@Vain
Yes, we wrote a protocoll during interface testing about
3 months ago. (and i even found it again!)
The inertia isn't that big. Both axis are pretty well balanced.
We have a weight of approx. 60kg + driver that is only
rotational accelerated. The hydraulics produce a force of
about 200dN (40mm @ 16bar) per axis and have a lever
at least twice the distance of the COG from the CORotation.
It does really shake well, in fact the motion base moves quite
a bit when in use.
I attached a graph of the lag. Even though its from an early
version that wasnt calculated correctly, it still shows the
lag sufficient enough. The calculated lag only displays the
voltage difference of the measuring tubes, not the time
of the lag.
Interestingly the lag gets smaller at the end of the test.
I have no idea why. Visually i'd say average is a bit more than
1/10th second lag at the beginning and sometimes far less than half.
Over all i am pretty pleased with the speed.
(100 of the horizontal scale is 1 second)
I never saw any manufacturer of commercial sims reveal any
data like this. And i am sure, there is hardly any faster one
out there even above $100000. (gee, all that braggin'
illepall)
Hope that doesnt feed your envy too much.