Psst. That's not an extractor. You might find that's an ejector.
Funniest looking extractor I’ve ever seen. 😀
Psst. That's not an extractor. You might find that's an ejector.
Funniest looking extractor I’ve ever seen. 😀
Hey they're kinda close proximity . 😂Yep.
Psst. That's not an extractor. You might find that's an ejector.
What do you mean by this “slightest deflection”? Can you clarify…… Take a .062 gage pin and find the hole , looking for the slightest deflection on the pin. It takes a little time ….
Drill center of hole , yes.What do you mean by this “slightest deflection”? Can you clarify…
You’re not drilling the ejector leg with the drill centered on the frame pin hole?
What direction is it offset? About how much?
Most importantly… why?
Also, I’m probably going to avoid actually (permanently) installing the pin at this time. Maybe just some blue loctite on the retaining pin. And I’m going to try and avoid staking the plunger tube during test fire, too. I plan to have the frame Black Nitrided when I’m done, so I want to be able to pull out the extractor and ejector before treatment.
Coriolis effectI guess I’m feeling extra dense today… why would a LH bit work better than a RH bit?
Run in a LH bit from the right side it pulls the leg down .I guess I’m feeling extra dense today… why would a LH bit work better than a RH bit?
Clever!Run in a LH bit from the right side it pulls the leg down .
I've had LH bits in the past but they were prone to breaking - the stub length and cobalt helps with that issue .