I wasnt sure if this is the correct location for this, mods pls move to approprate board if needed.
I recently picked up a Kimber Gold Match II. I love the gun, wickedly accurate, but I had some issues with my reloads. It appears the throat has a sharp point on it that catches the case lip, causing a FTF. See attached pics. This happened several times today. Each time, I took a marker and drew the outline of the barrel hood on the round. I lined each round up to the barrel hood and where I drew the outline, and each round had the same bad spot in the same location, which matched perfectly with the sharp point on the port side of the barrel throat.
I ran about 20 rounds of OEM ammo through with no issues, so I'm wondering also if there may be something I should differenty with my reloading.
I compared this barrel to my Kimber Custom Classic Target, and it has a much smoother throat, with no point on it.
So my questions are:
- Is this farily normal?
- Should this be smoothed out? If so should only a gunsmith do it?
- Would a longer OAL help? My loads are currenlty 1.235"
I recently picked up a Kimber Gold Match II. I love the gun, wickedly accurate, but I had some issues with my reloads. It appears the throat has a sharp point on it that catches the case lip, causing a FTF. See attached pics. This happened several times today. Each time, I took a marker and drew the outline of the barrel hood on the round. I lined each round up to the barrel hood and where I drew the outline, and each round had the same bad spot in the same location, which matched perfectly with the sharp point on the port side of the barrel throat.
I ran about 20 rounds of OEM ammo through with no issues, so I'm wondering also if there may be something I should differenty with my reloading.
I compared this barrel to my Kimber Custom Classic Target, and it has a much smoother throat, with no point on it.
So my questions are:
- Is this farily normal?
- Should this be smoothed out? If so should only a gunsmith do it?
- Would a longer OAL help? My loads are currenlty 1.235"