XcumminsX said:
You want to know what vendor told me this... PM me. If if your a newbie who rolled eyes at me you really shouldnt talk if you don't know what your doing. . Tests were done i am just saying what i was told, the conclusion of the test were you lose bottom end torque. .
Thank you...
Ouch,
I know what I'm doing, I've been building race motors for the past 20 years (NHRA, JBA, NHBA, circle track, etc) I've spent more hours on flow benches doing head work than you have spent watching TV. Heck, my last twin turbo motor cost more than your house I bet, and its in the top 3 in ET and MPH in PSCA.
It kills me when some 'unknown' source, i. e. a vendor of unknown background makes a stupid statement like 'you'll lose low end' blah blah blah. . I wasn't flaming anyone, and I'm not a newbie by any means.
And why PM you? If you make a statement like you did, show the source that made it.
The design of the 'torque tube' is strictly as a noise suppression device to help DC meet the federal noise standards (reduce the whistle from the vortexing air caused by the turbo). Same goes for the under the hood insulation that we have, period.
Last point, at the same pressure drop on a flow bench, just by removing the innards of the torque tube, and inserting a 4 inch pipe, flow was increased dramatically (25%). If you gut the torque tube, flow increased marginally, but this was due to turbulence from air flow going from 4 inch, to 5 inch and then back to 4 inch, you must keep the cross section of the pipe equal.
Heck, if the torque tube did actually something, it would be on every TV channel on some stupid infomercial as a miracle add on. But then again, it just might be, but I don't watch TV since I'm usually trying to figure out how to fool air in making turns without pressure drops and turbulence on the flow bench. .
So, tell me how is increasing flow without a loss of velocity would result in a LOSS torque? (which is a moot point on turbo'd engines anyway)
:-laf Elvis Has Left the Building