I think it's funny envisioning the scenario by which this got missed in "testing". We all know the AW folks are pretty machine intensive folks. They just left the "safety interlocks" on the power wide open through all their testing. They must have pushed these machines to their limits and then some. Then they put in the production model all the "safe limits" stuff that is standard for manufacturers and, boom, we get machines that don't work quite right. With full on power these machines were fine and performed probably to heights they were impressed with. It's only when they tried to build typical user machines that things got crazy.
They probably have to test a whole bunch of "regular" machines right now to be sure the fix works and they are probably groaning because they are so "slow" haha
