Zachm89's Turbo SSS Build
#32
#34
The sounds promising, should have plenty of room over there once the hydroboost goes in. Thanks!
#37
#38
How else do you suggest running vacuum lines to BOV, gauge, FPR, catch can, MAP sensor, EVAP (if applicable), etc without t'ing everything together and making a mess of t fittings and vacuum lines? I think with the vacuum block it will just make everything a lot easier and tidier under the hood for vacuum line routing and distribution to everything that needs a vacuum source.
#39
How else do you suggest running vacuum lines to BOV, gauge, FPR, catch can, MAP sensor, EVAP (if applicable), etc without t'ing everything together and making a mess of t fittings and vacuum lines? I think with the vacuum block it will just make everything a lot easier and tidier under the hood for vacuum line routing and distribution to everything that needs a vacuum source.
first catchcan never goes to intake....valve covers and valley cover into catchcan/breather setup and that is it
No evap with boost
you have 1 line going to BOV
you have 1 line going to FPR
you have 1 line going to Map that tees to the boost gauge when using a holley setup
car intakes ive stabbed the map in the intake itself
or incase of GMT900 intake you use a stock style 3 bar map that plugs into the stock location
if using stock style map sensor then 1 line to boost gauge.
most intakes have enough ports to feed off of for reference
ive used fast intakes, holley intakes, Vic juniors intakes, ls6/ls3 intakes, proflo intakes and GMT800/900 intakes all with same layout
#40
How else do you suggest running vacuum lines to BOV, gauge, FPR, catch can, MAP sensor, EVAP (if applicable), etc without t'ing everything together and making a mess of t fittings and vacuum lines? I think with the vacuum block it will just make everything a lot easier and tidier under the hood for vacuum line routing and distribution to everything that needs a vacuum source.


