High RPMs necessary to ensure engine longevity?
High RPMs necessary to ensure engine longevity?
I've seen some posts over on Edmunds claiming that it's necessary to drive a rotary at high RPMs in order to preserve engine life. For example:
http://townhall-talk.edmunds.com/Web...3@.ef17e71/340
http://townhall-talk.edmunds.com/Web...c.2@.ef17e6f/2
Can our resident rotary experts speak to this? I drive an AT, so if this is true I will have to make a point to drive in manual mode more frequently, as the auto mode shifts very early except when being driven fairly agressively.
http://townhall-talk.edmunds.com/Web...3@.ef17e71/340
http://townhall-talk.edmunds.com/Web...c.2@.ef17e6f/2
Can our resident rotary experts speak to this? I drive an AT, so if this is true I will have to make a point to drive in manual mode more frequently, as the auto mode shifts very early except when being driven fairly agressively.
interesting...good to know.
BTY -- salesman told me its best to rev the engine up after you've stopped right before turning engine off so that it "clears" built up gas, etc. from the engine. anyone heard of this and would this be beneficial to longer life?
BTY -- salesman told me its best to rev the engine up after you've stopped right before turning engine off so that it "clears" built up gas, etc. from the engine. anyone heard of this and would this be beneficial to longer life?
In regards to reving the engine before shutting it off, this is primarily used during short drives when the engine has not had enough time to warm up. Reving the cold engine before shutting it off will help against flooding.
I've heard the same thing about the engine liking to be revved high. I make a point of redlining it at least once a day. There's a nice spot after I turn onto the road I live on where I can usually run it to redline. My favorite part of my daily commute! :D


