Very good answer, perhaps.. so anyone got a 1994 F-Body FSM handy? :)

I still want to know how to figure it on the fly...

Wallyman



                                                                       
             "Larry Alster"                                            
             <[EMAIL PROTECTED]>                                         
                                                                        To
             10/27/2008 03:28 PM             <[EMAIL PROTECTED]>,
                                             <[email protected]>
                                                                        cc
                                                                       
                                                                   Subject
                                             RE: NMC - How to figure   
                                             "perfect" compression for a
                                             compression check?        
                                                                       
                                                                       
                                                                       
                                                                       
                                                                       
                                                                       




The FSM for the motor?











Larry

White Knight      1991 Crystal White   #99 CSP
Silver Bullet        1992 Silverstone     #17 SM2  FM I+ Turbo
Honey B             1992 Sunburst Yellow #99 SM2L  JR Supercharger
Whooosh           2004 Titanium Mazdaspeed MX-5

LowCountry Miata  http://www.lowcountrymiataclub.net
Masters Miata
RAGS 074





From: [EMAIL PROTECTED]
[mailto:[EMAIL PROTECTED] On Behalf Of
[EMAIL PROTECTED]
Sent: Monday, October 27, 2008 3:15 PM
To: [email protected]
Subject: NMC - How to figure "perfect" compression for a compression check?





Ok, so if a guy wanted to figure out what the "perfect" lossless
compression measurement is on a motor, how does one go about it? i.e.
somebody tells you to "Do a compression check"... you say "ok, what values
dictate good?".. they respond back with some arbitrary number somewhere in
the high 100's.. and that's my question: Every motor should have an ideal
reading, how do you figure that out?

I assume you deal with bore/stroke/compression ratio/head gasket
thickness/domed-dished-flat top piston and chamber size and through some
magical formula you get a reading of xxx psi is possible? Google is letting
me down on this one...

Wallyman

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