b18c1 block wth b16 head.. what will compression ratio be with ITR pistons
like title says.. i know it will lower comp with b16 head. but if i had US ITR pistons, wat will comp ratio be?
B16 head = ITR head
You are using UDSM ITR pistons, which are 10.6:1, and with the above information, without any milling of the head or decking of the block, your compression will be 10.6:1
You are using UDSM ITR pistons, which are 10.6:1, and with the above information, without any milling of the head or decking of the block, your compression will be 10.6:1
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by DC2SIR-G »</TD></TR><TR><TD CLASS="quote">like title says.. i know it will lower comp with b16 head. but if i had US ITR pistons, wat will comp ratio be?</TD></TR></TABLE>
I think a b16 head on a c1 block would actually make the compression shoot up...correct me if im wrong.
b16 head on b18c1 block = poor mans Type R
I think a b16 head on a c1 block would actually make the compression shoot up...correct me if im wrong.
b16 head on b18c1 block = poor mans Type R
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Lauj87 »</TD></TR><TR><TD CLASS="quote">
I think a b16 head on a c1 block would actually make the compression shoot up...correct me if im wrong.
b16 head on b18c1 block = poor mans Type R</TD></TR></TABLE>
youre wrong, its not a poor man R if it doesnt have the pistons the comp ratio will be lowered
I think a b16 head on a c1 block would actually make the compression shoot up...correct me if im wrong.
b16 head on b18c1 block = poor mans Type R</TD></TR></TABLE>
youre wrong, its not a poor man R if it doesnt have the pistons the comp ratio will be lowered
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