Thanks so much for your reply; that makes sense. The dealer was also talking about how aluminum-block engines have more of this problem compared to the older (iron) ones...
Actually 166 was a typo (that was our truck) -- the car is only 114... but nevertheless, the sarcasm is duly noted.
Do you think downshifting would contribute to this at all? I would think only acceleration would matter in this, and the only thing downshifting (even the bad kind, without proper sync) would affect would be the clutch wear? Or am I wrong about this?
When you coast down a long slight slope in 6th or 5th gear (i.e. no gas at all), letting the engine maintain the speed, let's say it's at 3000 RPM, I'm thinking the strain/load on the engine (the heat produced inside) wouldn't be anywhere NEAR that if you were making the same 3000 RPM on a flat surface or on a slight uphill (i.e. gas pedal depressed), no?
Thanks again!
Actually 166 was a typo (that was our truck) -- the car is only 114... but nevertheless, the sarcasm is duly noted.
Do you think downshifting would contribute to this at all? I would think only acceleration would matter in this, and the only thing downshifting (even the bad kind, without proper sync) would affect would be the clutch wear? Or am I wrong about this?
When you coast down a long slight slope in 6th or 5th gear (i.e. no gas at all), letting the engine maintain the speed, let's say it's at 3000 RPM, I'm thinking the strain/load on the engine (the heat produced inside) wouldn't be anywhere NEAR that if you were making the same 3000 RPM on a flat surface or on a slight uphill (i.e. gas pedal depressed), no?
Thanks again!