one sucks, the cx-5 doesn'tI am confused between Mazda CX5 2016 and Nissan Rogue SL 2016. Anyone here had any good or bad experiences with Nissan Rogue SL?
one sucks, the cx-5 doesn'tI am confused between Mazda CX5 2016 and Nissan Rogue SL 2016. Anyone here had any good or bad experiences with Nissan Rogue SL?
Nissan is pushing CVT even harder than Audi, making nothing but Xtronic CVTs for their most lineups! Now {stupid} Honda is following suit, making CVT available on every popular models they have, Accords, CR-Vs, etc.
I can guarantee you Mazda will do the same starting 2nd. gen. Consumer perception is based on marketing and mileage needs.
I really don't see that happening.
2016 Nissan Rogue
Engine:
QR25DE 2.5-liter DOHC 16-valve 4-cylinder
Horsepower 170 hp @ 6,000 rpm
Torque 175 lb-ft @ 4,400 rpm
Nissan Direct Ignition System (NDIS) with double platinum-tipped spark plugs
Fuel Economy:
Front-wheel Drive Xtronic CVT 33 Highway 26 City
All-wheel Drive Xtronic CVT 32 Highway 25 City
I agree with Piotrek.
Mazda spent a lot of time and effort developing the Skyactiv 6AT and the result is a huge asset to the vehicles that use it. They would be crazy to throw that away for a CVT!
At best they might turn it into a 7-8 speed, but you're not going to see a CVT anytime soon.
The electro-hydraulic auto shift implementation and the actual geartrain itself were carefully engineered to be durable and quick shifting with excellent user experience as well as efficiency through low friction. I don't know of a better AT in the industry.
Yeah, I know and had corrected in post #40.Nissan Direct Ignition System, an ignition method ( a marketing tool imo for the regular customer comparing competitors vehicles and seeing "direct injection" listed on some of them; our cars are also direct ignition), vs direct injection, a fuel injection method.
Yeah, Nissan's QR25DE 2.5L is definitely port injected otherwise the horsepower should be up to 180's.
Never say never. When Mazda developed high-compression SkyActiv-G engine, they said no to the trend of using smaller displacement engine with turbo charger due to the added cost on turbo charger. I totally agreed with this concept and that's why I went for a CX-5, our first Mazda. But now they come out with a turbo-charged SA-G 2.5L for new CX-9! It seems defeating the purpose of 13.0:1 or 14.0:1 high compression ratio with a turbo charger which normally requires lower compression ratio. I was hoping Mazda would come out a naturally-aspirated, high-compression SA-G V6 for the need of more powerful engine.I really don't see that happening.I can guarantee you Mazda will do the same starting 2nd. gen. Consumer perception is based on marketing and mileage needs.Nissan is pushing CVT even harder than Audi, making nothing but Xtronic CVTs for their most lineups! Now {stupid} Honda is following suit, making CVT available on every popular model they have, Accords, CR-Vs, etc.
current CVT's are not efficient transmissions.
They do deceptively well on the EPA tests, and do OK in the real world only because they can keep the engine at its most fuel efficient RPM regardless of speed.
Never say never.
When Mazda developed high-compression SkyActiv-G engine, they said no to the trend of using smaller displacement engine with turbo charger due to the added cost on turbo charger. I totally agreed with this concept and that's why I went for a CX-5, our first Mazda. But now they come out with a turbo-charged SA-G 2.5L for new CX-9! It seems defeating the purpose of 13.0:1 or 14.0:1 high compression ratio with a turbo charger which normally requires lower compression ratio.
How conducive to a turbo is the same valve timing thay keeps the valves at the correct temps to avoid carbon build up is the question though...Never is a long time. I believe we were saying CVT wouldn't happen with the 2nd generation of CX-5 due out in the next few years.
Don't worry, a turbo-charger does not defeat the purpose of Skyactiv engine technologies. In fact, these technologies are a perfect match for a turbo. The breakthrough with the Skyactiv engines was not the high compression, it's the careful attention to controlling head/piston/valve temperatures that make possible high compression using low octane fuel. And these are precisely the characteristics needed in a forced induction engine to get maximum boost without detonation. It's a natural marriage.
Cvt is the way of the future. Subaru works great. You may not like the "feel" of it, but then, people didn't like the "feel" of not rowing their own gears...yet the fastest supercars are now paddleshift. Feel is subjective. Acceleration and economy are objective. The fixation on the little jerk of a gearshift is emotional only. Otherwise we would all still be driving 3 speeds. What wonderful gear ratios! Solid jerk on every shift. Very nice with a good 3 speed. But no, now 6 to 9 speeds are the rage, edging ever closer to the infinite ratio of the cvt.
To me, CVT looks good in theory but the reliability will always be an issue. This is my major concern which makes me to avoid it whenever possible.
Nissan had a well known issue with the reliability of their CVT in previous years, yes. However, Subaru's CVT is rock solid. Honda's CVT in earlier Civic Hybrid models was less than stellar but I believe the current units in their lineup is pretty solid and one of the best units in terms of feel.
Not all CVTs are the same; the unit we had in my wife's Prius (which is not pulley based) was pretty bad as it exhibited all the classic downsides of CVT, except for noise. Honda's CVTs are much more responsive and most owners will not know they are any different.
I do notice that the small torque converter makes takeoff a bit delayed and jerky at say, 50 to 60 percent throttle. You get. Nooooothhhiiinng....yank! And you're off. Other than that, I'm a fan.The CX-5 transmission is not "legacy". Its a unique hybrid. It has a very small torque converter that works from 0-5mph and then an automatic clutch system takes over. The tiny torque converter prevents rollback at stop lights other dual clutch automatics suffer. No one else has anything like it.
Battery electric is the way of the future, not CVT.
IMO CVTs in cars are only good at two things:
making slow cars feel fast
getting inflated EPA ratings.
CVT's have a very hard time achieving their EPA ratings at speed BTW.
How conducive to a turbo is the same valve timing thay keeps the valves at the correct temps to avoid carbon build up is the question though...