Yes.rundatrack wrote:
With the kit being just the LS swap and not the turbo. Would A/C fit then?
Euro 535i LS Turbo Build Thread - 7/10/19 Dyno update
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AWESOME NEWS. Thanks for the fast reply todd.T_C_D wrote:Yes.rundatrack wrote:
With the kit being just the LS swap and not the turbo. Would A/C fit then?
NA power on this motor is more than enough when adding a cam...or some good @#$# heads.
Going to sound wicked as all hell as well.
This is a great project. Got a LS2 in the daily and I love that I can get power for little money compared to bmws.
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Woke at 0515 and made the 145 mile drive up this morning with my dedicated son Harper!
We had a great day working on the car today. Installed the 346lsd then got to work on the engine while Sweeney was busy fabricating. Installed the LS6 cam and prepped the block to receive the heads. Harper and I changed the valve springs on a cyl head and then while Sweeney and were working on piping solution Harper changed the valve springs on the other head!
I took several pics. Here is one of the nearly completed driver's side manifold. I'll post the rest tomorrow.
We had a great day working on the car today. Installed the 346lsd then got to work on the engine while Sweeney was busy fabricating. Installed the LS6 cam and prepped the block to receive the heads. Harper and I changed the valve springs on a cyl head and then while Sweeney and were working on piping solution Harper changed the valve springs on the other head!
I took several pics. Here is one of the nearly completed driver's side manifold. I'll post the rest tomorrow.
I was happy when my son Cody did an oil change Awesome reading what Harper accomplished, has to make a dad proud !T_C_D wrote:Woke at 0515 and made the 145 mile drive up this morning with my dedicated son Harper!
We had a great day working on the car today. Installed the 346lsd then got to work on the engine while Sweeney was busy fabricating. Installed the LS6 cam and prepped the block to receive the heads. Harper and I changed the valve springs on a cyl head and then while Sweeney and were working on piping solution Harper changed the valve springs on the other head!
I took several pics. Here is one of the nearly completed driver's side manifold. I'll post the rest tomorrow.
Loving the updates Todd.
Sweeney warming manifolds prior to welding.
Look of each finished manifold. Both flanges were trimmed to fit between the frame rails. It's tight!
Close up of driver's side.
Next week the engine the engine will be assembled. Will will also be cutting the front end upo a little bit. The radiator core support and some other minor sheetmetal is going away. We will be dropping the radiator a little and moving it in a little to make room for the intercooler.
Look of each finished manifold. Both flanges were trimmed to fit between the frame rails. It's tight!
Close up of driver's side.
Next week the engine the engine will be assembled. Will will also be cutting the front end upo a little bit. The radiator core support and some other minor sheetmetal is going away. We will be dropping the radiator a little and moving it in a little to make room for the intercooler.
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Another good day. We started the the day by removing the radiator core support and part of the valance to make room for lowering the radiator and creating space for the intercooler and piping.
I ordered the a Bell intercooler core this morning. 18x12x3. Tanks will be top and bottom.
Turbo is in it's final position. Driver's side piping to turbo is done. Piping from passenger side next week.
I ordered the a Bell intercooler core this morning. 18x12x3. Tanks will be top and bottom.
Turbo is in it's final position. Driver's side piping to turbo is done. Piping from passenger side next week.
So all eight cylinders will be pushing exhaust through the one turbine housing? All I have ever seen is twin, large turbos on a V8. What has your research yielded for a single setup?
I think you will run into a huge bottle neck with the exhaust at the turbo which will choke down the engine.
I think you will run into a huge bottle neck with the exhaust at the turbo which will choke down the engine.
Last edited by Duke on Mar 14, 2012 8:28 AM, edited 1 time in total.
90% of all v8 turbos are a single. In fact, people make 600-800hp with .96 housings. I am using a 1.15 housing that will support 1000hp easily.Duke wrote:So all eight cylinders will be pushing exhaust through the one turbine housing? All I have ever seen is twin, large turbos on a V8. What has you research find you for a single setup?
I think you will run into a huge bottle neck with the exhaust which will choke down the engine.
Just go to LS1tech forced induction section for some easy reading.
I guess I am thinking in the NA realm where I have long tube headers into dual 2.25" pipe all the way back with a crossover and flowmaster mufflers. With that and looking at all your cylinders going through one turbine housing make me think choke. Will check out LS1tech at work today.T_C_D wrote:90% of all v8 turbos are a single. In fact, people make 600-800hp with .96 housings. I am using a 1.15 housing that will support 1000hp easily.
Just go to LS1tech forced induction section for some easy reading.
Last edited by Duke on Mar 14, 2012 10:37 AM, edited 1 time in total.
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Why are you using such a big housing when you are shooting for under 600whp? Seems like a waste, and more lag then needed.T_C_D wrote:90% of all v8 turbos are a single. In fact, people make 600-800hp with .96 housings. I am using a 1.15 housing that will support 1000hp easily.Duke wrote:So all eight cylinders will be pushing exhaust through the one turbine housing? All I have ever seen is twin, large turbos on a V8. What has you research find you for a single setup?
I think you will run into a huge bottle neck with the exhaust which will choke down the engine.
Just go to LS1tech forced induction section for some easy reading.
I am using it to produce the tq curve that I desire. A smaller turbine hosuing that gives instant boost is going to hit very hard and be useless in a 3100lb car with a 245 tire. I could use the boost controller to achieve desired boost levels but would lose top end potential power with a smaller housing.europartconnect wrote: Why are you using such a big housing when you are shooting for under 600whp? Seems like a waste, and more lag then needed.
Since this motor has a lot of power n/a lag won't be an issue for drivability. Remember this engine starts with the power that a m30 makes at 10/12psi.
I also am aiming for a motor that makes at least equivalent HP as TQ and maybe more. The large a/r should really help top end power.