Total or as a % of GDP? As a % of GDP, the US has barely dangled a toe in the water.I don't think any country in the world has spent anywhere near the same amount on plug-ins.
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Total or as a % of GDP? As a % of GDP, the US has barely dangled a toe in the water.I don't think any country in the world has spent anywhere near the same amount on plug-ins.
Of course total. Indexing by GDP (and other ways of normalization, for example looking at percentage of a car market being EVs) is largely irrelevant if volume is the goal.Total or as a % of GDP? As a % of GDP, the US has barely dangled a toe in the water.
From what I know, creep in automatic cars is not a safety feature at all (as described in the video), but rather a side-effect of the torque converter (many "modern" automatics don't have it because many are dual clutch automatics or CVTs, eliminating the need for a torque converter, although some CVTs add one just to have creep). The main advantage of creep for me is it makes parking, hilly areas, and stop-and-go traffic easier for me. But I don't see it has a huge safety feature or as something completely necessary.BMW nailed the debate over creep/no-creep alleged safety issue by offering no-creep with automatic shut off if you get out whilst in drive. Really well done.
From what I know, creep in automatic cars is not a safety feature at all (as described in the video), but rather a side-effect of the torque converter
I think the former (to simulate a typical car) was probably a much larger factor than the latter (for safety). I think the safety explanation for auto creep was just introduced as a way present creep as a "feature" rather than a side-effect (that some people prefer and some people don't). But I didn't realize some of the imperfections of Tesla's auto creep implementation (if you can't easily modulate creep like on an auto, it may become more of a hindrance than a convenience in parking). Hopefully the Model S is an improvement (if it has creep at all).Oh, it absolutely is, but when asking Tesla "why did you program the car to drive off by itself" they said that it was to simulate a typical car and for safety so that you have to keep your foot on the brake at stop lights.
If, as we've heard, Tesla is going to make the degree of regen a user-selectable option, why not creep?
An active hill-assist would be very welcome in hilly places like Seattle (I like what Leaf has). I don't want cars to go back either - unless in R.As for hill starts, the Tesla fails at that, it's fixed torque doesn't behave the same as an oil torque converter that resists rolling backwards. The MINI E and ActiveE both have hill assist holds the brakes on for a second after you release if you're on a hill; a far better and smoother driving experience.
Why would you expect anything else from a small start up company such as Tesla which has limited production and service capacity? ....
This isn't purely by choice on Tesla's part (expiry of advanced airbag exemption)Also, the the US is denied any more Roadsters while EU gets to keep buying them.
BTW, where are they making them?
If you make that trip regularly, it's probably a better idea to wait (esp. in the RAV4EV case since the wait will be even shorter). Although if you have a second car, you can probably still make do with an EV with shorter range in the mean time. But don't expect to be able to drive the exact advertised range every time (the EPA range will probably be lower, and the range you get on the highway might be lower than that depending on conditions).I've applied to lease the BMW Active E in California last week and was thinking of leasing it for the next 24 months until the Model S sedan is available...This is the exact distance to and from my Dad's house so I'm disappointed that the single charge mileage is still not in the 150 mile plus range. Would you advise waiting for the Model S since it will ultimately be the vehicle that meets my mileage requirements?
I'd bet that 100mi is easy to do in the BMW Active E if you limit speeds to 60 mph and minimize use of HVAC. The fun part will be trying to get fully recharged at your Dad's house if you only have 120V available there. You're probably looking at 25 hours to recharge from near empty to near full, so unless you're there for the whole weekend and don't drive the car much, time will be tight.I've applied to lease the BMW Active E in California last week and was thinking of leasing it for the next 24 months until the Model S sedan is available. I'm now scheduled for a home inspection for charger installation. I also have a deposit on the new Toyota RAV4EV which has the Tesla drivetrain and is scheduled to be available this coming summer. How would you compare the drivetrain and battery pack between the Active E and what has been released about the RAV4EV? Sounds like both vehicles will have a maximum range of 100 miles or less. This is the exact distance to and from my Dad's house so I'm disappointed that the single charge mileage is still not in the 150 mile plus range. Would you advise waiting for the Model S since it will ultimately be the vehicle that meets my mileage requirements?