turtlevette
The Turdle
No it does not. His rollbar is just a big hoop, there's no diagonal brace at all. It's basically a big U shape and without any triangulating it's very easy to deform and move the "legs" of the U shape relative to each other. This means that as the suspension gets loaded up one side of the frame may distort upwards and the other will not. The bolted in batwing will do very little to keep that from happening, same for the rollbar.
Look, That crossmember does nothing to provide support to resist flex of the kickup area the way a full cage does. So neither does his roll hoop. What we're talking about is the linking together of the frame rails after the kickup. I would say its at least a wash between the hoop as he installed it and the crossmember and probably a lot better. The hoop acts as a torsion bar between the frame rails. Do you visualize that? Its sort of intuitive to me.
The point where things are going to flex are at the kickup point. That's the weak link. That's why i installed a rollbar that attaches the main hoop to the lower frame providing some structural link between the lower frame and the rear of the frame well past the kickup point.
Did you get any statics when you got your engineering degree? I guess i could do some calcs to prove what i'm saying or even better, you could do them to try and prove me wrong. Or maybe someone has a computer modeling program.
Let's get deep into this shit.
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