New tires....

[Amber Lamps]

Originally Posted by Cutty72

Correct, but you have to find out how much of that travel is being used by the bikes static weight, and then again with the weight of the rider/gear on the bike.

Wait...that made sense somehow...

[marko138]

Originally Posted by JoJoYZF

Sport rider gave the 2cts the highest ranking out of the different brands they tested, over the dcIII, bt-016, contisport attack and a few others. The test was based around tires that can be used street and track.

Yeah I read that too.

[Cutty72]

Originally Posted by TIGGER

Wait...that made sense somehow...

No prob

[PhiSig1071]

Originally Posted by TIGGER

Wait...that made sense somehow...

That's exactly what I said. Without lifting the bike you don't know how much the weight of the bike compresses the suspension.

Anyway, glad you got your answer.

[DLIT]

Originally Posted by TIGGER

Wait...that made sense somehow...

http://en.wikipedia.org/wiki/Gravity

[marko138]

Originally Posted by DLIT

http://en.wikipedia.org/wiki/Gravity

Dude is on a roll today.

[Amber Lamps]

Originally Posted by DLIT

http://en.wikipedia.org/wiki/Gravity

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!!!

[rogue]

Originally Posted by TIGGER

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!!!

Fuck....that gave me a headache...

[ZUKIMON]

LOL What she said.

[rogue]

Originally Posted by ZUKIMON

LOL What she said.

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.