the striker, mags are tiny and hold 50 rounds, I like the trigger design with the sear that rotates instead of being pulled down, makes for a very crisp trigger pull.
My plan for this gun was to replace the piston with an airbraked one (stock polymer piston is fine for 1J but I want it silent), fit a sorbo, change the hop rubber, install a TDC and give it a bit of an internal suppression using a shorter inner barrel while filling the outer with foam and/or other sound dampening materials.
This is where it went wrong, somehow:
At first, the cylinder head was an utter cunt to remove, managed to do it without ruining it too much, sorbo installed and it is a smidge quieter, the stock has been filled with foam and cotton wool in every void possible apart from the fake magazine well as I need to come up with a more clever solution for that.
My biggest issue is now the hop up.
The chamber itself isn't bad, it's the standard TM style chamber but there are two main differences:
- The adjustment system now has notches in which a sprung loaded ball bearing slots into, effectively locking the adjustment in the position you leave it;
- The hop arm has an integrated concave tensioner, great for R-Hop/Maple Leaf rubbers on paper.
Now, the hop is on-off for me, it either doesn't lift anything or it straight up jams.
I thought it was the hop rubber being not-so-great, so I replaced it with a trusty Maple Leaf MR-Hop...
Now one would expect to be able to lift rocks, but nope
it still does the same, nothing-nothing-nothing-jam.
Trying to find the cause of this issue at the moment, but if we analize what actually happens inside an airsoft springer (AEGs even, it's the same thing):
-The piston compresses the air inside the cylinder
-The air inside the cylinder escapes through the nozzle
-The nozzle is (supposedly) sealed in the hop rubber
-The air coming out of the nozzle pushes the BB under the hop rubber's contact patch, giving it backsping
-BB leaves the barrel
Between these steps, something goes Chernobyl levels of wrong ? but for the life of me I can't figure it out
Any input?
Just picked up this gun as a replacement for my striker.
I like it a lot, super balanced, lightweight, bolt pull is a million light years ahead of the striker, mags are tiny and hold 50 rounds, I like the trigger design with the sear that rotates instead of being pulled down, makes for a very crisp trigger pull.
My plan for this gun was to replace the piston with an airbraked one (stock polymer piston is fine for 1J but I want it silent), fit a sorbo, change the hop rubber, install a TDC and give it a bit of an internal suppression using a shorter inner barrel while filling the outer with foam and/or other sound dampening materials.
This is where it went wrong, somehow:
At first, the cylinder head was an utter cunt to remove, managed to do it without ruining it too much, sorbo installed and it is a smidge quieter, the stock has been filled with foam and cotton wool in every void possible apart from the fake magazine well as I need to come up with a more clever solution for that.
My biggest issue is now the hop up.
The chamber itself isn't bad, it's the standard TM style chamber but there are two main differences:
- The adjustment system now has notches in which a sprung loaded ball bearing slots into, effectively locking the adjustment in the position you leave it;
- The hop arm has an integrated concave tensioner, great for R-Hop/Maple Leaf rubbers on paper.
Now, the hop is on-off for me, it either doesn't lift anything or it straight up jams.
I thought it was the hop rubber being not-so-great, so I replaced it with a trusty Maple Leaf MR-Hop...
Now one would expect to be able to lift rocks, but nope
Trying to find the cause of this issue at the moment, but if we analize what actually happens inside an airsoft springer (AEGs even, it's the same thing):
-The piston compresses the air inside the cylinder
-The air inside the cylinder escapes through the nozzle
-The nozzle is (supposedly) sealed in the hop rubber
-The air coming out of the nozzle pushes the BB under the hop rubber's contact patch, giving it backsping
-BB leaves the barrel
Between these steps, something goes Chernobyl levels of wrong ? but for the life of me I can't figure it out
Any input?