[MENTION=27958]solidol[/MENTION] - yep! hit me up. work is getting busy busy busy for me but if you come down early enough we should be able to plan it.
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Time for an update. [MENTION=25108]illwillem[/MENTION] got me up to speed on available CF materials you can buy in raw stock form. while i'm still waiting (~3 months and counting) for my CF plenum I decided to build the baseplate out of the new amazing stuff Will introduced me to. It's this honeycomb type of product sandwiched between 2 CF sheets. IT'S CRAZY STRONG AND CRAZY LIGHT. I was actually pretty blown away by the materials science that went into this product. It's fire resistant also and ought to be a great heat insulator. I don't even know it's name but it's been out for a while. I'm just way out-of-date on my materials knowledge.
To fit a proper airbox with an ITB setup it's more complicated than it looks. One has to raise it high enough to clear the alternator, fuel rails, and other items like the engine lifting hook (which can be removed). Due to the engine placement, the ITBs also comes so far back that it comes into close contact with the rear strut tower bar. I had to relocate that and rotate the JRZ cannister mounts with an elegant and simple solution from Adnan. I've seen several ITBs over the years but never noticed many just remove the RTSB - I'm not about that!
By the way, the net savings of the stock intake assembly vs. the ASM ITB kit (less airbox) is 6.9kgs. Anyone care to guess the net savings compared to a CTSC setup like my previous? Comes from the top of the engine too.
Lots of work to get this to fit like this. One of the important aspects of this was the fact that I do not want to see any exposed nuts or bolts when the plenum is installed.
More to come... if I ever get the CF plenum in my hands.
Btw... I got bored and threw these on. Evidently the lightest forged wheel Volk has ever made.