One F***ing Wheel!!!
#2
Re: One F***ing Wheel!!!
Originally posted by Corion
Why did I do a one wheel burn out???!
Why did I do a one wheel burn out???!
#3
Re: Re: One F***ing Wheel!!!
Originally posted by ILoveMyMax
YAY i get the first answer!!! ...Rdy now this is a very special thing most maximas dont have the Limited slip "i think" and only 1 wheel turns for the cars acceleration hence 1 wheel burnout go watch a V-6 firebird do a burnout and most if not all smoke will only be coming from one side..the rear ofcourse
YAY i get the first answer!!! ...Rdy now this is a very special thing most maximas dont have the Limited slip "i think" and only 1 wheel turns for the cars acceleration hence 1 wheel burnout go watch a V-6 firebird do a burnout and most if not all smoke will only be coming from one side..the rear ofcourse
It doesn't make sense for only one wheel to turn. Why would you need a driveshaft on both wheels then? And what if that one wheel is in a ditch or in mud, or on ice?
#4
With non-limited slip, when one wheel starts to spin, all the power goes to that wheel. With limited slip, when one tire looses traction, power is sent to the other wheel. With factory LSD, it's something like a 30/70 split, so you can still get some wheelspin...
#7
Re: Re: Re: One F***ing Wheel!!!
Originally posted by pocketrocket
I thought that since most Maximas don't have limited slip, both front wheels should spin at the same rate, NOT 1 wheel?
It doesn't make sense for only one wheel to turn. Why would you need a driveshaft on both wheels then? And what if that one wheel is in a ditch or in mud, or on ice?
I thought that since most Maximas don't have limited slip, both front wheels should spin at the same rate, NOT 1 wheel?
It doesn't make sense for only one wheel to turn. Why would you need a driveshaft on both wheels then? And what if that one wheel is in a ditch or in mud, or on ice?
That's how a regular open differential works(i.e. almost all Max's). If one wheel is in a ditch/snow/ice you're screwed. How would you turn a corner otherwise? The inside wheel is always traveling less distance and therefore both axles are turning different speeds.
A Limited slip differential "senses" slip and transfers partial power to the wheel that has more traction. Depends on the differential and it's age on how much torque is going to get transferred.
A locking differential "senses" slip and locks 100% of the axles together and transfers equal power to both wheels. Locking diffs can be electronically activated(expensive) or slip-sensing(cheaper but noisy and somewhat dangerous). Only with a true locker are you going to get two equal burnout marks. No such thing on a front-driver.
-So get used to the one wheel burnout.
-RMB
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Andy29
5th Generation Maxima (2000-2003)
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09-29-2015 05:32 AM