[O.B.Left]

Is that from the 7th? Its not in 2K in my 6th I dont believe. Its an interesting quote.....but

Id say that if you were considering various sizes of pulley wheels and were given a certain rpm for an axel that was driving the pulley wheel (as opposed to belt drive with a given belt speed) , then the larger the diameter the greater the surface speed associated with any given axel rpm. But the endless belt analogy is not so constructed and in terms of CF throwout a larger pulley (earlier Release point) is actually associated with "the slowing effect", 6-C-2-B.