Originally Posted by TIGGER (Post 168687)

So,

g_{\mu \nu} = \eta_{\mu \nu} + fk_{\mu}k_{\nu} \!.

f = \frac{Gr^2}{r^4 + a^2z^2}\left[2Mr - Q^2 \right].

k_{x} = \frac{rx+ay}{r^2 + a^2}..

k_{y} = \frac{ry-ax}{r^2 + a^2}..

k_{z} = \frac{z}{r}..

k_{0} = 1.

And (with "r" being my weight with gear,

1 = \frac{x^2+y^2}{r^2 + a^2} + \frac{z^2}{r^2}

Taking into account,

A_{\mu} = \frac{Qr^3}{r^4 + a^2z^2}k_{\mu}

\vec{E} + i\vec{B} = -\vec{\nabla}\Omega\,

\Omega = \frac{Q}{\sqrt{(\vec{R}-i\vec{a})^2}} \,

with my weight of 275 lbs means that I need to add one line of pre-load on my front forks and subtract two threads on my shock.

Thanks,Guys!!!:dthumb:

Originally Posted by ZUKIMON (Post 168702)

LOL What she said. :D

Originally Posted by Rogue (Post 168700)

Fuck....that gave me a headache... :?:

Originally Posted by Rogue (Post 168712)

I was told on svrider by a few peeps that at my weight and my riding style, the stock set up on my bike is good. I still have a gix shock I was going to put on it, but fuck it....I'm not messing with it. :lol:

Originally Posted by PhiSig1071 (Post 168714)

Bummer.



I agree, the GSXR shock is great for heavier riders and trackheads but for you I'd say if it aint broke don't fix it.

Originally Posted by DLIT (Post 168857)

I almost ate it on my BTO16s. I wasn't even doing anything crazy, just pulling the bike away from the durb and turning around and right back in the garage. It doesn't help my street is dusty as fuck right now either.

Originally Posted by TIGGER (Post 168916)

Are they "broke in" at all? Mine are ok but they definitely aren't "out of the garage" ready like my Pirellis were...:panic: You got to warm these bitches up some...

Originally Posted by DLIT (Post 169025)

Hell no. They had about 20 feet on them at that point.

Originally Posted by DLIT (Post 169025)

Hell no. They had about 20 feet on them at that point.