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Comments
Mine was made in may. The braking feels fine. Wander if anyone else has notice the "feeling"
This is a software problem that affects (effects?) regenerative braking, not the ability of the car to stop.
The good news is that if the car's braking behaves erratically, the brake warning light goes on --- but you still have anti-lock brakes.
This is not a fundamental flaw, as may be the case with the hardware design issue of Toyota autos.
If Toyota were not having their break problems, this would not even be a story.
Remember that good design not only tries to eliminate flaws, but has the capability of being upgraded without difficulty when flaws are discovered later. That's what is happening here.
Rog
Hybrid cars do not perform at peak performance ( i.e. highest miles per gallon ) until the engine reaches a certain operating temperature and starts utilizing the hybrid powertrain most effectively.
Cold weather means your hybrid is using it's gasoline engine MORE OFTEN and it's hybrid powertrain LESS OFTEN at the start of most trips.
If your commute or trip is short in a cold weather area, especially if you are using the heater ( and therefore the air compressor, using gasoline ) then the mileage your car achieves will be far lower than in more moderate climates.
This is a problem with all the hybrids on the road today, as far as I know.
Nothing can be done other than storing the car in a warm garage or using an engine block heater or an oil pan heater to help the car get "up to temperature" faster.
That's an interesting statement.
I know of Prius drivers who have not had a problem using E-mode below 30, and I never have had that problem thus far in my 2007 TCH. In fact, I drove in a blizzard in December 2009, temps in the upper 20's, and I was using E-mode for sure.
I wonder what the technical specs say in regard to that?
1) You gotta heat the interior. So the ICE will run a lot more. Whether the running ICE is also being used to give power to the drive chain when traveling at low speed -- I don't know.
2) You gotta heat the catalytic converter. (It doesn't work well when cold.) I don't know whether they are monitoring the catalytic converter temperature.
3) As others have pointed out, the gasoline companies drop the octane a bit in the winter, since the colder weather gives greater temperature difference.
4) Winter tires can reduce mpg. So can snowy roads.
So my question to haylay2 is: why did you return from Florida?!
Rog in northern Vermont
Not sure if it's possible or feasible, but if the engine is already warm enough (based on coolant temp), but the cats are cooled off, why run the motor to heat the cats? How about a heater of some sort to keep the cats near their necessary temperature when required?
-Brian
-Brian
-Brian
-Brian
I do the MKZ Hybrid coming out this fall. Wow, someone listened!
I was recently at Galpin Ford in North Hills, CA, which is the #1 Ford dealer in the US. The salesman said that they could not sell the hybrid FFH because there were no rebates. They have 73 on the lot, in stock. They only had 4 FEH, which also do not sell because of their cost and lack of rebates.
But in any case, they are not going to ramp up production just so that they can slap rebates on them!
There is a $1500 marketing support to dealer on Milan Hybrid, now is the time to buy if you are willing to buy a Milan instead of Fusion.
Sales are slow on the Ford hybrids overall. Inventory is widely variable in different markets with some dealers having none or just a few and others having dozens.
No rebate and no tax credit compared to strong incentives on the non-hybrid models is hurting sales.
Well, hey! Fly out to Disneyland ... and drive back in a FFH!
Thanks for your consideration,
Jeannine Fallon
Corporate Communications
Edmunds Inc.
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2015 Kia Soul, 2021 Subaru Forester (kirstie_h), 2024 GMC Sierra 1500 (mr. kirstie_h)
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How frequently have people with Ford hybrids been changing their oil?
Ford would not be telling you 10K if it didn't know that that was optimum for the engine.
Both Consumer Reports and Click-and-Clack state to follow the manufacturer's instructions.
There are two "howevers" however:
1) If you travel on dirty roads -- I live in rural Vermont and many of the roads are unpaved.
2) You put little mileage on the car (but then why buy a hybrid?).
The only disagreement with [acdii] I have is determining the current effectiveness of the oil with how it looks. Synthetic oils continue to be very effective when it appears dirty. When synthetic oils first came out, some people suggested removing the oil from the car, filtering it through cloth, and then putting it back in again.
It was more than looks, it was the feel of the oil. I used to be a mechanic, and have quite a few rebuilds under my belt. The oil in the Flex had lost its slipperiness to me. After 7000 miles, it wasn't overly dirty, but didn't feel as slick as it should for the amount of miles on it, which tells me the turbos broke it down faster than expected. This is why I decided to go a shorter interval on the EB V6, where the 7500 interval on the Fusion works just fine.
When oil is cold, in the 70-80 degree range, it has a certain feel to it that over the years of working with it, you get to know, and can get a good idea of whether the oil should be changed or not, regardless of the packages it has in it. Once oil reaches a certain point, if it is no longer slick, it should be replaced. Good oil should give you a few rubs between your fingers before you can feel your prints, if you can feel your prints within 1 rub, its time to change it. Try it with new oil, and oil with 7500 miles on it, you will feel the difference. It takes a sensitive touch though, one that I have built up with the woodworking I do, I can feel little changes in the grain of wood to know if it needs more sanding or is ready for the finish.
With the tight tolerances in today's engines, they use very light oils, and that oil needs to be slick, or friction will take over and kill the engine in no time flat. Back when engines were dirty clunkers, and needed thick oils, the oil didn't break down as quick for lubrication, but the engines were so dirty with large amounts of blow-by, that the oil needed to be changed out more often due to the absorption of all that carbon, and the build up of carbon deposits is what killed most engines.
However, the only real way to know for sure that oil needs to be replaced is with an oil analysis. I don't expect someone who never worked on engines as a career to be able to put a few drops of oil on their fingers and know if the oil should be replaced.