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- Aug 2, 2017
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What about them? What question is this an answer to?
The deviation of any part of the blade from parallel is 99.9999999999% the edge/belly not the spine.
What about them? What question is this an answer to?
What about them? What question is this an answer to?
The deviation of any part of the blade from parallel is 99.9999999999% the edge/belly not the spine.
The deviation of any part of the blade from parallel is 99.9999999999% the edge/belly not the spine.
The blade metal removed from a theoretically rectangular blade. Or if you like the deviation from parralel.
Still have no idea what you're getting at. A sheepsfoot has a parallel spine and edge for most of the blade length, except where the spine curves down to meet the edge. A drop point may also have parallel spine and edge for a bit, but at some point the spine curves down to meet the upsweep of the edge. A textbook drop point would have the point aligned with the centerline of the blade/handle, but many have the point a bit higher.
Pretty much my point.
Pun intended?Pretty much my point.
Wait, I think I am getting it.
To me the drop point is how the belly changes direction to meet the spine.
You seem to be implying the spine changes direction to meet the edge...Not valid.
This reverse tanto is basically a sheep's foot. Swap the edge and spine and basically have a drop point. How can you not see that.
Er, what's the point of this thread?
Oh my mistake, carry on...To square the circle.
To straighten the spine of a drop point.