




4 Craftsman, 2 snap-on.
kg-m to ft-lb is x 7.233 That means 344 ft lbs for the Snap-On, and 400 ft lbs for the toptul.
It looks like the standard length Snap-On, which is 10 inches. Now, we all know you don't apply force directly at the end of the wrench, the center of your hand is in a good 2". So, you're applying the force around the 8" mark.
That means you would have to exert 516 ft lbs to break the snap-on, and 600 ft lbs to the Toptul wrench to break them. How many people can do that? Pretty much NONE.
See what I mean about pointless testing?! The fact that the Snap-On broke first (although I admit surprising and impressive) is really a non-issue. The test only proves that the Toptul wrench is a quality product, not that either wrench is inferior for their intended job, because they'll never see that force.
In that case, you know how expensive it would be to test it, and the amount of tools you would have to run through to get a good standard, which would be 100% cost prohibitive to a part time tool dealer. Get my point?