L
Larry Willis
Guest
Read My Website ...
Clark .....
The small aluminum plate (adjustable V-block) weighs less than 100 grains with the screws attached. It's secured by a hardened cap head screw, and it's threaded into the Stainless steel gauge stem. Obviously it's secure.
The specific datum line is not relative to any go-gauge, it's based on how YOUR handloads fit in YOUR particular chamber. Keep in mind this a NEW way to do things. This information comes from comparing your handloads to one of your fired cases at the shoulder. The difference = YOUR chamber clearance. Your die height is quick and easy to adjust accurately when you measure it this way.
There's nothing "tipsy" about the base. Just compare it to the blade of your calipers . . . . which one has a wider support platform? Holding the case flat makes these readings easier to measure.
If you read my website you'll see the operating instructions . . . . complete with a supporting picture.
Maybe this will help. http://www.larrywillis.com/instructions2.html
- Innovative
Clark .....
The small aluminum plate (adjustable V-block) weighs less than 100 grains with the screws attached. It's secured by a hardened cap head screw, and it's threaded into the Stainless steel gauge stem. Obviously it's secure.
The specific datum line is not relative to any go-gauge, it's based on how YOUR handloads fit in YOUR particular chamber. Keep in mind this a NEW way to do things. This information comes from comparing your handloads to one of your fired cases at the shoulder. The difference = YOUR chamber clearance. Your die height is quick and easy to adjust accurately when you measure it this way.
There's nothing "tipsy" about the base. Just compare it to the blade of your calipers . . . . which one has a wider support platform? Holding the case flat makes these readings easier to measure.
If you read my website you'll see the operating instructions . . . . complete with a supporting picture.
Maybe this will help. http://www.larrywillis.com/instructions2.html
- Innovative