Cons of milling head?
Do it only if the head is out of square is my take on it.
I don't remember the max that you can mill, but I know there's a limit for what'll keep you from having tensioning problems, and keep the cam timing pretty similar to before.
I don't remember the max that you can mill, but I know there's a limit for what'll keep you from having tensioning problems, and keep the cam timing pretty similar to before.
well the thing is i already have 11:1 compression but i want the nice 12-12.5 compression. So i imed Topspeed and they said all i needed with 15 thousandths. so i may do it since it's not that much and i don't wnat to rebuild the motor just yet. thanks
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well the thing is i already have 11:1 compression but i want the nice 12-12.5 compression. So i imed Topspeed and they said all i needed with 15 thousandths. so i may do it since it's not that much and i don't wnat to rebuild the motor just yet. thanks
Why are you bothering me???? go back to your 14 wives
as far as the topic goes -- miling the head, already talked to u about that on the phone
i believe they use a lathe... its a machine so the accuracy should be perfect...
slight problem with milling is that if you ever want to increase piston dome height you might run into problems..... alot of people mill the hell out of their head and are stuck with lower lift cams ...
.015 doesnt seem like too much of a mill..... isnt .005 resurfacing?
slight problem with milling is that if you ever want to increase piston dome height you might run into problems..... alot of people mill the hell out of their head and are stuck with lower lift cams ...
.015 doesnt seem like too much of a mill..... isnt .005 resurfacing?
How are they going to use a lathe to MILL a head? It would be a pretty cool sight to see a cylinder head spinning on a lathe. Not trying to flame just speaking my mind.
As for the loose timing belt issue...you would have to mill A LOT off of a head to not allow the tensioner to take off the slack.
The maximum amount of material that can be taken off of a DOHC VTEC B-series head is 0.040" per the Helms manual. From my experience milling the head within factory specs will not affect the ability of the timing belt tensioner to do its job.
-kenji
As for the loose timing belt issue...you would have to mill A LOT off of a head to not allow the tensioner to take off the slack.
The maximum amount of material that can be taken off of a DOHC VTEC B-series head is 0.040" per the Helms manual. From my experience milling the head within factory specs will not affect the ability of the timing belt tensioner to do its job.
-kenji
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no cons except you cant go more than 30 thou on a gsr and 40 thou on a b16a. Get any v8 shop to do it, also hav ethem clean it properly too.
to achieve more compression, mill 15 thou and use a thinner headgasket, incase anyone ever messes your head up by retorquing/untorquing in wrong sequency for examply, and warping head you have room to play with. as a guid look at the marks on the head which shows the max milling possible.
Greg
to achieve more compression, mill 15 thou and use a thinner headgasket, incase anyone ever messes your head up by retorquing/untorquing in wrong sequency for examply, and warping head you have room to play with. as a guid look at the marks on the head which shows the max milling possible.
Greg
i believe they use a lathe... its a machine so the accuracy should be perfect...
Um, no... guess what machine they do use.... A MILL. LOL.
Um, no... guess what machine they do use.... A MILL. LOL.
lathe= flywheel
on me
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