chrome rims
Originally Posted by Pibe54
Everybody is buying these little racing rims that look like plastic twigs. I guess theyve been watching Fast and the Furious too much. They basically look stock now a days. Dont hate the chrome, cause everytime a civic is rollin on 17's or 18's chrome everyones watchin and complimenting. Make your civic stand out and try being different and makin it look tight. So many Escalades are rollin on dubs that they look stock. So if your lookin to buy chrome, do it, but pick the right ones and forget the haters tellin u not to because they never had chrome rims!
:wtf: you talking about? If these people were watching fast and the furious too much they would be putting 20 inch chromies on a mitsubishi. not 15 or 16's on a civic
Originally Posted by Pibe54
Everybody is buying these little racing rims that look like plastic twigs. I guess theyve been watching Fast and the Furious too much. They basically look stock now a days. Dont hate the chrome, cause everytime a civic is rollin on 17's or 18's chrome everyones watchin and complimenting. Make your civic stand out and try being different and makin it look tight. So many Escalades are rollin on dubs that they look stock. So if your lookin to buy chrome, do it, but pick the right ones and forget the haters tellin u not to because they never had chrome rims!
Originally Posted by supapoopa
BLANG- BLANg nikka.

dayum, i need to get some dubs. Fug thos stock looking 9lb twig rimzzz. DA heavier DA betta yo. werd 2 ya mutha.:sleep:

dayum, i need to get some dubs. Fug thos stock looking 9lb twig rimzzz. DA heavier DA betta yo. werd 2 ya mutha.:sleep:
Originally Posted by Pibe54
When i drove by oc civic he got blinded by chrome and now has a bitch walkin him from block to block, atleast he and his mother will spend more time together. Talk about a ricer!!
its funny that you tried...
The loss comes from increasing the moment of inertia on the wheel. The amount of torque necessary to accelerate the wheel is proportional to the moment of inertia. The moment of inertia is actually a horrific integral equation, but it's pretty much proportional to mass of the wheel*radius^2.
So an increase from 15 to 17" diameters results in about a 25% increase in moment of inertia, and an increase of 25% torque to drive it.
So an increase from 15 to 17" diameters results in about a 25% increase in moment of inertia, and an increase of 25% torque to drive it.
Originally Posted by supapoopa
BLANG- BLANg nikka.

dayum, i need to get some dubs. Fug thos stock looking 9lb twig rimzzz. DA heavier DA betta yo. werd 2 ya mutha.:sleep:

dayum, i need to get some dubs. Fug thos stock looking 9lb twig rimzzz. DA heavier DA betta yo. werd 2 ya mutha.:sleep:


