So, there's Big Stuff 3 and now...
http://www.powerandperformancenews.c...egory_Code=XFI
While I was reading the article I was thinking that this sounded like BS3 just with more flash. Am I wrong?
While I was reading the article I was thinking that this sounded like BS3 just with more flash. Am I wrong?
that video clip was cool though...didnt post any dyno numbers or explained anything about it...the unit could of not been doing anything for all i know...just saw some lights..
FWIW, read some of the Mustang and GN boards for some more feedback about the BigStuff. Not everyone thinks it's the best thing since sliced bread.
FWIW, read some of the Mustang and GN boards for some more feedback about the BigStuff. Not everyone thinks it's the best thing since sliced bread.

There are bugs with any system, especially when you have different applications for it. I was reading about the various boost controler options with BS3 in the LS1 manual. Very cool, and that will unbelievable once someone get's that nailed down. Would you still need to run something like an EBoost or Apexi on top of that or would it totaly elliminate the need for it?
that video clip was cool though...didnt post any dyno numbers or explained anything about it...the unit could of not been doing anything for all i know...just saw some lights..

Schuebeck is a name that a lot of people should know but probably don't. That motor they showed was his own creation. pushing close to 1000 cubes and using some unbelievable internals. If I remember correctly from an article a long time ago, perhaps in Popular HotRodding, it's a 4 cam design that imploys synthetic materials as solid lifters on top of the valves. (ALA dodge neon motors, DOHC motors from the first gen cars). The kicker about these lifter was that the materials they were made from would actually be polished by hard metal (ie cam lobes). The design of them could be where you run a lighter snythetic part, with a hard body, basically a flat tappet cam and lifter design, but have cam profiles that rivaled the profiles of solid roller cams. Because the wheels, needle bearings, ect are eliminated, components become lighter. The bottom of lifter could be designed to be semispherical, thus allowing for the normal rotation of a lifter, eliminating retainers. Also, lifters and pushrods can be designed with more internal passages for oil flow. Truely remarkable stuff. There was more to it with the rocker arms he was working on too.
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