This is a continuation of work being shown in the memory of world renowned flintknapper, Philip Churchill.
Test 6: Outrepasse/Overshot in Quartz Crystal - Success on first attempt - "Tine Based Flaking Technology":
Test 5: Overshot in Raw "Crudstone" Chert - "Tine Based Flaking Technology":
Test 4: Re-surfacing Point With Overshot Technology - "Tine Based Flaking Technology":
Today, as I was walking across a parking lot, I heard the sounds of beautiful music coming from somewhere. Suddenly, I felt the pain of the loss of my good friend, Philip Churchill. Sometimes, I think that Philip felt pain for my own situation. But, it was never worth it. The only thing that is important is that you know that you have done the right thing. That is all that is going to count in the end. In memory of Philip Churchill.
Test 9 - Controlled Outrepasse/Overshot versus Controlled Coast to Coast Flaking - "Tine Based Flaking Technology"
Test 10 - Overshot Technology - Coast to Coast Flakes:
Test 11 - Overshot Technology on Back of Unifacial Spall From Core - Two attempts - Second attempt successful
Backside:
Frontside:
OVERSHOT ON SECOND ATTEMPT:
Flake on far right is facing wrong direction. The rough portion of the flake, seen on the left edge, was actually the rough edge of the biface, that came out with the detachment - Outré passé (non-hammerstone).
Conclusion: Tine-based overshot technology is effective in working raw unifacial blade to a finished point.
TEST #12 - Working mid-late stage biface with overshot technology, with lowered edge
Conclusion: Overshot Technology did not produce overshot in scenario where opposite edge was too low. The technology only produced a set of coast to coast flakes. It is worth pointing out that there was still a strong downwards turn on one of the coast to coast flakes, at the end of the trajectory, as can be seen in one of the photos.
"WHAT YOUR EYES ARE SEEING IS A MYSTERY, KNOWN ONLY TO THOSE WHO ARE AQUAINTED WITH THE SECRETS OF THE ANCIENTS."Don't be fooled. Hammerstone outrepasse/overshot flaking is easy to achieve by manually torqueing the biface against the blow. Unlike hammerstone percussion, what you are seeing here is a blend of two static pressures, one dynamic pressure that increases during impact, bending, percussion, and a very complex process that was know long ago. The process shown here is far more sophisticated then hammerstone outrepasse/overshot flaking. The only way to find the answer is to go upstream, to the source. And, the journey will take many years, if a person can find the right evidence.
Thanks for being a great friend, brother Philip. Rest in peace.