ligweight flywheel?
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Originally posted by DONT SLEEP
not launch as well meaning spinning too much? if so that sucks.......i dont need anymore traction problems!!!
not launch as well meaning spinning too much? if so that sucks.......i dont need anymore traction problems!!!
now remember some physics...
A body in motion will stay in motion unless an equal yet oposite force acts upon it...
so think about this... you rev your motor (flywheel spining) you release the clutch and the "oposite" force being your tires on the road (traction) with the lighter flywheel (if you have traction) the motor will tend to bog easier, or if you over rev to get over the bogging you will spin...
now with the stock flywheel... same situation... you will be able to launch lower and transfer initial TQ easier (getting off the line)...
-Keith
Originally posted by `92CXhatch
the flywheel wont transfer the TQ as well in a launch... being that it weighs less it will have less inertia...
now remember some physics...
A body in motion will stay in motion unless an equal yet oposite force acts upon it...
so think about this... you rev your motor (flywheel spining) you release the clutch and the "oposite" force being your tires on the road (traction) with the lighter flywheel (if you have traction) the motor will tend to bog easier, or if you over rev to get over the bogging you will spin...
now with the stock flywheel... same situation... you will be able to launch lower and transfer initial TQ easier (getting off the line)...
-Keith
the flywheel wont transfer the TQ as well in a launch... being that it weighs less it will have less inertia...
now remember some physics...
A body in motion will stay in motion unless an equal yet oposite force acts upon it...
so think about this... you rev your motor (flywheel spining) you release the clutch and the "oposite" force being your tires on the road (traction) with the lighter flywheel (if you have traction) the motor will tend to bog easier, or if you over rev to get over the bogging you will spin...
now with the stock flywheel... same situation... you will be able to launch lower and transfer initial TQ easier (getting off the line)...
-Keith
i got a used 9Lb flywheel used only about 15mins 4miles or so
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175+served in engines built from minime to gsr/lsvtec,b16 b20vtec,d15 k24 powerhouses or just rebuilds.life is good
i like when people don't take my advice.cause then i make more money when u need it rebuild the right way!
how many speed holes do i need in my bumper,b4 i can run 15's?
i love AUTOZONE
MY CAR iS PROTECTED BY ZOOMBAK GPS LOCATOR IS YOURS?
175+served in engines built from minime to gsr/lsvtec,b16 b20vtec,d15 k24 powerhouses or just rebuilds.life is good
i like when people don't take my advice.cause then i make more money when u need it rebuild the right way!
how many speed holes do i need in my bumper,b4 i can run 15's?
The lighter you go the better for Road racing app's. When you road race you do alot of early shifting depending on course position. On a Vtec motor this can take you completely out of your power band. The lighter flywheels i.e. 8.8lb. will allow you to get back to the power band faster. If you are a granny shifter though this flywheel could hurt you.
If you drag race I would go with the heavier flywheel. You will launch alot harder and if you are on slicks, you won't ever be below 6000 and this is where you pick the most benefits with the lighter wheels. You shift transitions will be smoother and lose less momentum with the heavier wheel.
ACT Link with they're recomendations
If you drag race I would go with the heavier flywheel. You will launch alot harder and if you are on slicks, you won't ever be below 6000 and this is where you pick the most benefits with the lighter wheels. You shift transitions will be smoother and lose less momentum with the heavier wheel.
ACT Link with they're recomendations


