Once you have the fuel air mixture correct at the boost you want to run, the next thing to
consider is inter cooling in some way by either air to air or air to liquid.
AIR TO AIR (ATA) - The disadvantage of ATA is the possibility of
increased lag or lack of response because of the distance the air has to travel from the
filter to the cylinders which can be over five times as long as normal.
This drawback is overcome to some extent by making the pipes as large and smooth as
possible to and from the cooler core. (as large as possible in frontal
area and internal air flow)
AIR TO LIQUID (ATL) - Main benefit of ATL is that you can usually keep
the intake length as short as possible and not suffer from excessive lag.
The relative efficiency of the ATL is greater than ATA for a similar core size as water
can absorb and dissipate the heat quicker than air. One disadvantage is the added weight
of the water which can be 50 lb. in an efficient system.
Starion Turbo being raced - Has twin cam
2.0ltr 4 valve GSR head on 4G63 Starion Block wih Air to Air Intercooler.
Modified by owner - Charlie.
Photo's dubbed from Video so please
excuse quality.
The intake manifold throttle body has
been moved to the other end and the distributor also modified to fit North/South on RWD
Block.
Yes its an Aussie Spec. RHD RWD
4G63BT 2.0L Block with a GSR Galant DOCHead.
Large pipes to front mount
intercooler help with the much more than 200 KW at rear wheels.
Like all high
performance turbo cars, this site is being constantly fine tuned and updated for enhanced
performance!
Warning, the All
TURBO CLUB Register makes this information available to you with NO express guarantee's
implied or otherwise on the suitability of the information being relevent to your
Automobile Make or Model. You should not make any modifications to your Automobile unless
a qualified Mechanic has approved and checked that the vehicle is safe and roadworthy and
meets all relevent State Governed Regulations before proceeding onto public roads. The
information contained in this ATCR Website is believed to be correct but the Author and
Publisher make no warranties, express or implied that the information is free of errors,
or that it will meet the particular requirements of individual Automotive application.