Turbo Project about to begin but decision needed
Originally Posted by JHM2K
I'm in for the deposit, no problem. If he can give a LOOSE estimate on when the kit will be ready for production, that might help the pitch for the deposits. Once the turbo is installed and working on my car, I will promptly take it to the track as soon as possible and the kit will sell itself.
Regarding the small 1" pipes, that's actually brilliant because if he needs to make a complex bend with one of the pipes on the merge back to the 2.5/3" charge pipe, he can do that much easier than he could with a large box tube. I had honestly thought about the intercooler idea, as the Bell Intercooler site you linked me to had touted "over 3,500 core shapes in stock"...
My only concern is airflow. Intercoolers work great when air can move across the vanes at a high rate of speed. But, if the air is forced to flow in a linear fashion, with one side flush against the car.... ???
Still, this is a much simpler design, as we can now route the charge pipe directly up into the engine bay, as opposed to "through the core, into intercooler, back through the core"...
This is progressing well.
Let me know when he needs the deposit.
Regarding the small 1" pipes, that's actually brilliant because if he needs to make a complex bend with one of the pipes on the merge back to the 2.5/3" charge pipe, he can do that much easier than he could with a large box tube. I had honestly thought about the intercooler idea, as the Bell Intercooler site you linked me to had touted "over 3,500 core shapes in stock"...
My only concern is airflow. Intercoolers work great when air can move across the vanes at a high rate of speed. But, if the air is forced to flow in a linear fashion, with one side flush against the car.... ???
Still, this is a much simpler design, as we can now route the charge pipe directly up into the engine bay, as opposed to "through the core, into intercooler, back through the core"...
This is progressing well.
Let me know when he needs the deposit.
Looks like we are up to three. Anyone else in on this? Maybe someon knows how to make a list?
Last edited by LantanaTX; Nov 15, 2011 at 04:59 PM.
Originally Posted by LantanaTX
Corky also really liked the idea but as an engineer wants to study it some more. I am excited that a BEGi sytem might include an idea of mne! What makes Corky like it is some testing he did on his Miata kits. Like I said earlier. His single round charge pipe leaves the turbo passes through the wheel well then down and into the intercooler. He measured a 30 degree drop just on this 40" pipe before entering the intercooler. Now if you look at the leangth of the charge pipe and if you could route this through 3-5 small pipes, you will basically have a charge pipe that has an intercooler effect. I really like this idea because like you said, we can enter and exit on the same side of the radiator which also was driving up the cost of the intercooler. Another advantage is you will not have a intercooler blocking the cooling air to the radiator. A big advantage for me only is that I will still have room for my pusher fan that is mandatory on a V8. Not only would we eliminate the traditional intercooler but all the brackets and mounting hardware. This would make the install much easier too! Just route the pipe up from underneath in front of the condensor, keep it tight to the passenger side and into the engine compartment then follow the contoured relief on the side of the E320 engine cover.
Looks like we are up to three. Anyone else in on this? Maybe someon knows how to make a list?
Looks like we are up to three. Anyone else in on this? Maybe someon knows how to make a list?
As for the list:
- JHM2K
- LantanaTX
- (open space to keep Frank on bottom)
- frankeyser
I'm curious about the self contained lub system. I'm gessing 2 pumps are required, scavenge and pressure. A heatsink rad in the return line. A tubular aluminium reservoir with window or dipstick and breather.
Perhaps, as a means to keep the kit affordable, we could have the option to opt for an engine lubricated circuit with scavenge pump to return the oil to the motor(left valve cover). In this case, adding an oil cooler to the engine makes sense.
Perhaps, as a means to keep the kit affordable, we could have the option to opt for an engine lubricated circuit with scavenge pump to return the oil to the motor(left valve cover). In this case, adding an oil cooler to the engine makes sense.
Last edited by turbomar; Nov 15, 2011 at 08:19 PM.
Originally Posted by JHM2K
Another benefit of no FMIC: no need to carve on the core support and neck down the charge pipe to fit. If you recall, on the Needswings, you have to squish a rubber tube through the passenger side. More couplings = more areas for boost to leak. Using a metal pipe would require you to widen the opening.
As for the list:
As for the list:
- JHM2K
- LantanaTX
- (open space to keep Frank on bottom)
- frankeyser
Thanks for starting the list! I hope guys will jump on board. If you are trully interested and can put down a deposit please let us know. Before a deposit is needed you will be much more informed and have a very good idea of what to expect.
Originally Posted by turbomar
I'm curious about the self contained lub system. I'm gessing 2 pumps are required, scavenge and pressure. A heatsink rad in the return line. A tubular aluminium reservoir with window or dipstick and breather.
Perhaps, as a means to keep the kit affordable, we could have the option to opt for an engine lubricated circult with scavenge pump to return the oil to the motor(left valve cover). In this case, adding an oil cooler to the engine makes sense.
Perhaps, as a means to keep the kit affordable, we could have the option to opt for an engine lubricated circult with scavenge pump to return the oil to the motor(left valve cover). In this case, adding an oil cooler to the engine makes sense.
Originally Posted by LantanaTX
I did speak to Corky on Friday after he sent me an email with thoughts and questions. He did some preliminary costing and was getting worried. His margin was a little low and wanted my thoughts on how to contain costs.
Originally Posted by msheredy
Have him check out those oil less turbos to eliminate the self contained oil system. That should save some bucks. The Comp Turbos are a little more $ but there might be a cost savings. It's worth a shot plus I've been reading these turbos can be mounted vertically! Not that we'd need to just thought that was kinda nutty.
I will be interested but I need to save money for about a year and a half because I have alot going on with the wife and a second kid coming in January. This is a steal though and I will eventually buy one for sure if there is one available when I have the money. I am also a owner in ridgecrest CA, which is hilarious because me and 2005 ragtop are 2 of 4, maybe 5 owners total in our tiny town of less than 30,000 people hahaha
I just had a thought, since we are looking at having this designed for stock N/A cars. Is the neck up from the charge pipe going to fit a 74mm throttle body upgrade? I sold my OEM throttle body a while back.
Originally Posted by frankeyser
I just had a thought, since we are looking at having this designed for stock N/A cars. Is the neck up from the charge pipe going to fit a 74mm throttle body upgrade? I sold my OEM throttle body a while back.
Originally Posted by frankeyser
I just had a thought, since we are looking at having this designed for stock N/A cars. Is the neck up from the charge pipe going to fit a 74mm throttle body upgrade? I sold my OEM throttle body a while back.
Originally Posted by frankeyser
I just had a thought, since we are looking at having this designed for stock N/A cars. Is the neck up from the charge pipe going to fit a 74mm throttle body upgrade? I sold my OEM throttle body a while back.
In my email today I have asked Corky to write something up on his letterhead describing the kit, cost, performance goals and conditions regarding the deposit and anticipated kit build times and delivery times. I told him about the recent success of getting deposits for the headers and Wavetrac but also mentioned when it comes to boosting the n/a Crossfire, people may be more skeptical. However, with Corky Bell (BEGi) involved along with Kleemann helping to get Corky up to speed on the unique aspects of the MB engine management we may never have an opportunity like this again! this is about as good as it gets!
We need to try to spread the word, I sure hope there are more than three of us that want in on this.
Lantana,
Put me down at the bottom of the list, but I'm in - NO DOUBT !! Let me know the who, where, when for deposit. A more accurate S.W.A.G for the balance would assist in determinig the level and length of poverty/pain.
V/R
Tim - 2005 Ragtop
Put me down at the bottom of the list, but I'm in - NO DOUBT !! Let me know the who, where, when for deposit. A more accurate S.W.A.G for the balance would assist in determinig the level and length of poverty/pain.
V/R
Tim - 2005 Ragtop
Thanks tim,
No deposit would be required until all the facts are posted by Corky, He is working on a document now and hope to have it done by early next week.
Bri3D,
Thanks for the PM. John put him in the third spot.
2005 Ragtop,
Thank you! John can you put him in the 9th spot and put frank at number ten. Thanks!
Guys we are going for ten, This guarantees production and I don't have to beg and plead with Corky... Not that I wouldn't if I had too...
Looks like we are at 5, let's get to ten! Here is some information on who you are dealing with in case you didn't see this on the Bell Intercoolers website about Corky and his partner.
A recognized authority in the field, Corky Bell has served as engineering consultant on many successful racing efforts including the 1986 IMSA GTU class championship Porsche 924 Turbo, the SCCA Escort Series champ in 1994 with the Nissan 300ZX, and a Bonneville record setting Mazda RX-7. Bell is also the author of two publications on the subject, Maximum Boost and Supercharged!. Both providing essential, hands-on, advice for novice forced induction turbo and supercharger system designers.
Gerhard Schruf has spent the vast majority of his engineering career working in the field of forced induction. Having developed turbocharged engines for marine, industrial, street and racing applications, with power outputs ranging from 50 hp to 40,000 HP. Gerhard was also instrumental in the initial development of the unique, pressure-wave-supercharger, the COMPREX. A highlight in his career was working with Gilles Villeneuve and the Ferrari Formula One team, providing forced induction expertise during the teams early ventures into the turbocharged era. As an author and co-author of several SAE-Publications his focus always was on performance, but in conjunction with fuel economy and exhaust emissions for street applications.
No deposit would be required until all the facts are posted by Corky, He is working on a document now and hope to have it done by early next week.
Bri3D,
Thanks for the PM. John put him in the third spot.
2005 Ragtop,
Thank you! John can you put him in the 9th spot and put frank at number ten. Thanks!
Guys we are going for ten, This guarantees production and I don't have to beg and plead with Corky... Not that I wouldn't if I had too...
Looks like we are at 5, let's get to ten! Here is some information on who you are dealing with in case you didn't see this on the Bell Intercoolers website about Corky and his partner.
A recognized authority in the field, Corky Bell has served as engineering consultant on many successful racing efforts including the 1986 IMSA GTU class championship Porsche 924 Turbo, the SCCA Escort Series champ in 1994 with the Nissan 300ZX, and a Bonneville record setting Mazda RX-7. Bell is also the author of two publications on the subject, Maximum Boost and Supercharged!. Both providing essential, hands-on, advice for novice forced induction turbo and supercharger system designers.
Gerhard Schruf has spent the vast majority of his engineering career working in the field of forced induction. Having developed turbocharged engines for marine, industrial, street and racing applications, with power outputs ranging from 50 hp to 40,000 HP. Gerhard was also instrumental in the initial development of the unique, pressure-wave-supercharger, the COMPREX. A highlight in his career was working with Gilles Villeneuve and the Ferrari Formula One team, providing forced induction expertise during the teams early ventures into the turbocharged era. As an author and co-author of several SAE-Publications his focus always was on performance, but in conjunction with fuel economy and exhaust emissions for street applications.
Last edited by LantanaTX; Nov 16, 2011 at 01:36 PM.
Originally Posted by LantanaTX
we may never have an opportunity like this again! this is about as good as it gets!
Originally Posted by BoilerUpXFire
I would rather not pull the cash out anytime soon as my investments are in the crapper (like everyone else's) but if that is what it takes to make this a reality, so be it. I am standoffish at the moment, but as it gets down to the line, I can make it happen, and will continue watching the thread to see if I am needed...
Originally Posted by BoilerUpXFire
I would rather not pull the cash out anytime soon as my investments are in the crapper (like everyone else's) but if that is what it takes to make this a reality, so be it. I am standoffish at the moment, but as it gets down to the line, I can make it happen, and will continue watching the thread to see if I am needed...
and to think.... I was gonna sell my xfire.
Originally Posted by LantanaTX
Bri3D,
Thanks for the PM. John put him in the third spot.
2005 Ragtop,
Thank you! John can you put him in the 9th spot and put frank at number ten. Thanks!
Thanks for the PM. John put him in the third spot.
2005 Ragtop,
Thank you! John can you put him in the 9th spot and put frank at number ten. Thanks!
- JHM2K
- LantanaTX
- Bri3D
- (open)
- (open)
- (open)
- (open)
- (open)
- 2005 Ragtop
- Frankeyser
Originally Posted by sk8erjosh09
and to think.... I was gonna sell my xfire.


