If you take a Lacrosse ball and balance your DAC on the floor you can figure out the center of mass. Then you can position feet accordingly for equal load.
I did this with my Rossini. The green dot is the center of mass:
If you take a Lacrosse ball and balance your DAC on the floor you can figure out the center of mass. Then you can position feet accordingly for equal load.
I did this with my Rossini. The green dot is the center of mass:
Just re-reading some old threads…
Nice engineering solution Miguelito!
Not trying to be snarky, just saying: 3 footers could still be symmetrical, depending… ; )
Well… Not sure what you mean. If you want the same weight load on each footer, and assuming you have one footer in the front/center and two in the back (or the opposite) then you HAVE to set the front-to-back distance of the back two footers at 1/2 the distance to the center of mass as the front footer. This is simple physics.
I’m sorry. I wasn’t trying to be argumentative. I was just reacting to this comment about 4 versus 3 footers.
Cheers,
R
Townshend…just because