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AR15.COM
11/28/2006 3:16:26 PM EDT
i have the new generation glock 23
GLOCK 23
around 2000-3000 rounds thru it
usually shoot wolf FMJ

today at the range the gun broke on me.
the pin that holds the slide release in broke into two.

IS this a common failure with glocks?
This seems like a realibity issue?  since i carry for personal protection and home defense.

should i contact glock concerning this issue?

2000-3000 rounds into a glock does not seem ALOT at all by all means.
Could this be a know problem with the 23??
ALot of LEO throughtout the US carry the G23.

PLease give your input, thoughts, and opinions.

Thanks
Justin
COLUMBIA, SC
11/28/2006 3:21:00 PM EDT
[#1]
I haven't heard of this happening. Might be just a bad part, It happens.
Call Glock get a pin and fix it
11/28/2006 3:42:29 PM EDT
[#2]

Quoted:
I haven't heard of this happening. Might be just a bad part, It happens.
Call Glock get a pin and fix it


I agree with twonami; I have seen very few pins break on Glocks; hell, we had a 1st Gen G17 we nicknamed "Grandpa" that had one of those break, but after nearly 60,000 rounds through it (it was  one of our range guns).

Just give the guys at Glock a call, they'll send you a new pin, free of charge.
11/28/2006 5:17:33 PM EDT
[#3]
thanks
will do
11/28/2006 9:24:57 PM EDT
[#4]
Glocks never break, it is an ammo problem.
11/28/2006 9:30:51 PM EDT
[#5]
only if that was true.
11/28/2006 9:45:17 PM EDT
[#6]
Not the glock, its the ammo
J/K, shit happens, fix it and go on.
11/29/2006 7:18:34 AM EDT
[#7]
Glocks don't break!  Clearly you were limp-wristing while firing dangerous reloaded ammunition.  

Pin breakage is not unheard of, especially in .40 cals.  Get a replacement, and Glock on.
11/29/2006 7:43:23 AM EDT
[#8]

Quoted:
Glocks don't break!  Clearly you were limp-wristing while firing dangerous reloaded ammunition.  

Pin breakage is not unheard of, especially in .40 cals.  Get a replacement, and Glock on.


Oh God...here we go again.  First the kB now the pins.  .40 is the devil I tell you.

11/29/2006 8:10:51 AM EDT
[#9]
I didn't think Glocks ever broke?  
11/29/2006 8:49:28 AM EDT
[#10]
How about a non-troll answer from a Glock certified armorer.

If you are referring to the large pin that goes through the trigger and also hold the "slide stop lever" using the correct name for that part.  The pin is called the trigger pin.

The trigger pin has two slots or grooves machined into it.  That slot/groove acts as the retainer for the slide lock.  The reason there is two slots or grooves in that pin, is so it can be installed and no matter how it is put in, it can't be put in wrong.  No matter which ends goes in first, there is a grove to hold the slide lock.  So... the pin can not be installed wrong.  No matter how it is installed, there will be a groove in the correct location for the slide lock.

I have seen this pin break before, on a "high mileage" G17.  I did not know it was broken until I detail stripped the pistol for annual inspection, and two pieces fell out when the pin was removed.

So why did it break?  Most likely because of a very small crack that formed and failed, and broke through where the slot or groove is machined.  When you machine cut square corners into metal, metal that sees stress, a 90 degree cut gives a place for a crack to form at the center of the angle.  Often parts that must have this type of cut, that sees stresses that can cause cracks, has the center of the 90 degree angle radiused to eliminate the 90 degree cut and blend it more to a "c" shape at the center of the angle.

The "c" center does not give a place for a crack to start to form, where a "L" corner has a sharp angle cut and a crack can and in your case did over time form.

So why not radius the cut on the trigger pins to eliminate this possibility of a crack forming in the center of the 90 degree cut.  Cost of production over probability that the part will crack and break.  A few trigger pins can and will break at those cuts, but the numbers are so few it basically is a non-issue.
11/29/2006 5:06:10 PM EDT
[#11]
I had the same thing happen to me when I rented a g20 from the range. I had just started shooting and the slide began to lock back after every shot. The manager at the shop pushed the pin out as both pieces fell on the counter.
11/29/2006 5:44:47 PM EDT
[#12]

Quoted:

........for the slide lock.......



psssssssssssssttttt.

Glock calls it a "slide stop lever"

11/29/2006 5:48:18 PM EDT
[#13]
I just replaced a bent one out of my g22. I might have caught it early.  Mine has around 12,000 rounds through it.
11/29/2006 6:05:26 PM EDT
[#14]
height=8
Quoted:
height=8
Quoted:

........for the slide lock.......



psssssssssssssttttt.

Glock calls it a "slide stop lever"

heThe slide stop lever stops the slide, it doesn't lock it.  Hence the name slide stop!
11/29/2006 6:16:32 PM EDT
[#15]
...
11/29/2006 6:38:14 PM EDT
[#16]

Quoted:

Quoted:

Quoted:

........for the slide lock.......



psssssssssssssttttt.

Glock calls it a "slide stop lever"



The "Slide Lock" is the small "Take down" lever used to field strip the pistol.
The slide stop lever stops the slide, it doesn't lock it.  Hence the name slide stop!


Not having my reading glasses on... I read the part number wrong on my Glock exploded drawing work pad.  For old folk... 21 and 27 look a like when the room is poorly lit and the printing is small.  I look to be sure I use the term used by Glock... and I read the number wrong.  

I stand corrected.  part 21 on the G17 exploded drawing is Slide Lock, and part 27 is Slide stop lever.  The part in question is sometimes known by different names depending on the manufacturer.  Some call it a slide catch, slide lock, slide lock lever, slide release... so Looked before I typed and misread the part number.

I was wrong about the part name used by Glock, but not about the trigger pin and the reason they break!  Yep... you are right!!!

The eyesight reading small print is not what it used to be.  The work pad was on my desk, my armorer's manuals are down in the shop.  Along with my reading glasses!
11/29/2006 7:31:24 PM EDT
[#17]
I dont care what the correct name for it is , i call it a slide lock or slide lock lever,or Which ever comes out of my mouth first..
I call the levers to take the slide off take down pins.

I know what im talking about, screw the know it all P.C. crowd
11/29/2006 10:16:04 PM EDT
[#18]

Quoted:
I dont care what the correct name for it is , i call it a slide lock or slide lock lever,or Which ever comes out of my mouth first..
I call the levers to take the slide off take down pins.

I know what im talking about, screw the know it all P.C. crowd


That may work on other forums but here we like to keep the terminology correct for everyone so it is less confusing for new folks that want a correct answer and need to know what a part is called if by some chance they need to place an order for parts so they don't look like an uninformed idiot.

DasRonin is correct as to why the trigger pins break. It is rare but it does happen.
My term correction was not meant as an attack in anyway or to try and gain the title as "PC know it all". As anyone that has been here for any amount of time that I have made the same mistake in the past and will most likely make it again.


11/30/2006 10:13:51 PM EDT
[#19]

Quoted:

So why did it break?  Most likely because of a very small crack that formed and failed, and broke through where the slot or groove is machined.  When you machine cut square corners into metal, metal that sees stress, a 90 degree cut gives a place for a crack to form at the center of the angle.  Often parts that must have this type of cut, that sees stresses that can cause cracks, has the center of the 90 degree angle radiused to eliminate the 90 degree cut and blend it more to a "c" shape at the center of the angle.

The "c" center does not give a place for a crack to start to form, where a "L" corner has a sharp angle cut and a crack can and in your case did over time form.

So why not radius the cut on the trigger pins to eliminate this possibility of a crack forming in the center of the 90 degree cut.  Cost of production over probability that the part will crack and break.  A few trigger pins can and will break at those cuts, but the numbers are so few it basically is a non-issue.


QTF