Mustang Dyno remote tune with Anthony Lawshee for Texas Mile
For drag racing only thats different. Just IC reservoir and pump is all you need. Insulating the lines helps also. Especially if you have to run them under the car.
Last edited by Max.H; Nov 7, 2015 at 01:56 AM.




Wow.




Its the opposite depending on platform. When 928s were cheap is when all the true development happened. Real engineers and wrenches came in. Now that prices creep back up, it's like it was in 1990 - "what color should I make my wheels"
That's okay. Pendulum swings.
The Best of Mercedes & AMG
Its the opposite depending on platform. When 928s were cheap is when all the true development happened. Real engineers and wrenches came in. Now that prices creep back up, it's like it was in 1990 - "what color should I make my wheels"
That's okay. Pendulum swings.
On that note......thank you blackbenzz?
Also some how magically a 3 liter whipple blower sucks on Mercedes but every other Ford, Dodge or Chevy they are awesome.
I am building a car for a client right now that is an old w124 chassis diesel that is going to be around a 80k car when done. And people constantly ask why not start with something newer and more expensive. And my response is why. It is a cool car that is going to make a ton of power and you will not see yourself coming and going.
All the Biturbo cars will have the same problem also (their boost limit is a bit higher)




Unless you are talking about overspinning the SC. But of course that is an air flow number not a boost Number. 17psi on a stock motor could be 13 on a molded motor with heads cams and headers.
Also a map sensor just provides a 5 vlt scale. The limit is most likely an excess of the voltage scale. So the fault set is say 4.5vlts and you go to 4.6vlts and that is a fault. If you put a higher scale sensor in and retune the entire fuel and ignition maps accordingly. The ecu does not know any better. Now there might be problems with this approach or it may just take a lot of time, which costs money. But there are solutions. They may not be the best answer but I find it hard to believe that it is really a brick wall. And if it really is then spend the money going after something like a M1 system from Motec. It is a big upfront cost but then sky is the limit. Or at least the hardware is he limit. And really if 5 people split the cost of the development for the M1 then it would not be terrible.
Besides once you guys start making a bit more power you are going to have to dump some real money at the driveline to support it. By my math though at say even a bit more on the ecu plus the 3l supercharger and a built block you are in the neighborhood of 20-25k for making some real serious power. But like I said get ready to spend another 10k to 15k put it to the ground reliably. Axles will break, driveshaft will snap, differential will fail and the transmission will need to be built. All the same problems the SRT8 guys had. We put in Ford 9" rear ends with 2500 dollar axles and 1-2k driveshafts. And about 3500-4000 for a transmission. Add a bit to those numbers due to low volume.

Last edited by blackbenzz; Nov 11, 2015 at 03:04 PM.
I think that you are one of the few that is trying new things and spending money appropriately to get there. There are always exceptions. Like the customer I have right now that I am building a crazy diesel for.
Your diff will give up the ghost though at some point. The SRT8s start having problems around 7-800whp. Now that Quaife has updated the lsd and wavetrac is in the game that may be less of a problem. Your car is also a tad bit lighter than an E55 and that can make a huge difference. It is all about how much weight you are trying to get to move from a stop. But a few things are different in that people are not running higher gears which makes the r/p stronger and reduces half axle load.



