Damn i’ve missed all the good quad spacer runs
I want an M8 quad!
Damn i’ve missed all the good quad spacer runs
I want an M8 quad!
Kenjii got full height pill for M8, not simple spacer.
Sure that works too. Take my money
I wouldnt make more of such pills. I can think about spacers, but not sure that M8 (with brass pill) is suitable host for this.
Is the full pill too difficult to make or too expensive to sell? I know the M1 had the expensive optics and machining but people seem to like the quad kits dont they?
It is too difficult to make by small quantities. I cant get calibration tool for threads when they are not standart size, so pill should be machined and test fit and then again machined etc. until it fits.
I dont feel M1 or M8 host suitable for 24mm carclo optics when M2 is available. It is smaller, available as bare host, and imo looks great, specially with gitd o-ring. I think M2 kit was 3 times more popular then M1.
So, convoy m2 actually looks like the perfect host for small quad.
Will make them if will get enough requests.
I have a 24mm carclo optics in my M1 that I built a quad XPL-Hi. The optics is a bit on the small side though. Could be possibly 2mm-3mm larger and then It would cover the edge of the home made copper heatsink I made, but it works fine.
Thinking about more M2 kits (does liner ring requires changes or no).
Can anyone else confirm same problems?
Note 1: In my suppose stock thin o-ring was placed between bezel and glass lenses. I recommend to save this in quad mod.
Note 2: More recent version have already had thicker GITD o-ring
Yes
M2 is the situation
Can you put stock o-ring between glass and bezel?
Yes I know. I have already made improved version with bigger o-ring groove and gitd o-ring.
I mean can you fix stock o-ring between glass and bezel? (Is it proper size or no).
No
O-ring is smaller, not thick enough too.
Got it, will check original drawings and make changes.
Can you do a dropin for a c cell mag?
I dont feel Mag sets popular, but I can try to make any parts by custom drawing.
Any ideas how does same o-ring work with reflector?
I’m really curious what this will be. Any hints?