I agree with the posters who refer to the OAL being too long. The CZ requires a MUCH shorter cartridge than other pistols. I remember loading for my SR9, and then using the same specs, loading for my CZ. Here's what you do: Make a couple of dummy rounds of varying lengths. Remove your barrel from your gun and push these bullets into the barrel. Push until the cartridge can no longer go anymore. Try this with about 4 or 5 of your dummy rounds. Measure and voila...well not yet! Actually, measure the rounds until one particular measurement keeps popping up. Now to be safe, and ensure all bullets chamber and don't get stuck, subtract about 0.015 from that measurement and THAT's your OAL.
What you've done is basically push the bullet INTO the cartridge. So you'eve effectively measured that particular bullet for your particular barrel chamber. If you change bullets, you need to do this again.
In my case, I was using bullets cast from my buddy's Lee mould. These created a certain type of bullet with a certain ogive. On the SR9, it was fine to seat the bullet quite far out. But on my CZ, I had to seat them really deep due the particular ogive of the Lee Truncated Cone boolit.
As other posters have said, start with min and work up your load. And BE CAREFUL!! 9 mm is a tricky cartridge to load. The charge is so small, and the pressures build so quickly with very small increments. But I'm sure you knew that already right?
What you've done is basically push the bullet INTO the cartridge. So you'eve effectively measured that particular bullet for your particular barrel chamber. If you change bullets, you need to do this again.
In my case, I was using bullets cast from my buddy's Lee mould. These created a certain type of bullet with a certain ogive. On the SR9, it was fine to seat the bullet quite far out. But on my CZ, I had to seat them really deep due the particular ogive of the Lee Truncated Cone boolit.
As other posters have said, start with min and work up your load. And BE CAREFUL!! 9 mm is a tricky cartridge to load. The charge is so small, and the pressures build so quickly with very small increments. But I'm sure you knew that already right?


















































