I just performed an impromptu test on some cardboard shipping boxes i was breaking down, using full-arm swing slashing maneuvers, much like LT does on his "proof" series videos, first i started off with my SE Dodo, it cleaved boxes easily and many times was only stopped by my arm's cutting arc, it cut the target box, as well as the box underneath supporting it
then i tried a crazy idea....
the cardboard slash tests by LT could easily be recreated by any narrow tool made of thin metal
so i grabbed one, and was able to produce 3-5" cuts in cardboard, not as good as the little 2" bladed Dodo, but it clearly worked
the tool in question?
a 3" bladed, *UNSHARPENED*, *Paint Scraper*
thus *proving* that the biggest factor in the LT-style cardboard tests is the kinetic energy applied to the cardboard, given enough force, *any* thin metal tool can perform similarly, the 2" bladed Dodo performed identically to the LT tests, and an *unsharpened* paint scraper performed quite well as well, despite it's lack of edge
then i tried a crazy idea....
the cardboard slash tests by LT could easily be recreated by any narrow tool made of thin metal
so i grabbed one, and was able to produce 3-5" cuts in cardboard, not as good as the little 2" bladed Dodo, but it clearly worked
the tool in question?
a 3" bladed, *UNSHARPENED*, *Paint Scraper*
thus *proving* that the biggest factor in the LT-style cardboard tests is the kinetic energy applied to the cardboard, given enough force, *any* thin metal tool can perform similarly, the 2" bladed Dodo performed identically to the LT tests, and an *unsharpened* paint scraper performed quite well as well, despite it's lack of edge