I would be interested to know how you calculated the crank and lever throw lengths - it irritates me that I do not have working point indicators on my line, which is otherwise correctly signalled, any information would be very helpful. I work in 0e, by the way.

Working from the tiebar's length of movement as the distance of a 90 degree arc, so in this case 2mm.

Length=[angle x (pi/180)] x radius(ie crank lenth)

2=90 x 0.0175 x radius

2 = 1.575 x radius

2/1.575 = radius

1.27 = radius/crank length

Edit:  I go to the pub and realise that I grossly overcomplicated things, and to cap it all off that gives you an incorrect answer.  Triangles are a better way to work.  In this case, it's a right angled triangle, so the square root of half the square of the hypoteneuse gives you the crank length.

I hope you haven't got exactly the same ones, they'll be underscale for Hasselhof..