PeshakJang
Platinum Member
- Mar 17, 2010
- 2,276
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Lol!
Wait, you were crying about the Volt having a range of 35 miles. Now, it's 20-50 miles on electric and 344 extended with gas. Please explain to me how the Volt uses $2.65 in fuel on a 25 mile drive when in all electric mode, the Volt averages 93 mpg.
Now, looking at the Volt with the average American daily work commute of 30-32 miles the need for the Volt to use gas would be exception and not the rule.
If you are doing nothing but commuting 25 miles a day, and never use the gas engine, great. You are paying a $20,000 premium to save $1.50 in gas per trip. If you make 13,000 trips, you'll break even (excluding discounting future value of your investment, and ignoring the huge subsidies from taxpayers).
If, like most Americans, you drive more than 25-30 miles in a day, you paid $40,000 for a car that burns premium, and gets average mileage.
Uhh, no, that's not what the EPA says.Based on 15,000 miles using EPA combined mpg average - Prius uses $1,119 of regular gas and Volt uses $1,000 in premium gas(note this amount will be lower due to the number of miles in EV mode).
Volt costs $.99 for the first 25 miles, and $2.65 for every 25 miles after that, based on .68 gallon usage, and premium fuel prices of $3.92/gal. For 50 miles, this comes out to $3.64.
The Prius costs $1.84 for every 25 miles, based on .5 gallon usage at $3.68/gal. For 50 miles, this equals $3.68.
So the Volt costs less to drive if you keep it under 50 miles in any one trip, and completely recharge the battery (4 hours) before driving again. After that, the Prius has a significant advantage in terms of cost and range (about an additional 150 miles+)
If you take the base cost of each vehicle, without tax incentives, you will wind up paying about $23-25,000 for a Prius, and About $40-42,000 for a Volt. Even with a Prius at $25,000 and a Volt at $40,000, you're paying a $15,000 premium to shave less than a dollar off of your daily commute... and that savings would be negated anyway by driving exceeding 50 miles. A trip to visit the family a few hundred miles away would destroy your accumulated savings in one fell swoop.
So yeah, it helps if you actually look at the numbers.
It also sold them exclusively in Japan, in which a hybrid is exponentially more viable. Once brought to the US, it had an MSRP of around $20,000. The tax credit from the federal government didn't start until 2005, and was less than half of what we are subsidizing the Volt for. The Prius was already economically feasible in the US and world markets, had proven technology, and was desired, because the Japanese made a good product that PEOPLE WANTED. What the government is doing now is artificially creating demand by providing a massive subsidy for an unproven product that would not otherwise be economically feasible.Surprised you didn't cry about the US Gov't providing a tax credit for a foreign auto company. You do also know that this is a first generation vehicle. The first generation Prius sold 300 vehicles in it's first year.
If the Japanese were losing money on the Prius, they wouldn't have brought it to the US. The tax credit was implemented as a way of influencing people to buy more efficient cars, not to help the Prius succeed. The opposite is the case with the Volt subsidy.
And so far they have sold about 600 this year.Chevy is predicting sales of 10k vehicles in it's first year.
I've provided plenty of numbers straight from the EPA, most of which you've ignored.So, yes a domestic first generation vehicle that reduces the need for foreign oil that hasn't even been nationally released with a 50k waiting list is a failure. Nice logic.
Again, do your homework. It's tiring.
edit - seeing your sig, a double lol!!!
Your infatuation with this failure is akin to why we have this product in the first place. Damn the numbers, damn the money, this is about social engineering.
Edit: And yes, my sig applies here quite aptly.
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