The one thing I noticed and didn't mention in my article was the lack of "gliding" range for lack of a better word.
I get off the highway at 120km/h, hit the cancel cruise button and cruise until I get to the stop sign at the end of the ramp. In the Impreza the speed dropped like a brick, I'd be going 60 in no time and have to accelerate to the stop. In the Mazda yesterday I was still going 80 before I needed to brake for the same stop!
The term would be high rolling resistance . My guess is the CVT must be adding resistance in the driveline.
Doesn't rolling resistance have to do with tires? Slowing down quicker when not under power is a matter of gear ratios. My car revvs high even in top gear and my speed plummets when I let off the gas. My wife's SUV, which turns over at half the RPM's on the highway, will cruise forever.
The term you're looking for is engine-braking.
Obviously in a manual you will always be engine braking if the clutch pedal isn't pressed. Well the same applies to an automatic or cvt, if they have a torque converter rather than a manual clutch (some CVT/ATs now have a computer controlled clutch instead) then they can unlock and free wheel while the car decelerates. Hence the rpm drop is not purportional to the speed drop of vehicle versus how it feels in a manual. Obviously similar can be achieved in a manual by pressing the clutch and coasting but that completely disconnects the engine from the transmission. That really doesn't quite happen with a torque converter (atleast partial breaking all the time when in gear due to the fluid being pumped in the torque converter).
Subaru needs to decide if they want to stick with the AWD for all philosophy or just release a few 2WD models for the most fuel conscious customers. I really don't see how it would help them that much. I don't think anyone would stop buying Subaru just because ALL of the cars weren't AWD. If they want AWD, it's available on all the cars.
Cheers guys.