TSCOMPtuned Built & Tuned - Stock Block MAP EF 2.5 S3 93oct @ 21.8psi
#1
TSCOMPtuned Built & Tuned - Stock Block MAP EF 2.5 S3 93oct @ 21.8psi
I picked this car up from a local customer to do a lot of mechanical work on it. The car was bone stock when I got it and I had added the following performance mods to it aside from a Apexi safc & hallman mbc & an unknown 3" TBE;
Map EF 2.5 turbo ported & coated
Map o2 eliminator downpipe dumped open
FIC 1100cc injectors
Walbro 255 punched / modded
Curt Brown 70mm Intake
Curt Brown ported exhaust manifold
Full blown 70mm TB
GSC springs & retainers
GSC S3 cams
ETS FMIC 3.5"
ETS upper pipe
ETS lower pipe
ETS SD intake pipe
Crushed evo 9 BOV
Grimmspeed 3 port
ARP Standard headstuds
Non power maintenance i did was:
New Headgasket
New timing belt & balance shaft belt
New waterpump
New tensioner & pulleys
AEM Wideband gauge
Dimple drain plug magnet
Omnipower 4bar map
Gauge pod install
Ran all new vac lines + zipties + connectors
New oil filter
New brad penn 10w40 oil
Boost leak tested to 25psi
Converted vehicle to speed density via tephra v7
Now after all that was done i started to tune the car. This car runs a 3 port and a mbc to keep the boost curve nice and flat. it worked quite well with this car.
Not trusting the quality of fuel here i didn't push the car to its max. at 22psi it has a nice top end though. We will extract more later once i drop the car off to its owner and he fills up with his own local 93oct.
Overall the setup is very fun. it has low end kick and top end. 1-2nd gear are very responsive still like a stock turbo. It is a very fun setup to drive.
I avoided loading it up downlow. The turbo comes on hard if you start at 2000RPM it hit 20psi before 3700. This is something i wanted to avoid since its a stock block.
The pulls were done starting at 3100RPM.
difference between the two pulls is outside temperature. it was 20F cooler on the green line. temps were around 50F
Before & after of the engine bay:
After:
It doesn't even look like the same engine bay anymore! I am very meticulous & a clean freak and dirt doesn't last long around me even if its not my car.
-
To see more pictures of the car go here. I documented the build as i was doing it on my facebook.
https://www.facebook.com/media/set/?...7302897&type=3
And heres a random video i made after firing it up not fully finished (the harness in the video was a jumper harness for the SAFC that used to be in the car).
https://www.facebook.com/photo.php?v...type=2&theater
Video before loading it on the trailer and delivering it to customer:
Map EF 2.5 turbo ported & coated
Map o2 eliminator downpipe dumped open
FIC 1100cc injectors
Walbro 255 punched / modded
Curt Brown 70mm Intake
Curt Brown ported exhaust manifold
Full blown 70mm TB
GSC springs & retainers
GSC S3 cams
ETS FMIC 3.5"
ETS upper pipe
ETS lower pipe
ETS SD intake pipe
Crushed evo 9 BOV
Grimmspeed 3 port
ARP Standard headstuds
Non power maintenance i did was:
New Headgasket
New timing belt & balance shaft belt
New waterpump
New tensioner & pulleys
AEM Wideband gauge
Dimple drain plug magnet
Omnipower 4bar map
Gauge pod install
Ran all new vac lines + zipties + connectors
New oil filter
New brad penn 10w40 oil
Boost leak tested to 25psi
Converted vehicle to speed density via tephra v7
Now after all that was done i started to tune the car. This car runs a 3 port and a mbc to keep the boost curve nice and flat. it worked quite well with this car.
Not trusting the quality of fuel here i didn't push the car to its max. at 22psi it has a nice top end though. We will extract more later once i drop the car off to its owner and he fills up with his own local 93oct.
Overall the setup is very fun. it has low end kick and top end. 1-2nd gear are very responsive still like a stock turbo. It is a very fun setup to drive.
I avoided loading it up downlow. The turbo comes on hard if you start at 2000RPM it hit 20psi before 3700. This is something i wanted to avoid since its a stock block.
The pulls were done starting at 3100RPM.
difference between the two pulls is outside temperature. it was 20F cooler on the green line. temps were around 50F
Before & after of the engine bay:
After:
It doesn't even look like the same engine bay anymore! I am very meticulous & a clean freak and dirt doesn't last long around me even if its not my car.
-
To see more pictures of the car go here. I documented the build as i was doing it on my facebook.
https://www.facebook.com/media/set/?...7302897&type=3
And heres a random video i made after firing it up not fully finished (the harness in the video was a jumper harness for the SAFC that used to be in the car).
https://www.facebook.com/photo.php?v...type=2&theater
Video before loading it on the trailer and delivering it to customer:
Last edited by tscompusa; Oct 23, 2013 at 02:23 AM.
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First off I'd like to thank Tom for everything he has done with the car and for me. He has gone above and beyond from day one with it! Couldn't be happier honestly. His goal is clearly to serve and that he did. People always say about his attention to detail but this shows it. I literally piled a ton of parts in my car and said have at lol.
That and a couple other reasons. I'm not one to do things twice. I knew with the smaller turbo on the stock block I could make some peak power early if I wanted to so I figured why not shift the power band a little to the right. It seemed like a win win for me. It looks like it worked out pretty well up top.
That and a couple other reasons. I'm not one to do things twice. I knew with the smaller turbo on the stock block I could make some peak power early if I wanted to so I figured why not shift the power band a little to the right. It seemed like a win win for me. It looks like it worked out pretty well up top.
Last edited by doober; Oct 20, 2013 at 09:30 PM.
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Is the hybrid boost control combo only for higher RPM transient response? (like the WGDC 100% under X load table)
I don't see how it is better than Ecu controlled boost if the solenoid is completely shut on spool up. I mean, you can't run more boost than a closed wastegate actuator line. Thanks for the answer
I don't see how it is better than Ecu controlled boost if the solenoid is completely shut on spool up. I mean, you can't run more boost than a closed wastegate actuator line. Thanks for the answer
#11
Thanks guys.
Thanks Drew! Pleasure to work on your car and transform it into something much different! hope you enjoy!
All those mods added + it still drives like stock, but with way more response now. its interesting how S3 cams can be so responsive and not hurt low end spool on the smaller turbos, but on the 60lb/min~ turbos they seem to hurt spool quite a bit on 2.0L's.
Let me know what you think about the top end. rev it out to 7500 it will surprise you for being such a small turbo. it doesn't fall off uptop.
WD40 believe it or not can do it all. and the good thing about wd40 is, it will protect the car from rusting or building up any kind of surface rust because it is oil based.
You will be after my car. I have another local who im doing a full build also.
I do not believe so, but we will see. it would be potent on e85.
3 port is to have full control over the boost curve.
-
Heres the final idle video i took before loading the car onto the trailer and dropping it off to the owner today.
As always, i made the SD very nice to drive. i placed the car on a hill and made sure i could take off with very light throttle and not get any kind of lean issues at 1100-1200 ish rpm which SD is very prone to do on evo 8's in particular.
First off I'd like to thank Tom for everything he has done with the car and for me. He has gone above and beyond from day one with it! Couldn't be happier honestly. His goal is clearly to serve and that he did. People always say about his attention to detail but this shows it. I literally piled a ton of parts in my car and said have at lol.
That and a couple other reasons. I'm not one to do things twice. I knew with the smaller turbo on the stock block I could make some peak power early if I wanted to so I figured why not shift the power band a little to the right. It seemed like a win win for me. It looks like it worked out pretty well up top.
That and a couple other reasons. I'm not one to do things twice. I knew with the smaller turbo on the stock block I could make some peak power early if I wanted to so I figured why not shift the power band a little to the right. It seemed like a win win for me. It looks like it worked out pretty well up top.
All those mods added + it still drives like stock, but with way more response now. its interesting how S3 cams can be so responsive and not hurt low end spool on the smaller turbos, but on the 60lb/min~ turbos they seem to hurt spool quite a bit on 2.0L's.
Let me know what you think about the top end. rev it out to 7500 it will surprise you for being such a small turbo. it doesn't fall off uptop.
I do not believe so, but we will see. it would be potent on e85.
Is the hybrid boost control combo only for higher RPM transient response? (like the WGDC 100% under X load table)
I don't see how it is better than Ecu controlled boost if the solenoid is completely shut on spool up. I mean, you can't run more boost than a closed wastegate actuator line. Thanks for the answer
I don't see how it is better than Ecu controlled boost if the solenoid is completely shut on spool up. I mean, you can't run more boost than a closed wastegate actuator line. Thanks for the answer
-
Heres the final idle video i took before loading the car onto the trailer and dropping it off to the owner today.
As always, i made the SD very nice to drive. i placed the car on a hill and made sure i could take off with very light throttle and not get any kind of lean issues at 1100-1200 ish rpm which SD is very prone to do on evo 8's in particular.