Aerodynamics: 98% of all autos in the US never venture more than 25 miles from their home. Most do 55MPH or less. Maybe 2 weeks out of the year the auto is taken on vacation. Areo plays a very insignificant roll in these cars millage.
If that's the case then EVs would be perfect for most people. I was under the impression based on car buying choices that most people drive 100 miles each way to work while towing 6000 pounds, or climb up mountains every weekend. Or at least that's what these idiotic car commercials lead me to believe.
I test drove a few of the battery/hybred cars. You can have them. I don't enjoy driving a car where my shoulders rub the passengers shoulder and my knees rub the steering wheel. In the winter I ware boots, and it is unsafe to press the gas and brake at the same time with one foot. I have also gotten my right foot caught under the brake pedal in one of the hybreds. My head rubbed the roof in another. Maybe you like kiddie cars, but I don't
First off, you couldn't have driven a straight electric because none are made. GM stupidly decided not to continue development of the EV1 in the 1990s or there might be plenty of good electrics now. Second, I'm not a fan of hybirds. They still have a gas motor, they still smell, they're still noisy, and to top it all off they're even more complex than an already hideously complex gas car. Third, an electric or any other "environmentally friendly" vehicle doesn't have to be a matchbox. You can have electric trucks, too. In fact, if we go straight electric then the size/weight issue becomes less important. You can use regenerative braking. You can get your electric power from many non-fossil fuel sources such as nuclear, solar, hydroelectric. You're perpetuating myths here. Besides that, ever consider that maybe these econoboxes are purposely made flawed? The automakers make a smaller profit margin on them. They only make them because they have to to meet CAFE standards while still selling the higher profit gas guzzlers. They don't *want to* sell a lot of them, so they purposely make them unattractive.
BTW, I personally feel cramped even in a large SUV which is why I prefer public transit. That's yet another reason why I fail to see why cars became so popular. Even the largest are still claustrophobic. You can't even stand up, walk around, or use the bathroom as you can on a long-distance train.
I could pobbably outrun one of these ecco-cars going up any decent hill. A family members hybred with 4 adults in it maintains a speed of 27MPH going up a quarter mile, 12% grade near my house.
Let's see. If we assume the car plus passengers weigh in at 3000 pounds then you need about 26 HP plus aero/tire losses (about 3 or 4 HP) to maintain 27 mph up a 12% grade. So that means the car in your example is only developing 30 HP???? I find that hard to believe. Maybe something is wrong. Even a bus can manage better than 27 mph on a 12% grade.
75 years ago the majority of the population live in cities. Now they are rural. I live 18 miles from where I work and would gladly use mass transit if it was available, and dependable.
Actually, more people are in/near cities now than at any time in the past, and the population density will only increase as suburbs are abandoned for various reasons (the cost of transport, the time spent driving everywhere). Mass transit can serve a lot more people than it does if only we would invest more money in it. It seems politicians nowadays love to put new mass transit projects in places where they know they won't do well. They then use the expensive failures to point out how mass transit is dead, nobody wants it anymore, etc. Instead try maybe putting the same money into another subway line in NYC or Chicago or Boston, or perhaps a new commuter rail line in any one of thousands of suburbs. If it's fast, safe, convenient it will get people out of their cars.
A couple of points to remember: The hybreds run their gas motor all winter long to produce hot water for cabin heat. Gas millage goes down the tube.
100% electric cars have little or no heat and what they do have sucks power from the batteries. Even less range.
The heating/cooling loads for an electric vehicle add only about 10% to the power drain. This is a well-documented
fact in EV circles. Think about this logically. To heat or cool a small room in a house, it only takes a kilowatt or less. A car is less well insulated, but also smaller. It takes roughly the same amount of power. The power for traction at even 50 mph is already at least 6 or 7 kW, or about ten times the heating/cooling load. So heating/cooling decreases your range by <10%. Big deal.