More on the Tango Electric Car 378
jj00 writes "Here is an interesting story about a father-son built car in Spokane, Washington. What is most surprising is its top speed (130 MPH) and its weight (about the same as a Camry), and it runs on batteries!"
"Golf cart on steroids!" (Score:5, Interesting)
Hrm, how about Shiny, Fast, Red Coffin.
I'm all for electric cars, and I understand that the creators wanted something to cut through traffic, but I don't think I'd really want to move one of these things through traffic next to insane soccer moms in their H2s.
Re:"Golf cart on steroids!" (Score:2, Informative)
I don't know man, this 3,000 pound car weighs more than my Mazda Protege (approx. 2.6k pounds)
Re:"Golf cart on steroids!" (Score:5, Insightful)
I don't know man, this 3,000 pound car weighs more than my Mazda Protege (approx. 2.6k pounds)
-mandalayx
And it's obviously much smaller. I wonder how it would do in a crash test. It looks like a dense bullet compared to other cars.
-SKPhoton
In terms of being able to survive a collision with another vehicle, I don't really think the weight of the vehicle is the important issue. Larger cars are safer than smaller cars not because they weigh more, but because they have more room to let the car crumple to absorb the energy created by a collision.
If you don't have this extra room, not only is the body of the vehicle more likely to collapse on you, but you also will have much higher g-forces during the crash. In a large car you might have a foot or 2 of 'crunch' space before the car becomes rigid and forcing you to a very rapid stop. In a very small car such as this, even if the body of the car maintained it's integrity during the crash (it doesn't crush you) you'd be much more prone to be injured by rapid deceleration because it lacks this 'crunch' space that would allow it a smoother deceleration.
Re:"Golf cart on steroids!" (Score:5, Insightful)
That's probably part of it, but weight matters also due to decelleration forces. If that energy isn't going into the mass of the car, it's going into you.
Re:"Golf cart on steroids!" (Score:5, Funny)
We could test that theory. You drive a Yugo and I'll give you the crumple "advantage" by driving an M1 Abrams tank. We'll drive into each other head-on each going 50.
Re:"Golf cart on steroids!" (Score:5, Insightful)
More mass means more kinetic energy when moving. This kinetic energy is transferred during a collision, and this is what kills the passengers of the Yugo, but it doesn't protect the passengers of the M1 much. If it were two M1s colliding, probably noone would survive.
Re:"Golf cart on steroids!" (Score:4, Interesting)
Take a guess why most of the crashtest these days are made against a deforming barrier for once, and why no SUV producer ever crashed his SUV against another one.
The end-result would be anything but comforting for the soccer moms who buy them because of "safety".
M.
Re:"Golf cart on steroids!" (Score:2)
I couldn't find any crash photos of an M1 [bmwm1.com], but here are a couple [wreckedexotics.com] M3s [wreckedexotics.com].
Re:"Golf cart on steroids!" (Score:3, Interesting)
$1000.00 for a speeding ticket(3 months suspension and a $500.00 fine added for 3 speeding tickets in a year) and $5000.00 plus 3 months community service for tailgaiting or reckless driving would fix the problem quicky.
Also adding a tax on vehicles based on weight AND efficiency would solve these problems fast.
The soccer mom would think twice when her Suburban costs her $700.00 a year for plates.
Re:"Golf cart on steroids!" (Score:4, Informative)
What you should do is collide two moving vehicles of different weight. If you collide two 3k lb cars together at 50 mph, the energy from the collision will cancel and both drivers will come to a dead stop. If, on the other hand, you collide a 10k lb vehicle and a 1k lb vehicle, the 1k lb vehicle will have the lower of the two energies. Without pulling out my old physics textbook, that means that after the collision, the driver of the 10k car will still be going about 45 mph in the original direction of travel, but the driver of the 1k car will be traveling 45 mph in the opposite direction, for a velocity change of 95 MPH during the moment of impact. 5 MPH vs 95 MPH... Who is going to survive this crash?
Don't be so fast to shout bullshit.
-Chris
P.S. The passengers of the car don't feel the force of the kinetic energy of the opposing car during a crash, they feel the force of the kinetic energy the car they are in exerts upon them in response to the force of the second car. The mass of the car you are in is very important to the overall equation.
Re:"Golf cart on steroids!" (Score:2)
True, but the problem is for example that SUVs (as they are trucks) don't really do that.
Also, it is not ony YOUR car that has to crumble but the other one as well, it doesn't really matter who conv
Re:"Golf cart on steroids!" (Score:5, Insightful)
Its not the design of this vehicle itself that has me so concerned - I think its a really nice design for short low-speed commuting trips - its just that it has to share the road with monsters. I feel like a roach on a sidewalk. It won't make much difference even if they pass laws making it illegal to step on a roach. Its gonna happen.
Which leads me to my favorite pet peeve of the people who regulate use of the highways... why isn't there some law that mandates a certain standardized height off the road for bumpers, so that in the event of a collision, the bumpers take the hit? Or having heights of headlamps standardized?
Re:"Golf cart on steroids!" (Score:2)
Have you ever noticed that on some DeLoreans, they ride down the road with their noses pointed straight into the air? They jacked these cars up about 4 inches in the front as they came out of the factory (they weren't designed to be this way) just because of the threat of this new law, and completely ruined the look of
Re:Wuss. (Score:2, Insightful)
You're probably one of those people who hasn't seen the statistics lately. Do you know what the police and emergency services call motorcycle drivers? Donors. And don't give me this `it's only unsafe because of nasty car drivers`. So what? Danger is danger no matter who's fault it is.
Re:"Golf cart on steroids!" (Score:2)
Re:"Golf cart on steroids!" (Score:2, Interesting)
This sounds pretty good. (Score:2, Insightful)
Of course, I might just be missing the point completely and this is just a cool hack and not something practical.
Re:This sounds pretty good. (Score:3, Interesting)
If you recall, there was another Father and Son venture from Spokane, They wrote a little game called Myst.
BTW, the Car uses off the shelf parts. 80K for a prototype, could easily come down in price. And then add the electric tax credit on top of it. And the proposed usage in HOV lanes, Seems like a winner.
Re:This sounds pretty good. (Score:2, Insightful)
Safety (Score:5, Interesting)
"It has jet-pilot seat belts and a racing-regulation roll cage; it weighs more than 3,000 pounds, about the same as a Toyota Camry, including 1,100 pounds of Yellow Top batteries under the floorboards as ballast, so it's not tippy on turns."
If they put air bags in the thing, it'd compress you quite well. They need pictures of the inside of the car as well. I would not like to see this car in an accident. Even the "bumper" if you would call it that, is virtually non-existant.
So you have enough room for a passenger in the back? A comfortable passenger or tightly squeezed passenger?
"A narrow car could or even travel between lanes, like a motorcycle." could it? sure. could it legally? uhh
Re:Safety (Score:2, Informative)
A car could do it just as legal as a motorcycle can. It's fully legal to share lanes with any other vehicle(at least in California).
However, weaving in and out of lanes is not legal, technically motrocycles have to "pick a lane" though that usually doesn't happen...
Re:Safety (Score:2)
There is room for a passenger in back; it isn't the easiest thing to get into, but not the worst either. It's a little cramped, but it's not intended for long trips either.
Re:Safety (Score:2)
The reason its bad if you ride side by side is if one person swerves to miss something the other rider doesnt see... However i dont think this would be a large issues with this vehicle since it is on four wheels with a low ce
Re:Safety (Score:2)
Center of Gravity - 160MPH? (Score:3, Interesting)
But it looks in the photos to have a terrible center of gravity problem.. looks like it would roll quite easily.
Funny the article mentioned splitting lanes such as motorcycles... with the roads filling up more and more with SUV's, even the motorcyclists are ending up with more and more rapped knuckles from the SUV mirrors. Somehow I don't think its too practical for anybody to try to split lanes.
And yes, the parking looks like a dream.
Re:Center of Gravity - 160MPH? (Score:2, Interesting)
But anyway, I don't think I would even feel safe at 60. Maybe 35-40 tops if the wind wasn't blowing.
Re:Center of Gravity - 160MPH? (Score:2, Informative)
Top speed is 130 mph, not 160 mph.
RTFA some more.
U.S. Patent No. 6,328,121 (Ultra-Narrow Automobile Stabilized with Ballast)... Safety? It has jet-pilot seat belts and a racing-regulation roll cage; it weighs more than 3,000 pounds, about the same as a Toyota Camry, including 1,100 pounds of Yellow Top batteries under the floorboards as ballast, so it's not tippy on turns.
And moderators, RTFA before you mode up dumbass posts like the parent.
Re:Center of Gravity - 160MPH? (Score:2, Funny)
Re:Center of Gravity - 160MPH? (Score:5, Insightful)
The first thing I thought of when I read the article was WHY? Why would anybody make an electric with that kind of performance? With an 80 mile range, it's obviously just going to be a commuter car. It'll probably spend 90% of its time in heavy stop and go traffic. I mean, that's supposed to be part of the appeal of the thing, right? It's small and maneuverable and you can park it just about anywhere. So why does it need to go from 0-60 in four seconds and top out at 130? (and is anyone else wondering what the real numbers would be if someone took that thing out to a drag strip and timed it?)
Couldn't they put in a motor that's a little less beefy and knock the price down a few thou? Wouldn't that improve its range and make it safer?
Re:Center of Gravity - 160MPH? (Score:2, Informative)
From the article: By winter they had a drivable car, and by fall, they were racing it on autocross tracks
Seems like theres a good chance that these are fairly accurate numbers.
Re:Center of Gravity - 160MPH? (Score:5, Insightful)
Re:Center of Gravity - 160MPH? (Score:4, Insightful)
To make it fun to drive
Re:Center of Gravity - 160MPH? (Score:2, Insightful)
The performance of the motor is due to the strength of the electromagnets in it, and that's very cheap to increase compared to a gas engine. Gas provides more staying power, but it can't touch electric for raw performance.
Re:Center of Gravity - 160MPH? (Score:5, Informative)
And if you look at the videos, you can see that it's *very* stable.
The motor that's in it is a small fraction of the cost.
They've had it at Woodburn, Oregon's annual EV drag races in earlier prototypes. Come to this year's (August 31) [nedra.com] and if you're lucky, maybe they'll bring one this year.
Come to the OEVA EV Awareness Day tomorrow (today? July 26) [oeva.org] and if you're real lucky, maybe they'll have one here then too (they did last year).
Re:Center of Gravity - 160MPH? (Score:3, Insightful)
I mean that will all due respect. They're funny looking. And the people with the most money to spend on cars are baby-boomers who saw a nation built on the automobile. Americans take pride in cars, which may not be the case in every nation in the world. To an American, a car is a status symbol, an eman
Re:Center of Gravity - 160MPH? (Score:2)
From the website.
[snip]Because safety is such a concern for small cars in particular, we have designed the Tango around a roll cage that meets or exceeds both SCCA and NHRA regulations. These are racing organizations that specify cage design to protect the occupants of cars crashing at over 200 mph. In addition, the extremely high strength-to-surface area ratio of a steel roll cage allows super
Re:Center of Gravity - 130MPH? (Score:3, Insightful)
I guess there's a lot for me to understand. Its not a crash with another Tango that scares me, its the crash with the Ford Excursion that scares me... and its not the fact he just hits me, its that not only does he hit me, he then proceeds to drive OVER me. The law of inertia would make this scenario inevitable. I don't know if this car's roll bar was designed to dissipate the energy of a ton of mass heading my way. But then, th
Like half a Smart (Score:3, Insightful)
Practical, easy to park, and completely disappointing sales.
Why? Most cars are not bought because they are economical or easy to park. They are bought because they are the meanest, biggest, fastest machines the limited budget will buy. Cars are as much, or more about conspicuous consumption as they are about getting from point A to point B.
It's a nice idea, but won't quite work as a "mine's bigger than your's" concept.
Perhaps they can steal some ideas from how Smarts are sold here: mainly rented out, plastered with advertising, since people love look at them, but hate the idea of doing the morning commute in them.
Make cities smaller, walk more.
Re:Like half a Smart (Score:2, Informative)
What this translates into is a car which you would only buy as a second or third car and isn't really all that practical. It will still get stuck in traffic jams and a lot of cities in Europe have ALL parking bays painted out on the road anyway, including the parallel parking bays, ma
They're selling 80 - 100 thousand a year. (Score:3, Informative)
They're all over the place in London, Paris, Madrid, Milan.
YOU'D BETTER KEEP THOSE THINGS OUT OF TEXAS (Score:4, Funny)
We suggest you take your electric car back to California where it came from and come back with a proper Texas sized pickup truck or SUV.
Yours truly,
Fmr Guvner of Texas George Walker Bush
Re:YOU'D BETTER KEEP THOSE THINGS OUT OF TEXAS (Score:2)
http://www.heaa.org
http://geocities.com/nteaa
Website has videos! (Score:5, Informative)
If computer engineers built cars... (Score:2)
Rick's dad, Bill, was an electrical engineer who designed one of the world's first computers, then worked for IBM.
Start the "if computer engineers built cars" jokes [quasisemi.com] already!
Electric is not a synonym for efficient (Score:3, Insightful)
We seem to assume that because we can't see or smell it that electricity is 'free energy.' Electricity is not free; electrical energy generation and storage are horribly inefficient and not particularly environmentally friendly. Radioactive waste, diverted watersheds, burnt fossil fuels, or lead-acid batteries are friendly neither to your pocket book nor to your planet.
That said, I do acknowledge that the creators' original intent was to use fuel cells which may prove to be a superior energy delivery system. However, even if I subtract out 1000 lbs for the
batteries, the car is still very heavy for its capacity. Even worse than the new Mini, which weighs more than double the original.
Re:Electric is not a synonym for efficient (Score:5, Informative)
For that average commute of 20 miles and up to 24 miles per charge, the total cost per mile of the Tango is approximately 30% lower than that of a Honda Insight. This includes battery replacement, maintenance, and the cost of electricity at $.05 per kWh (as in the Northwest). The Honda Insight has an EPA rating of 56 mpg city and 57 highway.
Link To Reference Here [commutercars.com]
Re:Electric is not a synonym for efficient (Score:3, Informative)
Bullshit. A large power plant is very efficient -- much more so than a gasoline engine (which has 20-30% efficiency). Storage is slightly less efficient, but still approaches 80-90% efficiency with the right charging methods.
lead-acid batteries are friendly neither to your pocket book nor to your planet.
Virtually all lead-acid batteries are recycled. You can recover pretty much 100% of the lead from one and u
Fantastic! (Score:5, Interesting)
I rather doubt I'd do 130 in it, though. But having 1100 pounds of batteries under the floorboards it great for stability. But in terms of crash safety, something this small and dense (Just shy of a ton with NO batteries) looks like it would get crushed by it's own intertia in a crash with a structure.
At any rate, it doesn't mesh very well with oil companies or automakers, and they will probably pay out the ass to make it fail. GE offered to do a small test run, then rescinded and sued California over the 10% ZEV requirement. I mean, for almost all practical purposes around town this could replace our Camry. Except for long-distance trips or visits to the hardware store, it will do just as well. But it doesn't feed oil companies nearly as much money, and automakers make a bigger profit selling Stupid Useless Vehicles (to most who buy them).
I would have to agree that, for most people, it is indeed un-American to drive an SUV. Most of you don't need the damn thing, and by getting 8 MPG you just give middle-eastern oil theocracies more economic weapons to hold at our throats.
Uh, since when. . . (Score:2)
And also, "want" items generally sell with a lot larger mark-up than "need" commodities. So which will J. Random Dealer want to sell ??
patent mania! (Score:2, Informative)
Holy fuck, they got a patent for a car that's narrow! It's like a regular car, but narrow. Wow that's so fucking novel!
Oh but it's got a low center of gravity too?! No one ever would have thought of that...
troll? (Score:2)
Don't let mass transit die (Score:5, Informative)
I'm sorry Mr Garrison, but people do want variety. I'm all for effective electric cars, but we should allow our already working mass transit systems be developed to be equally or more convenient to use at the same time. In paris, you don't need a train time table: the trains are always two minutes apart. In Australia, tramstops have little touchscreen kiosks which allow you to plan your route, buy a ticket and even optimise your time.
I want my big SUV to go out bushbashing and hauling lumber in a trailer, I want to be able to rent/buy a small electric two seater so that don't get quashed in a road accident that would have killed a motorcyclist when I go shopping on my own and I want to be able to buy a ticket to a train that runs on time so I can read manuals or highlight meeting minutes or just plain sleep on my way to my tech job in the city where parking is a pain in the ass anyway.
Re:Don't let mass transit die (Score:4, Interesting)
The busses are awesome as well. The busses that actually go places run every 5 or 10 minutes. You don't have to schedule yourself around the busses' schedule.
You can pick up a taxi for cheap short trips anywhere in the city. These are great to provide the "last mile" to your destination, if you don't have time to walk it.
The problem is that nowhere in America do we even get close to the population density of Seoul. Here in Seattle and the Puget Sound area (Tacoma to Everett), the population density is closer to Middle of Nowhere, New Mexico than Seoul. We can't afford to build subways under our city. We can't afford to run busses every five or ten minutes. There cannot be enough taxi drivers to make it useful for short, quick trips. And even if we could, it wouldn't be much more efficient than driving.
So the problem is about mobility. In Seoul, you can go anywhere you want in a reasonable amount of time without a car. With a car, you can't get there any faster or cheaper.
In Seattle, you *can't* go anywhere in a reasonable amount of time *unless* you have a car.
That's where this Tango comes in. It is exactly what we Americans would use. I would buy one for its fuel cost efficiency alone. I really don't care too much for safety, as long as it is more safe than a motorcycle (which is pretty damn safe). It provides me with the ability to go pretty much anywhere I want anytime I want, which the busses don't, and walking or biking can't. I can give a lift to a friend, or put some goods in the back. That's why I drive a Hyundai Accent. That's why I would get one of these.
Okay I'm a pig... (Score:4, Funny)
Did anyone else scroll back up to check if the author was a woman?
Don't call me chauvanist - any Real Man? would have written:
The answer (Score:3, Interesting)
If the car handles that well with this wide a track, imagine how it would handle with the track of a normal auto. It would also improve safety. It's not going to be legal to park them nose to the curb any time soon because it's clear that they are a car and not a motorcycle (at that weight, there can be absolutely no doubt whatsoever what class they will be in.) You don't need to make the car any longer (though another foot wouldn't hurt it and would buy you a more reclined position) but you certainly need to make it look less goofy. I suggest a lower, wider stance, and a trunk. Or at least looking more like a station wagon and less like a vending machine.
what happens to batteries in an accident (Score:5, Interesting)
Re:what happens to batteries in an accident (Score:2, Interesting)
Accident wise, I think this would be better than gasoline/desiel, as lead-acid batteries, while corrosive, pose less of a threat than a ca
How to sell an electric car (Score:5, Insightful)
People don't want to buy a car because it's good for the environment, they don't buy it for its fuel efficiency, and they don't buy it because it'll seat half a basketball team. They buy a car mostly because they are a status symbol way of getting from A to B. So, to sell electric cars, here's a small list of how to make them DESIRABLE:
1. Make it FAST. 0-60MPH in 4 seconds minimum. (Doesn't matter if you actually USE that acceleration, it's street cred poser value, for the most part the "mine's bigger than yours" syndrome)
2. Make it STYLISH. Not your usual avant garde electric enviro-car. Take a look at rally cars and real sports cars for inspiration. Get Porsche or Ferrari to build one.
3. Get them seen in public, not as show cars, but being used to do things better than their petrol counterparts. Rally driving, motor racing etc. Give them performance in spades, ultra-low C of G, and watch them out-turn regular cars.
4. Get the racing fraternity (all types) to hold competitions. I mean REAL F1 or TOCA type competitions that use cars you'd be able to buy. Not the solar/electric challenge type competition that most people only see as the dead donkey story at the end of the news.
5. Finally, make them rechargeable through simple means ie. domestic power plugs or some other common infrastructure ALREADY IN PLACE. Chicken and egg scenarios are doomed from the get go.
Do those things, and you will sell electric cars. Until then, it's never going to take off.
Re:How to sell an electric car (Score:3, Informative)
2. " Working from a photo-shopped picture of a 1998 Mercedes A-Class hatchback..." and Mercedes seem to be doing ok with that style given how many I've seen around.
3. "... causing a jam in front of Spokane's Northtown Mall. Traffic stops, drivers gawk." nef sed.
4. "...leaving a puff of rubber smoke and conventional Corvettes and Porsches in the dust.". Sounds like most sets of traffic lights will do that part!
5. "... Three hours to completely recharge
Re:How to sell an electric car (Score:2)
Obligatory Simpsons Quote: (Score:5, Funny)
-- We do! We do!
Too expensive (Score:3, Insightful)
Electric engines are much simpler, smaller and cheaper than combustion ones and electric cars transmission systems can be much more simplified, thus cheaper. A good set of batteries cannot stand the huge amount of money saved by -not- using a combustion engine.
Plus, current sockets aren't widely available like gas stations.
I like that car, as did most people cited in the article, but they need a killer price to actually make people want to buy it now.
How short sighted (Score:2)
Go ahead... buy your gas-guzzler, but don't come bitching to the rest of us when you get nailed for higher fuel prices when a environmentally aware government gets in and slugs you at the pump. At current fuel prices it might seem a high cost investment but I'd bet that'll be very differnet picture five years from now.
Nice, but... (Score:4, Interesting)
stability (Score:2)
Re:stability (Score:3, Funny)
The weight of the lead acid batteries provide more than sufficient roll stability "...including 1,100 pounds of Yellow Top batteries under the floorboards as ballast, so it's not tippy on turns." FTFA!
From the article (Score:2)
That's pretty cool of them to point out.
Less pollution? (Score:5, Insightful)
All you're doing really is relocating the pollution elsewhere or changing the form of the pollution.
Also the batteries and motors will have a limited life and will need replacing. A diesel engine can last around 200,000 miles, I don't think an electric motor will last that long. These cars do nothing to solve the waste that is used tyres, millions of tyres are used each year and there's no simple way of recycling them.
So guys, stop wasting your time and invent the teleporter!
Re:Less pollution? (Score:2)
It is much more efficient to control, filter and dispose of emmissions from a power plant than from a million independant cars.
These cars are smaller.
These cars are more maneuverable.
These cars are quieter.
Since you don't know (and didn't investigate) how long an electric motor, or a battery will last, I'm not sure why you bring them up as arguments. The tire concern
Re:Less pollution? (Score:2)
I brought up tyres (tires) since I would rather people were researching ways to reduce these problems too. People won't drive electic cars until they are forced to.
As for the 4x4/SUV problem, in the UK 4x4 ownership is on the increase due to factors like speed bumps (sleeping policemen). People aren't going to want to scale down their transport if they have a family.
Nobody really knows how
Re:Less pollution? (Score:5, Informative)
True, but in the end it works out more efficient: because a large power plant is designed solely to produce power, it is much more efficient and cleaner at doing it than a small combustion engine is, even taking power transport into consideration.
We don't all have diesel generators in our back sheds to power our homes, because it is cheaper and cleaner to have a high-effeciency power plant supplying millions of homes.
The batteries cannot leak. (Score:5, Informative)
SEALED, VIBRATION RESISTANT, AND LEAK PROOF, EVEN WHEN BROKEN
In an OPTIMA battery, the lead plates and separator are wound and tightly compressed into a cell tube so they can't move, shed, or break, even in severe shock and vibration applications. In independent SAE tests, the OPTIMA kept working after being subjected to vibrations up to 5G for 12 hours. As in all AGM TECHNOLOGY BATTERIES, there is no "free acid" that can leak out or spill and the OPTIMA can be operated effectively in any position -- even upside down -- without any risk of leaking and because it is sealed, no corrosion can form on the posts, connectors, or cables.
At DC Battery, we have been shown tests in which the a bullet is fired into an Optima leaving a huge hole in the center. Even with the battery's interior exposed, there was no leakage and when placed into a vehicle, it performed perfectly.
Combine it with the Segway? (Score:2)
The strange tall and narrow design seems to be only possible because of the heavy lead ballast. I wonder if you could use a lighter power source and use gyroscopes to stabilize, similar to the Segway.
Eco-geeks might smack me...
Throw in an internal combustion engine and a stabilizing gyroscope. It would be quite the feat to include regenerative breaking and turn it into a hybrid... or, and I've heard of this being tried somewhere, maybe it was done in the '70s... have a mechanical engineering lunatic d
My eyes! (Score:2)
I'm a fan of large cars - my current car is a '70 Mercury Marquis convertible (it's a yacht on wheels, basically). I bet it's safer than this little thing even though it only has lap belts.
130MPH? (Score:2)
Who in their right mind would drive a car like the tango at 130 MPH? As narrow a footprint that thing has, one slight hiccup on the steering wheel and you'd be doing a long, life-ending tumbler down the road in the blink of an eye.
WIDEN the vehicle if you intend that it be driven at highway speeds (and higher...130 MPH?).
Re:Yes, but... (Score:2, Informative)
from the article:
About 80 miles per charge.
I like this car. If the first prototype didn't cost 80 grand I'd be jumping on it.
Re:Yes, but... (Score:5, Insightful)
Re:Yes, but... (Score:5, Insightful)
Alternatively, they could have used Ni-Mh or NiCads, which will last 5 times longer and have a considerably higher energy density and therefore range. If lead-acid batteries will take the car 80 miles, Ni-Mh's or Nicads would probably take it from LA to San Diego on one charge.
Re:Yes, but... (Score:5, Funny)
Re:Electric car are NOT more efficient. (Score:3, Informative)
The cost of solar and wind power systems is continuing to decrease; I've been researching installing a solar system at my house for 2.4 Kw. After rebates, it's only $4000. To be eligible for tying into the g
Re:Yes, but... (Score:5, Informative)
The only major problem I see with that choice is all that lead floating around. But the production of the fancy battery types is not exactly environmentally friendly anyway. Well ok, the other problem is the 80 mile range. That works out to a 10 minute stop every hour to hour-and-a-half or so, if stations are placed optimally. Such frequent breaks could easily help traffic safety.
Re:Yes, but... (Score:4, Interesting)
Electric cars have 3 main problems 1) the distance or how far on a charge. Norm appears to be ~60, but 80 is much more useful. 2) Ability to charge anywhere. Some cars carry their own convertor, but then you have to carry all this equipment. Ideally, it is at your house and at work. 3) the battery replacement. This is a non-trivial costs. For the GM electric car, IIRC, it was 10K every 4-5 years. Not something to be taken lightly.
Re:Yes, but... (Score:4, Interesting)
No, seriously, this car is cool and everything but I'm far more excited by fuel cell vehicles. There are already production models [honda.com] with a > 200 mile range. Now if the government would just give us one of the tiny hydrogen convertors on those UFO's they have stashed away...
Re:Yes, but... (Score:2, Interesting)
Ah, to live in an area, where fresh water can be found, free of algae, leeches, cans, tires, snakes, gators, etc, and where the mean travel distance is less than 60 miles.
Although gas is cheaper than milk and water around here, and at least motorbikes are still reasonably gasoline/cost efficient, I'm really looking forward to some affordable long-range alternate fuel method.
Don't forget Heating and Air Conditioning (Score:2)
The extra energy for heating and air conditioning tends not to be considered in many of these electric vehicles.
Although for defogging, I wonder how much double-paned windows would help? Or maybe just a hat, a thick coat and lots of ventilation :-(
Check out the Downloads page (Score:4, Informative)
You'll get maximum mileage from your batteries if you only drive the car 20-24 miles per charge; the chart indicates you'd get ~80,000 miles from the batteries. If you max out and drive 80 miles per charge (the maximum range), you'd cut that total down to ~16,000 miles.
At that point, the car really loses it cost effectiveness, as each battery pack costs $2,500. Driving it 80 miles per charge would probably make it as expensive to drive as the Hummer H2. Still, can you imagine what an improvement in battery technology could do for a car like this? It would push the TCO (total cost of ownership) of the car way down............
Re:Follow the links... (Score:2, Informative)
BTW, 20% DoD is 20 miles, precisely the average round-trip commute in the US (U of T survey).
According to Tango's creators, 20% DoD leads to a per-mile cost that is around HALF that of the Honda Insight. (Assumes 5 cents per kWH, WA prices. At 15 cents/kWH CA prices, the cost-per-mile equals the Insight.) Ok,
Re:0-60 in 4 seconds? (Score:4, Interesting)
I'm all for the future. Science is my friend, and when it cooks, I'll eat. When it drives, I'll ride shotgun. If buying one of these means putting one more penny in Science's piggy-bank, one more penny towards getting us to a sci-fi future, then damn, I'll do it.
If I become crippled after a T-collision with an SUV, then god-damn, I sure as hell hope that my loss leads to further sentiments against large, gas guzzling tanks being driven by teenagers who neither sport, nor utilize their monster's two billion goddamn cubic feet of space for anything other than subwoofers and amps. Let SUVs and pickups be for the people who need 'em. Anyone who can't prove that the only things they pack into their cavernous cargo-beds aren't their egos and pretenses shouldn't be driving ten-ton war-chariots.
Oh come on, (Score:2)
Can you name the truck with four wheel drive,
smells like a steak and seats thirty-five..
Canyonero! Canyonero!
Well, it goes real slow with the hammer down,
It's the country-fried truck endorsed by a clown!
Canyonero! (Yah!) Canyonero!
[Krusty:] Hey Hey
The Federal Highway comission has ruled the
Canyonero unsafe for highway or city driving.
Canyonero!
12 yards long, 2 lanes wide,
65 tons of American Pride!
Canyonero! Canyonero!
Top of the line in utility sports,
Unexpl
Re:Heavy == Safe? (Score:2, Interesting)
Ah, the SUV school of auto safety. "Fuck the other guy, I'm going to make it through this accident!" Of course, that flies in the face of all the studies and crash tests done that show that crumple zones work well to absorb the kinetic energy of a crash. As well, more weight means less maneuverabilty. In other words, you're less likely to be able to avoid an accident.
Re:Heavy == Safe? (Score:2)
It also works in reverse. The lighter of the two things in a collision willl suffer more deceleration and more damage. In vehicle-vehicle collisions, your statement it true. But if the SUV or Tango hits something of essentially infinite inertia because it's anchored to the ground, it will be hit with almost all of the deceleration and it's own mass will crush it (Or, in the c
Re:Cost (Score:2)
Re:Cost (Score:2)
Re:economical or not? (Score:5, Interesting)
Using fossil fuels in your car directly is at most 26 or so % efficient. Fossil fuels at a plant are turned into electric at ~40% efficiency, to battery charge at ~90%, and to motion at ~85%, totalling around 30% efficiency. So even with the losses in all the intervening steps, you will at worst break even and more likely still keep some pollutants out of the air. Of course, if it comes from a renewable source then it's already pollution-free. If it comes from Nu-Ku-Ler, then you're responsible for a few grams of radioactive waste out of around 2 cubic meters per year.
There is also the fact that most fossil fuel plants are built where people are not there to inhale the fumes, while cars discharge their fumes exactly where people are: on the road.
Re:economical or not? (Score:2)
Re:economical or not? (Score:2)
-a lot of small powerplants burning their own fuel as they putter around town, rev up on the freeway, and sit stuck in traffic jams
or
-the one big powerplant that's pumping out energy shared by everyone?
Next question.. which has more room for smog-trapping filters, and lacks the requirement that any environmentally-friendly technology added to it must be lightweight and moveable?
Next, which one can be positioned so that t
Re:efficiency compared to gas (Score:3, Interesting)
The average round-trip commute in the U.S. is 20 miles according to the 2000 report from the Bureau of Transportation Statistics.
For that average commute of 20 miles and up to 24 miles per charge, the total cost per mile of the Tango is approximately 30% lower than that of a Honda Insight. This includes battery replacement, maintenance, and the cost of electricity at $.05 per kWh (as in the Northwest). The Honda Insight has an EPA rating of 56 mpg city and 57 highway. Please see th
Re:efficiency compared to gas (Score:5, Insightful)
The sweet spot for the Tango seems to be the "average" 20 mile commuter. This sweet spot quickly erodes if you're able to carpool or if you need to transport more than one person anywhere. The 2.6 per mile for the Tango is nice if you're alone but if the 3 per mile in a Prius gets four people to work or school you're getting way more for the penny.
The Tango is a neat idea but like many other electric offerings it makes too many sacrifices to utility. The gasoline or diesel hybrids have TCO ratings as low as the Tango and much lower than the average multipassenger electric. Getting one person somewhere for the same cost as a car that can get four people there isn't very useful nor economical.
Re:Tip... (Score:2)
Re:Safety? (Score:2)
Umm, did you read the WHOLE article, or just skim through parts?
From the article:
"Safety? It has jet-pilot seat belts and a racing-regulation roll cage; it weighs more than 3,000 pounds, about the same as a Toyota Camry, including 1,100 pounds of Yellow Top batteries under the floorboards as ballast, so it's not tippy on turns."
Between the roll cage and the ballast, this thing sounds safer than your average Firestone-tire-equipped Ford Explor