Recent content by scrappydoo

I found the Koni's gave a better ride as well as all the other good stuff you get from the Bilstein's. Either brand and you will get a top notch product.

Fantastic. Definitely want to see more.

I bought some cheap amplifier boards (LM3886) from HK, and they were fakes, left negative feedback. The seller complained bitterly and said he checked with his supplier and was guaranteed that they were genuine parts and they only sold genuine parts. All the components were fake. I hear that the...

x2 on what map63vette said.

x2

I won't post them here but I can pm some to you.

Yeah, lol. I don't have a choice. Hey it works well though.

I'm using a 2" S.U. on a draw through. Running AVGAS. I know "everyone" says the coating will come off in a draw through but even if it does the difference will be minimal. But... I would do a blow through setup in your situation, M112...aftercooler...holley. And water/meth pre blower and post...

That's right, I wasn't saying the tvs 2300 is the same size as an M90, just that there is a newer, more efficient design available from eaton. And they are being factory fitted so they are becoming a viable alternative to the more readily available m112, m90.

Eaton have a newer design blower out, the TVS 2300, it has more twist on the lobes making it more efficient as well as 4 lobe rotors. These guys are getting over 350hp out of a Porsche 3.6 air cooled with a M90 http://www.tpcracing.com/porsche-964-and-993-supercharger-kit.html But water/meth...

Hi, I didn't see mentioned that you are using water/meth injection. This would be the next upgrade I would be doing. 12800rpm is getting to be about the max for a straight lobe blower, anymore rpm will be unlikely to produce more power because of the heat produced. You used to be able to get a...

Beat me to it. I'll throw my hat in for what its worth 775hp

Exhaust gases will flow to the point of least resistance which is the turbo outlet, not the other cylinders. The exhaust gases might be "crashing" into each other but they'll get over it and exit out the turbo. Your setup wardy is the way you want to be doing it, but for what bakerlite is...

I'm not sure what size the header pipes are, they look to be 1 5/8" but the gases are flowing through both so you have 2x 1 5/8" pipes that all the other 6 cylinders are flowing through then meeting up with #3 and 5. This approach certainly isn't the most efficient but for what Bakerlite is...

I think you need to forget header theory when dealing with a turbo as the turbo will be the biggest restriction in the exhaust, think of log headers versus tuned headers. tuned headers don't gain much over a log design when pushing through a turbo. So cylinder #1 and #7 join up with #2,4,6,8...