Tesla Model S vs Stingray
#81
#82
Melting Slicks
The $62K model is not the one that goes very fast or as far. You would need to spend at least $86K (after the $7.5K credit) for that. Tesla claims over 200 miles on a full charge, but that is under ideal conditions. Reports I find on the internet of useful range are more like 180 miles when it's warm, and 150 miles in the cold.
Actually the base model is rated at 0-60 5.9 seconds and over 200 mile range. Seems pretty fast for a 4 door sedan.
No, it's more like $50 billion. While that is huge, it's nowhere near a trillion. But since we are all desensitized to federal budgets measured in trillions, I guess these numbers don't mean much to anybody anymore.
Cheers.
Actually the base model is rated at 0-60 5.9 seconds and over 200 mile range. Seems pretty fast for a 4 door sedan.
No, it's more like $50 billion. While that is huge, it's nowhere near a trillion. But since we are all desensitized to federal budgets measured in trillions, I guess these numbers don't mean much to anybody anymore.
Cheers.
#83
I think people overstate the deficiencies of electric cars. The world was not able to achieve in 100 years what Tesla has achieved in the last two or three years. I would say they're there.
Let's start off by saying that according to tens of thousands of people, the Tesla already is a better CAR than any other car on the market. Why else would they give away their hard earned money for one? In fact it outsells all other luxury sedans. That is dramatic, in my book. They did it on essentially their first try (the Roadster wasn't really a Tesla, it was a Lotus with an experimental Tesla drivetrain; but the model S competes on its own merit as a newcomer, and beats the entrenched internal combustion patriarchs on its first try).
Even the cheapest model offers plenty of range for even the gnarliest commute, especially if you plug in at work. Tesla even alleviated roadtrip anxiety with tons of new supercharger stations, soon to be battery swap stations. What has been a dream of electric car dreamers, journalists, etc., Tesla is about to achieve in the coming months with battery swapping. Nowhere near the territory of the murky, distant future, as some would still like us to believe. The mainstream media has spent decades, a century, explaining how much of a chicken and egg problem infrastructure is for the electric car to become a reality. Well, Tesla has single-handedly proven that it's not such a big deal. What the governemt of the wealthiest nation on earth could not achieve (did not want to), and certainly none of its mega-corporations, or any coalition thereof - a fledgling company did, and is doing.
Just the concept of free fuel would be unfathomable in classic capitalist thinking, yet Tesla (shrewdly, of course) has had the ***** to step beyond the stigma, with its eye on the future.
Sure, you can't go everywhere in a Tesla, yet. You can't go to the north pole either with your Vette (even a dirt road is a challenge). So what? You use the Tesla for what it's best for: getting you to work, on your daily errands, and possibly on the occasional road trip up and down the coast... maybe hit the drag strip. All this for a fraction of the fuel cost of an internal combustion car. If you have the foresight, you'll install solar panels on your roof, which will pay for themselves over a couple of years' equivalent gasoline costs (I spend 4k a year on gas in my Vette), and you'll have essentially free fuel AND electricity for a few decades, as long as the panels last. Or very cheaply over your lifetime, if you like to think of it as amortizing the cost of maintaining and refurbishing a solar installation. Alternatively, I like to think of it as amortizing the cost of an electric car against gasoline costs for an equivalent car (ie: I can afford a more expensive electric car than IC car).
Last, but not least, I think people will find it very liberating to be free of the maintenance and reliability issues that come with internal combustion drivetrains. One reason why I'm not hot on plugin hybrids - I consider the IC engine redundant, though they may make sense for others.
And we haven't even talked about environmental benefits.
The performance is basically on par with internal combustion.
Suffice to say, for all its drawbacks, it has many advantages. Different strokes for different folks. In my opinion, the electric car is a reality as of last year! The Model S' versatility and Tesla's investment in infrastructure is simply a game changer!
Somebody in the thread said no one would be cross-shopping these two cars. Well, I am. Especially since the C7 hasn't really blown me away that much. The base Tesla has enough range, and is within the price range of a c7. But I'm more likely holding out for the smaller, hopefully sportier Tesla, which won't be coming for a few more years, unfortunately.
My ideal car would be an all electric Vette, or equivalent. Something tells me I'll be waiting a while... Which is a pity.
Let's start off by saying that according to tens of thousands of people, the Tesla already is a better CAR than any other car on the market. Why else would they give away their hard earned money for one? In fact it outsells all other luxury sedans. That is dramatic, in my book. They did it on essentially their first try (the Roadster wasn't really a Tesla, it was a Lotus with an experimental Tesla drivetrain; but the model S competes on its own merit as a newcomer, and beats the entrenched internal combustion patriarchs on its first try).
Even the cheapest model offers plenty of range for even the gnarliest commute, especially if you plug in at work. Tesla even alleviated roadtrip anxiety with tons of new supercharger stations, soon to be battery swap stations. What has been a dream of electric car dreamers, journalists, etc., Tesla is about to achieve in the coming months with battery swapping. Nowhere near the territory of the murky, distant future, as some would still like us to believe. The mainstream media has spent decades, a century, explaining how much of a chicken and egg problem infrastructure is for the electric car to become a reality. Well, Tesla has single-handedly proven that it's not such a big deal. What the governemt of the wealthiest nation on earth could not achieve (did not want to), and certainly none of its mega-corporations, or any coalition thereof - a fledgling company did, and is doing.
Just the concept of free fuel would be unfathomable in classic capitalist thinking, yet Tesla (shrewdly, of course) has had the ***** to step beyond the stigma, with its eye on the future.
Sure, you can't go everywhere in a Tesla, yet. You can't go to the north pole either with your Vette (even a dirt road is a challenge). So what? You use the Tesla for what it's best for: getting you to work, on your daily errands, and possibly on the occasional road trip up and down the coast... maybe hit the drag strip. All this for a fraction of the fuel cost of an internal combustion car. If you have the foresight, you'll install solar panels on your roof, which will pay for themselves over a couple of years' equivalent gasoline costs (I spend 4k a year on gas in my Vette), and you'll have essentially free fuel AND electricity for a few decades, as long as the panels last. Or very cheaply over your lifetime, if you like to think of it as amortizing the cost of maintaining and refurbishing a solar installation. Alternatively, I like to think of it as amortizing the cost of an electric car against gasoline costs for an equivalent car (ie: I can afford a more expensive electric car than IC car).
Last, but not least, I think people will find it very liberating to be free of the maintenance and reliability issues that come with internal combustion drivetrains. One reason why I'm not hot on plugin hybrids - I consider the IC engine redundant, though they may make sense for others.
And we haven't even talked about environmental benefits.
The performance is basically on par with internal combustion.
Suffice to say, for all its drawbacks, it has many advantages. Different strokes for different folks. In my opinion, the electric car is a reality as of last year! The Model S' versatility and Tesla's investment in infrastructure is simply a game changer!
Somebody in the thread said no one would be cross-shopping these two cars. Well, I am. Especially since the C7 hasn't really blown me away that much. The base Tesla has enough range, and is within the price range of a c7. But I'm more likely holding out for the smaller, hopefully sportier Tesla, which won't be coming for a few more years, unfortunately.
My ideal car would be an all electric Vette, or equivalent. Something tells me I'll be waiting a while... Which is a pity.
Did you read my original messages in this thread?
Anyway, I think you're FAR overstating the readiness for battery technology cars to take over the gas car market. FAR overstated. I actually did write a reply refuting your assertion that the Tesla represents the idea that battery cars are ready today to take over the market. But, by the time I finished writing it, I got logged out, and it was lost.
So, I'll reply briefly in bullet-point fashion, without elaboration, about why you're wrong about the battery powered cars being ready to take over the gas market today (which is what you're implying):
- Shortage and massive expense of lithium (mining cannot keep up with demand, and costs are high, and there's not enough already-mined material to even come close to putting it into most cars on the road).
- Lithium batteries don't last very long if you use their full capacity (which is why, for example, that the Chevy Volt is tuned back to only using about 40 miles of capacity on battery).
- Tesla, averaging about $100K, does NOT represent a technology that is ready to displace a typical gas car.
Anyway, spare me the conspiracies you seem to allude to. They're shallow and devoid of any merit, and are easily debunked with even a very basic understanding of the REAL issues that have held solar or battery technologies back, and seem to indicate that your only source of information is laughable conspiracy based "documentaries" (like "Who Killed The Electric Car?" - which ranks right up there with the journalistic reliability of a Michael Moore "documentary," or a moon hoax "documentary," or a 9/11 conspiracy "documentary" - slanted, devoid of any real merit, and only appealing to masses willing to swallow anything and everything they see).
Bottom line: if you read anything I wrote, you'd see I believe battery/car technology WILL win the race. I WILL welcome and likely purchase a C8 or C9 if it's battery/electric. I just don't delude myself into thinking that battery technology is ready to displace gasoline today. I can say more than that, but if I do, I'll just get logged out again, and it's very unlikely anyone will read another 400-page diatribe I write anyway. Personally, I don't think lithium ion batteries will be the ones that will finally dominate over gasoline, I think that they'll need a different material for that to happen.
Last edited by rockethead7; 01-30-2014 at 02:03 PM.
#84
I was using the Tesla Price quoted by the previous Poster, $84,000 after a $7,500 Tax Credit (or is it a Rebate) which equals $91,500.
Foreign Oil? We have more Oil than anyone right here in the USA. Unfortunately, we have certain people in Power that frown on us developing it, especially on Federal Lands.
The only people that benefitted from our Military protecting supplies of Foreign Oil are Europe and Japan. We depend on Mexico and Canada for most of the Foreign Oil we consume, not the Middle East.
Besides, refusing to defend Energy sources would put us at a disadvantage. China and Russia are both developing Arctic Oil and we sit back like idiots watching them plan for their future because of the Environmental Lobby.
Tax Credits for Electric Cars (THAT RUN OFF THE GRID), yeah that makes about as much sense as Subsidizing Ethanol, Windmills, Solar and Unicorn Farts.
Like I said in my Post, this is a subject for another Thread.
Foreign Oil? We have more Oil than anyone right here in the USA. Unfortunately, we have certain people in Power that frown on us developing it, especially on Federal Lands.
The only people that benefitted from our Military protecting supplies of Foreign Oil are Europe and Japan. We depend on Mexico and Canada for most of the Foreign Oil we consume, not the Middle East.
Besides, refusing to defend Energy sources would put us at a disadvantage. China and Russia are both developing Arctic Oil and we sit back like idiots watching them plan for their future because of the Environmental Lobby.
Tax Credits for Electric Cars (THAT RUN OFF THE GRID), yeah that makes about as much sense as Subsidizing Ethanol, Windmills, Solar and Unicorn Farts.
Like I said in my Post, this is a subject for another Thread.
Subsidies for things that have high initial costs, but have the potential for long term improvements to our society, or national security are worthwhile. Electric cars, windmills, solar tech, and high efficiency electric storage (batteries... for now) are all worthy investments.
#85
Actually the base model is rated at 0-60 5.9 seconds and over 200 mile range. Seems pretty fast for a 4 door sedan.
Then there is the CTS-V, the old IS-F (soon to be replaced with a new model), Audi's, Merc's and so on, that are also much faster.
No, 0-60 in 5.9 seconds does not seem that fast for a four door sedan.
But, the $80K+ Tesla S is nice and fast.
Cheers.
#86
Race Director
Member Since: Dec 2006
Location: Fort Worth, Texas
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#87
First of all, the topic was electric cars, so I didn't understand the statement about developing another power source for electric cars. Of course I've heard of fuel cells.
But, if you're going to bring up fuel cells, well, fuel cells are not "all that and a bag of chips."
They're viable. Don't get me wrong. There are tons of advantages, the main ones being the virtually endless supply available from water, and the complete lack of any harmful emissions. They might win the race over batteries. Who knows? But, it's not as simple as just converting your gas engine to hydrogen fuel cells. There are many many many many shortcomings that they need to overcome:
1) It's dramatically expensive to produce, and very inefficient. It takes about 8x more electric energy to produce the hydrogen for the fuel cells than you can ever get back in energy from a combustion engine. Fuel cell engines are only about 12% efficient, while battery drive systems are about 50% efficient. Basically, this means that, if you're comparing battery drive vs. hydrogen drive, your electric infrastructure needs to produce 4-5x more electricity to support hydrogen driven vehicles than battery driven vehicles. And, it's not a matter of simply increasing efficiency. It's not a matter of human invention. It's just plain physics/chemistry. Electrolysis on water takes a certain amount of energy, period. You can use aluminum to help it use less electricity, but then you consume the aluminum (which is just shifting the problem). Water is just a really really really stable molecule (you use it to put out FIRES, that's how stable it is). The more stable a molecule is, the more energy it takes to break it apart. So, in the bigger scheme of things, **if** battery technology can be advanced, it has a clear-cut advantage over hydrogen, just purely due to physics.
2) Distribution systems are an issue. Distributing hydrogen for fuel cells consumes a lot of resources, and all new infrastructure needs to be installed and developed. But, the electric distribution system for battery powered cars is already there, and can handle the extra capacity (they'd need to build more power plants, but the distribution system has tons of capacity).
3) Danger is an issue. Hydrogen (H2) is a very unstable molecule. It basically is just begging to explode with Oxygen (O2). Don't get me wrong, high capacity batteries are no picnic either. But, hydrogen is many magnitudes more dangerous, especially in crash conditions. Those hurdles would need to be solved.
4) The explosion of H2 in combustion causes a ton more metal fatigue (when compared to gasoline). H2 explodes far hotter and more violently than gasoline. This takes a massive toll on engines. A similar engine that you're getting 100K-200K miles out of for gasoline is getting about 10K-20K miles if it's converted to H2. Much harder metal alloys need to be developed, and are being developed, but even then, nothing yet has been developed to give those H2 engines any real longevity.
Anyway, hey, the truth is there's no real easy answer. If there was, it would have been done by now. Oil is cheap (relative to the other technologies), still available, and it works. On the flipside, hydrogen fuel cells need to clear tons of hurdles before they can displace gasoline. And, batteries just don't last long enough, and are still too expensive.
We're actually *not* arguing here (at least in my opinion). Neither battery powered cars, nor hydrogen powered cars, are ready to displace gasoline powered cars. Both of those alternative technologies need TONS of development before either one of them could completely surpass gasoline. Personally, if I was to wager on it (hypothetically), my money would be on battery technology advancement. But, it's not as if it's a crystal clear sure bet. I'm not an expert, but in my casual armchair opinion, I'd say the odds are around 80/20 for battery technology advancement taking the lead before hydrogen fuel cell technology can take the lead. And, yes, I believe it WILL happen sooner or later. But, NEITHER can take the lead yet, so there's a little bit of "crystal ball" effect in either argument.
But, if you're going to bring up fuel cells, well, fuel cells are not "all that and a bag of chips."
They're viable. Don't get me wrong. There are tons of advantages, the main ones being the virtually endless supply available from water, and the complete lack of any harmful emissions. They might win the race over batteries. Who knows? But, it's not as simple as just converting your gas engine to hydrogen fuel cells. There are many many many many shortcomings that they need to overcome:
1) It's dramatically expensive to produce, and very inefficient. It takes about 8x more electric energy to produce the hydrogen for the fuel cells than you can ever get back in energy from a combustion engine. Fuel cell engines are only about 12% efficient, while battery drive systems are about 50% efficient. Basically, this means that, if you're comparing battery drive vs. hydrogen drive, your electric infrastructure needs to produce 4-5x more electricity to support hydrogen driven vehicles than battery driven vehicles. And, it's not a matter of simply increasing efficiency. It's not a matter of human invention. It's just plain physics/chemistry. Electrolysis on water takes a certain amount of energy, period. You can use aluminum to help it use less electricity, but then you consume the aluminum (which is just shifting the problem). Water is just a really really really stable molecule (you use it to put out FIRES, that's how stable it is). The more stable a molecule is, the more energy it takes to break it apart. So, in the bigger scheme of things, **if** battery technology can be advanced, it has a clear-cut advantage over hydrogen, just purely due to physics.
2) Distribution systems are an issue. Distributing hydrogen for fuel cells consumes a lot of resources, and all new infrastructure needs to be installed and developed. But, the electric distribution system for battery powered cars is already there, and can handle the extra capacity (they'd need to build more power plants, but the distribution system has tons of capacity).
3) Danger is an issue. Hydrogen (H2) is a very unstable molecule. It basically is just begging to explode with Oxygen (O2). Don't get me wrong, high capacity batteries are no picnic either. But, hydrogen is many magnitudes more dangerous, especially in crash conditions. Those hurdles would need to be solved.
4) The explosion of H2 in combustion causes a ton more metal fatigue (when compared to gasoline). H2 explodes far hotter and more violently than gasoline. This takes a massive toll on engines. A similar engine that you're getting 100K-200K miles out of for gasoline is getting about 10K-20K miles if it's converted to H2. Much harder metal alloys need to be developed, and are being developed, but even then, nothing yet has been developed to give those H2 engines any real longevity.
Anyway, hey, the truth is there's no real easy answer. If there was, it would have been done by now. Oil is cheap (relative to the other technologies), still available, and it works. On the flipside, hydrogen fuel cells need to clear tons of hurdles before they can displace gasoline. And, batteries just don't last long enough, and are still too expensive.
We're actually *not* arguing here (at least in my opinion). Neither battery powered cars, nor hydrogen powered cars, are ready to displace gasoline powered cars. Both of those alternative technologies need TONS of development before either one of them could completely surpass gasoline. Personally, if I was to wager on it (hypothetically), my money would be on battery technology advancement. But, it's not as if it's a crystal clear sure bet. I'm not an expert, but in my casual armchair opinion, I'd say the odds are around 80/20 for battery technology advancement taking the lead before hydrogen fuel cell technology can take the lead. And, yes, I believe it WILL happen sooner or later. But, NEITHER can take the lead yet, so there's a little bit of "crystal ball" effect in either argument.
Enough with the fun and games. Let's get real. Much if not most of your post responded to here is nonsense. Before the automobile manufacturers settled on fuel cells as the best candidate for transitioning from hydrocarbons to hydrogen, BMW has a test fleet of 7-Series sedans featuring V-8 ICEs that have been converted from gasoline to hydrogen. The conversion is very similar to the conversion for CNG.
You, like just about every other hydrogen opponent that I have encountered, have a theological opposite to the simplest of all atoms. Theology tempts its adherents to rely on their interpretation of the faith rather than facts and reason to promote their positions. Take the example of your contention that the conversion efficiency of the electrolysis of water is 12%. The theoretical maximum conversion efficiency of electrolysis is 80-94%. In practice, it is 50-70%.
Let's pretend for a second that you are correct about the 12%. This would be important only if electrolysis is a variable cost for hydrogen production. This is the case if the source electricity is purchased from the grid or produced by an electromechanical generator. However, that is not necessary. Solar cells are increasingly used to provide electricity for businesses and private dwellings. There is no meter on the Sun. Once the solar array is installed, each joule of energy produced is incrementally cheaper than the last.
FCEVs will be available at select Honda, Hyundai, and Toyota dealers during MY2015. Customers will buy them. There is nothing that you can do to stop them.
#88
Wow. For the better part of the last decade, real live drivers leased FCX Clarity FCEVs as their automobiles. In 2015, Hyundai, Honda, and Toyota will begin selling FCEVs to the general public. Obviously your knowledge of hydrogen is far superior to that of the scientists and engineers employed by those manufacturers. Have you shared your knowledge with them? You have an obligation to do so because you will save them tons of money. You will be a hero!
Enough with the fun and games. Let's get real. Much if not most of your post responded to here is nonsense. Before the automobile manufacturers settled on fuel cells as the best candidate for transitioning from hydrocarbons to hydrogen, BMW has a test fleet of 7-Series sedans featuring V-8 ICEs that have been converted from gasoline to hydrogen. The conversion is very similar to the conversion for CNG.
You, like just about every other hydrogen opponent that I have encountered, have a theological opposite to the simplest of all atoms. Theology tempts its adherents to rely on their interpretation of the faith rather than facts and reason to promote their positions. Take the example of your contention that the conversion efficiency of the electrolysis of water is 12%. The theoretical maximum conversion efficiency of electrolysis is 80-94%. In practice, it is 50-70%.
Let's pretend for a second that you are correct about the 12%. This would be important only if electrolysis is a variable cost for hydrogen production. This is the case if the source electricity is purchased from the grid or produced by an electromechanical generator. However, that is not necessary. Solar cells are increasingly used to provide electricity for businesses and private dwellings. There is no meter on the Sun. Once the solar array is installed, each joule of energy produced is incrementally cheaper than the last.
FCEVs will be available at select Honda, Hyundai, and Toyota dealers during MY2015. Customers will buy them. There is nothing that you can do to stop them.
Enough with the fun and games. Let's get real. Much if not most of your post responded to here is nonsense. Before the automobile manufacturers settled on fuel cells as the best candidate for transitioning from hydrocarbons to hydrogen, BMW has a test fleet of 7-Series sedans featuring V-8 ICEs that have been converted from gasoline to hydrogen. The conversion is very similar to the conversion for CNG.
You, like just about every other hydrogen opponent that I have encountered, have a theological opposite to the simplest of all atoms. Theology tempts its adherents to rely on their interpretation of the faith rather than facts and reason to promote their positions. Take the example of your contention that the conversion efficiency of the electrolysis of water is 12%. The theoretical maximum conversion efficiency of electrolysis is 80-94%. In practice, it is 50-70%.
Let's pretend for a second that you are correct about the 12%. This would be important only if electrolysis is a variable cost for hydrogen production. This is the case if the source electricity is purchased from the grid or produced by an electromechanical generator. However, that is not necessary. Solar cells are increasingly used to provide electricity for businesses and private dwellings. There is no meter on the Sun. Once the solar array is installed, each joule of energy produced is incrementally cheaper than the last.
FCEVs will be available at select Honda, Hyundai, and Toyota dealers during MY2015. Customers will buy them. There is nothing that you can do to stop them.
Oh, and added edit: hey, great job of twisting everything I said... I never once said electrolysis *itself* is 12% efficient. I said the net efficiency of electrolysis + combustion = 12%. In other words (as I said, but you apparently felt like modifying), for every 100 Joules of electric energy consumed in making hydrogen for fuel cells, you get around 12 Joules (on average) at the drive wheel of your car. This is 4-5x less efficient than batteries. If you want to argue about physics, go to a physics forum.
Last edited by rockethead7; 01-31-2014 at 03:46 PM.
#89
Safety Car
And what exactly is your point with that info? Hopefully you don't think it means Tesla is 5x more valuable than GM.
#90
Team Owner
Seems like a WIN - WIN to me. Both cars are awesome and designed and manufactured in America. Instead of some of the childish bickering we should be applauding both manufactures.
These two cars represent the best of America's engineering prowess.
We should be celebrating these two cars.
These two cars represent the best of America's engineering prowess.
We should be celebrating these two cars.
#91
Drifting
You have to give Tesla their due. Just a few years ago, any electric or hybrid was considered a joke in performance compared to a typical 6 cylc sedan or even 4 cycl. Now we got a thread where owners of the best performing generation of Corvettes are trying to rationalize why the Corvette is having trouble keeping up with the Tesla.
Last edited by zland; 01-31-2014 at 08:22 AM.
#92
Seems like a WIN - WIN to me. Both cars are awesome and designed and manufactured in America. Instead of some of the childish bickering we should be applauding both manufactures.
These two cars represent the best of America's engineering prowess.
We should be celebrating these two cars.
These two cars represent the best of America's engineering prowess.
We should be celebrating these two cars.
You have to give Tesla their due. Just a few years ago, any electric or hybrid was considered a joke in performance compared to a typical 6 cylc sedan or even 4 cycl. Now we got a thread where ownders of the best performing generation of Corvettes is trying to rationalize why the Corvette is having trouble keeping up with the Tesla.
#93
Instructor
my car was $103k minus the $7,500, so $95.5k.... also save about $450 month between gas and free tolls over my previous commuter car... I typically plug it in each night so I start with 230 miles to drive each day....
Last edited by FikseGTS; 01-31-2014 at 10:20 AM.
#94
You have to file the claim with your tax return. Granted most will qualify for $7500 credit (in the tax bracket of a Tesla buyer), but if you don't owe $, you don't get any of it.
#95
Don't know if this is mentioned, the lithium ion batteries Tesla Model S relies on for its performance and driving range, is highly toxic to manufacture due to the destructive nature of the mining operations. So much that mining operations can not happen in the US or countries with more stringent environmental protections.
I know most people don't think about it as long as it does not happen here, but then a lot of Tesla drivers do pride themselves in reducing carbon footprint, therefore presumably are more conscientious about such environmental issues.
I'd like to see a documentary on this mining issue
I know most people don't think about it as long as it does not happen here, but then a lot of Tesla drivers do pride themselves in reducing carbon footprint, therefore presumably are more conscientious about such environmental issues.
I'd like to see a documentary on this mining issue
Last edited by C7Amaybe; 01-31-2014 at 11:42 AM.
#96
Don't know if this is mentioned, the lithium ion batteries the Tesla Model S relies on for its performance and driving range, is highly toxic to manufacture due to the destructive nature of the mining operations. So much that mining operations can not happen in the US or countries with more stringent environmental protections.
I know most people don't think about it as long as it does not happen here, but then a lot of Tesla drivers do pride themselves in reducing carbon footprint, therefore presumably are more conscientious about such environmental issues.
I know most people don't think about it as long as it does not happen here, but then a lot of Tesla drivers do pride themselves in reducing carbon footprint, therefore presumably are more conscientious about such environmental issues.
#97
And most Tesla Model S drivers do so for the sense of prestige and being trendy and that alone, all the other arguments they use just to make them feel better.
Having said that, facts that are inconvenient to their feel good arguments (raised by them out of convenience) are still worth mentioning.
#98
http://www.teslamotors.com/models
you can click on the order "button" and then "cash" to see what the car and options cost, along with getting the specs for each model.
there is an interesting comparison on youtube between tesla and aston martin made in the uk. 250 miles in the former cost 8 pounds for electricity to recharge and 130 pounds for the aston martin for gas.
tesla has an unlimited miles for 8 years battery guarantee. if you drove 500000 miles in that period of time, you'd save about 80000 dollars in gasoline costs over a car that got 20 mpg, so it would be almost like getting the car for free if you drove 60+ thousand miles a year.
I expect government to start charging fees for electric cars to offset the buck or so per gallon they are collecting from gasoline sales. also, I would expect tesla to start charging for electric recharges at some point. some of his recharging stations are solar powered and create enough electricity to provide all that is necessary for recharging at this point in time.
any vehicle that provides free energy for a r/t coast to coast trip at this point in time is quite amazing, no matter what the minor inconveniences associated with it are. if you have to wait in line for fillups at these supercharging stations as the cars become more numerous, the appeal could fade quickly.
you can click on the order "button" and then "cash" to see what the car and options cost, along with getting the specs for each model.
there is an interesting comparison on youtube between tesla and aston martin made in the uk. 250 miles in the former cost 8 pounds for electricity to recharge and 130 pounds for the aston martin for gas.
tesla has an unlimited miles for 8 years battery guarantee. if you drove 500000 miles in that period of time, you'd save about 80000 dollars in gasoline costs over a car that got 20 mpg, so it would be almost like getting the car for free if you drove 60+ thousand miles a year.
I expect government to start charging fees for electric cars to offset the buck or so per gallon they are collecting from gasoline sales. also, I would expect tesla to start charging for electric recharges at some point. some of his recharging stations are solar powered and create enough electricity to provide all that is necessary for recharging at this point in time.
any vehicle that provides free energy for a r/t coast to coast trip at this point in time is quite amazing, no matter what the minor inconveniences associated with it are. if you have to wait in line for fillups at these supercharging stations as the cars become more numerous, the appeal could fade quickly.
Last edited by senah; 01-31-2014 at 12:45 PM.
#99
http://www.teslamotors.com/models
you can click on the order "button" and then "cash" to see what the car and options cost, along with getting the specs for each model.
there is an interesting comparison on youtube between tesla and aston martin made in the uk. 250 miles in the former cost 8 pounds for electricity to recharge and 130 pounds for the aston martin for gas.
tesla has an unlimited miles for 8 years battery guarantee. if you drove 500000 miles in that period of time, you'd save about 80000 dollars in gasoline costs over a car that got 20 mpg, so it would be almost like getting the car for free if you drove 60+ thousand miles a year.
I expect government to start charging fees for electric cars to offset the buck or so per gallon they are collecting from gasoline sales. also, I would expect tesla to start charging for electric recharges at some point. some of his recharging stations are solar powered and create enough electricity to provide all that is necessary for recharging at this point in time.
any vehicle that provides free energy for a r/t coast to coast trip at this point in time is quite amazing, no matter what the minor inconveniences associated with it are. if you have to wait in line for fillups at these supercharging stations as the cars become more numerous, the appeal could fade quickly.
you can click on the order "button" and then "cash" to see what the car and options cost, along with getting the specs for each model.
there is an interesting comparison on youtube between tesla and aston martin made in the uk. 250 miles in the former cost 8 pounds for electricity to recharge and 130 pounds for the aston martin for gas.
tesla has an unlimited miles for 8 years battery guarantee. if you drove 500000 miles in that period of time, you'd save about 80000 dollars in gasoline costs over a car that got 20 mpg, so it would be almost like getting the car for free if you drove 60+ thousand miles a year.
I expect government to start charging fees for electric cars to offset the buck or so per gallon they are collecting from gasoline sales. also, I would expect tesla to start charging for electric recharges at some point. some of his recharging stations are solar powered and create enough electricity to provide all that is necessary for recharging at this point in time.
any vehicle that provides free energy for a r/t coast to coast trip at this point in time is quite amazing, no matter what the minor inconveniences associated with it are. if you have to wait in line for fillups at these supercharging stations as the cars become more numerous, the appeal could fade quickly.
But if fuel cost is imporant, there are plenty of good gas powered cars that can pile on 60K miles a year with very little fuel consumption.
I am not against the Model S at all, in fact it is on my list. I just don't buy into all the claimed saving on Tesla website. A fair comprison would be a $100K+ model S, to buying a C7 for the weekend, with money left for a Cruze Eco for highway duties. The results may be very different.
#100
How many people buy $100K+ cars to drive them over 60K miles a year, presumably on highways almost all the time at such high miles? Not to mention as said above, fuel cost is probably one of the last things on Tesla Model S drivers' mind, even though they do talk about it.
But if fuel cost is imporant, there are plenty of good gas powered cars that can pile on 60K miles a year with very little fuel consumption.
I am not against the Model S at all, in fact it is on my list. I just don't buy into all the claimed savings on Tesla website. A fair comprison would be a $100K+ model S, to buying a C7 for the weekend, with money left for a Cruze Eco for highway duties. The results may be very different.
But if fuel cost is imporant, there are plenty of good gas powered cars that can pile on 60K miles a year with very little fuel consumption.
I am not against the Model S at all, in fact it is on my list. I just don't buy into all the claimed savings on Tesla website. A fair comprison would be a $100K+ model S, to buying a C7 for the weekend, with money left for a Cruze Eco for highway duties. The results may be very different.
But yes, great car--technology second to none (that 17" display inside is to die for).