••• Project Stock to Awe •••
With that said I am curious what you did inside the trans, did you simply replace the oem frictions and nothing more? Did you modify line pressures in the TCU or valve body? Id like to hear more about what you've done with the torque converter, OEM lockup clutches always seem to be a PITA when placed on a high powered street car, I know my last billet torque converter had a set killed within 50 miles just due them dragging under high power caused by a slight fluid pressure differential across them.
I have been slowly putting together an archive picture gallery of all the E55 OEM components and internals and this thread has been fantastic, great job all around.
Any progress on those top mounted coolers? Hehehe!!

My top mounted coolers have been built but not tested as of yet.

My new hurdle is to see if I can increase the boost by changing those helical gears on the front of the supercharger; specifically the one on the right that is interchangeable and the gear behind the clutch that is pinned but has room around the case for improvement. I'm thinking I should be able to save some HP and added stress to the crank if I increase the boost by changing the S/C gears and retain my stock crank pulley, compared to using those massive aftermarket crank pulleys.
No, just sitting there… Ready to mass fabricate, prototype fits like factory. The last couple of years have been busy and this has not been one of my priorities.
Any figs?
Regardless of which type of gear system you use, the s/c will still absorb the same parasitic HP to operate. I'm using a larger pulley without any dramas.
No, just sitting there… Ready to mass fabricate, prototype fits like factory. The last couple of years have been busy and this has not been one of my priorities.
Any figs?
No point really as using 170 to 180 pulley will run the s/c at maximin efficiency. Bare in mind that the stock cooler is highly restrictive so with your new overhead coolers installed you will automatically gain boost and improved flow.
Regardless of which type of gear system you use, the s/c will still absorb the same parasitic HP to operate. I'm using a larger pulley without any dramas.

No figures yet on my coolers. These are what they look like without the finish. I had Vadim build them last year, but I haven’t tested them because of engine set-backs. Evosport will test them shortly and modifiy them in the areas that show restricted flow. I'll send you the data once I have it so we can compare.


I brought my car to Evosport to have them complete my build and find out why one cylinder lost compression. They found that the reason one cylinder lost compression was because the valves floated and one exhaust valve hit a piston. I have the VRP/PTE cams, Ferrea oversized valves, and titanium retainers but with stock valve springs. Victor never had the valve springs upgraded and the pistons were not fly-cut to prevent damage from the tight clearance.

My custom Ferrea oversized exhaust valve that was damaged.
1077386.jpg?t=1277559134
Thanks for your input!
I decided not to mess with the S/C gears and just go with Evosport’s new 178mm crank pulley. Also, since I need to disassemble the bottom end again for inspection and to replace my pistons I decided to upgrade the bottom and build a stroker. I plan to go with a stroked 4349 crank (6.2L 383cu in), Pauter 6AL4V Titanium rods, and pistons with the stock piston profile and dish volume, but compression increased to 9.5:1. We'll see what happens..
Last edited by Havoc; Aug 26, 2010 at 01:54 AM.
Remember theses are original high quality Finny products available exclusively through VRP only. Beware! any others are cheep inferior clones !!!
I did all the R&D myself using my Guinea Pig 55 so I know these kits work perfect!
Anyway check out the mock up photos as I haven't installed the accessories items yet. These are just to show you what it looks like now.

Exhaust studs installed.

Finally rocker covers bolted on!

Plugs and coils mounted.

Engine harness added.

Rotor and Gear assembly slotted into clean ported case.

Some fully synthetic gear oil for the helicals.

Front section complete.

Overview of the pulley wrap kit. Notice the original belt path has been altered by the extra pulley and the larger idler pulley which increases the belt contact area on both the S/C and balancer.

This diverter pulley is mounted firmly by two stainless steel brackets which are pulled to the right under load. The Billetflow pulley is around the wrong way but I wanted to show the small hex screws which mount the high speed bearing which prevents spinning in the wheel case. I'll flip it back later.

I increased the width of the idler bering to cope with the extra pressure added. A high tensile bolt is also used to strengthen the assembly.

Evolution... Yes one of those are wood!

Next up is the Auxiliary tensioner device which uses a valve spring to apply extra tension to the stock idler.

Rear of above. This replaces the stock bracket that is used to secure the hard cooling lines to the intercooler.

I had the rear machined to match the stock bracket and also to use the stock top clamp.

Once bolted in last it's easy to adjust with simple tools.

A little extra pressure added which allows the stock system to move freely.

I ground a flat spot on the cast idler to accommodate contact with tensioner pin.

More soon...

Thanks
The Best of Mercedes & AMG




Every single part inspected and methodically put together. Most often people are budget limited, or fool themselves into believing that 'this mod' is all they want, and we know how that goes.
It is nice to see people like Finny ,Shardul, etc here paving the way so that we do not repeat their mistakes and capitalize on their successes.

No figures yet on my coolers. These are what they look like without the finish. I had Vadim build them last year, but I haven’t tested them because of engine set-backs. Evosport will test them shortly and modifiy them in the areas that show restricted flow. I'll send you the data once I have it so we can compare.


I brought my car to Evosport to have them complete my build and find out why one cylinder lost compression. They found that the reason one cylinder lost compression was because the valves floated and one exhaust valve hit a piston. I have the VRP/PTE cams, Ferrea oversized valves, and titanium retainers but with stock valve springs. Victor never had the valve springs upgraded and the pistons were not fly-cut to prevent damage from the tight clearance.

My custom Ferrea oversized exhaust valve that was damaged.

Thanks for your input!
I decided not to mess with the S/C gears and just go with Evosport’s new 178mm crank pulley. Also, since I need to disassemble the bottom end again for inspection and to replace my pistons I decided to upgrade the bottom and build a stroker. I plan to go with a stroked 4349 crank (6.2L 383cu in), Pauter 6AL4V Titanium rods, and pistons with the stock piston profile and dish volume, but compression increased to 9.5:1. We'll see what happens..

any news about your intercooler setup? Is is good/better than stock?
The post is somewhere in the forum, if you search for it you will find it.










