SoCal Lounge II
#7377
WTB Rotary Engine
iTrader: (1)
THANK YOU ERIK!! <3 It now makes sense! So....mechanically speaking, which would be more beneficial for a rotary engine?
Haha I envy you Joey, I get bruises and they last months...maybe I should steal your healing abilities like rogue
Awwww Mike I hope you feel better!
Haha I envy you Joey, I get bruises and they last months...maybe I should steal your healing abilities like rogue
Awwww Mike I hope you feel better!
#7382
WTB Rotary Engine
iTrader: (1)
Mike: did she enjoy redlining it? YAY! I'm glad to hear you're healing well! You'll be up and driving your 8 soon!
Matt: Does your company have a calendar that everyone shares and inputs meetings, etc.? I know that I'm supposed to check ours regularly to know when i can or cannot leave, etc.
Matt: Does your company have a calendar that everyone shares and inputs meetings, etc.? I know that I'm supposed to check ours regularly to know when i can or cannot leave, etc.
#7389
WTB Rotary Engine
iTrader: (1)
Haha I'm sorry Matt, at least she can't pin it on you for not checking the calendar!
And I asked for the info on the turbos Joey....are you being sarcastic or serious? No teasing the seph for being a stupid woman!
Ryan....I thought you took a half day, go take a nap! lol
And I asked for the info on the turbos Joey....are you being sarcastic or serious? No teasing the seph for being a stupid woman!
Ryan....I thought you took a half day, go take a nap! lol
#7390
Registered
iTrader: (2)
An optimum set up is a turbo matched to the efficiencies of the engine. Will spool fast and deliver the most air that the engine can induct and displace(exhaust).
Car manufacturers that used a sequential system are trying to obtain both low end (instant) power with less lag and the most top end power. The best most efficient power curve with little to no turbo lag.
The thing about multiple turbos is that it will allow for two smaller turbos to do the job of one large turbo. This could be utilized due to limited area for a large turbo in the engine compartment, or just because a small turbo has a tendency to boost (deliver power faster) than a larger single turbo.
Bottom line is, do you want instant /low rpm power?" And not as much top end power at high rpm's. Small turbo.
Or more power at the top end of the rpm range and less down in the lower rpm's? Big turbo.
Car manufacturers that used a sequential system are trying to obtain both low end (instant) power with less lag and the most top end power. The best most efficient power curve with little to no turbo lag.
The thing about multiple turbos is that it will allow for two smaller turbos to do the job of one large turbo. This could be utilized due to limited area for a large turbo in the engine compartment, or just because a small turbo has a tendency to boost (deliver power faster) than a larger single turbo.
Bottom line is, do you want instant /low rpm power?" And not as much top end power at high rpm's. Small turbo.
Or more power at the top end of the rpm range and less down in the lower rpm's? Big turbo.