Tesla Says Its Model 3 Car Will Go On Sale On Friday (apnews.com)
Electric car maker Tesla says its keenly awaited Model 3 car for the masses will go on sale on Friday. From a AP report: CEO Elon Musk made the announcement Monday on Twitter. The car is to start around $35,000 and with a $7,500 federal electric car tax credit, could cost $27,500. Tesla says the five-seat car will be able to go 133 miles (215 kilometers) on a single charge and will be sporty, accelerating from zero to 60 miles per hour in under six seconds. Editor's note: the article was updated after the Associated Press, the original source, updated its report.
215 miles is roughly 346 kilometers (not 133).
UNIX was not designed to stop you from doing stupid things, because that would also stop you from doing clever ones.
Tesla cars are expensive bling, but this doesn't meet the needs of most people. Lots of people travel 20 or 30 miles to and from work. However, we also have errands and other things to do. Many of us also travel on weekends and make trips a few times per year. The short range of these vehicles coupled with the significant recharge time and lack of available charging stations in some areas makes this completely unsuitable for a lot of people. But congratulations on making a car that people will probably buy even though it doesn't meet their needs. Elon Musk is even better at convincing people to buy overpriced junk than Steve Jobs was.
The units appear to have been reversed as 215 kilometres is 133.6 miles.
-- Insert witty one-liner here. --
I'm pretty sure they meant 215 km or 133 mi. That's not a lot of range for these cars.
I guess they got it backwards (as it then makes sense) 133 miles = ~ 215km
a simple google search show that it's probably the other way around, 215miles and 346km. From TFS to the comments, a little FUD on behalf of the petroleum industry perhaps?
Nah, whoever did the conversion messed up the operation (divide/multiply). Per Tesla's site, the range is 215 miles.
It's not, but per the Tesla site, the range is 215 miles. Whoever did the conversion just messed up.
https://www.tesla.com/model3
Slashdot isn't important enough to have paid trolls. Most people don't RTFA, so we simply tried to make sense of an obvious error in the summary. Your paranoia is absurd and completely misplaced. The submitter made a simple math error in trying to make the summary easier for people outside of the US, who use metric units, to interpret. There is no conspiracy, but too many paranoid nutjobs here see black helicopters and paid shills when a simple mistake (or trolling for amusement) is sufficient to explain what's going on. In this case, people didn't RTFA but noticed the error in the summary and tried to make sense of it.
Did they reverse it? Hah.
Aside from the unit conversion issue already discussed, the other facts of the article are wrong too. Elon said that SN1 (i.e. serial number 1, the first production vehicle) would be completed Friday, not that they would go on sale. All that was mentioned regarding going on sale was a handover event for the first 30 on July 28th; the vehicle can already be reserved for a $1k deposit, and no news about when reservation holders will be able to configure their vehicles—although presumably some will need to do so sufficiently long before they are handed over that the vehicles handed over match the configured specification.
From the website:
Starting price in USD. Local pricing will be announced in 2017.
Production begins mid 2017.
Delivery estimate for new reservations is mid 2018 or later.
Elon's tweets say:
Model 3 passed all regulatory requirements for production two weeks ahead of schedule. Expecting to complete SN1 on Friday
Handover party for first 30 customer Model 3's on the 28th! Production grows exponentially, so Aug should be 100 cars and Sept above 1500.
Looks like we can reach 20,000 Model 3 cars per month in Dec
Tesla cars are expensive bling, but this doesn't meet the needs of most people.
Depends on where those people are.
Europe being more densely populated, its actually exactly the king of thing people need.
Which explains the success of other cars with similar characteristics have been having during the past few years.
(e.g.: Renault's Zoe, Citroen C-zero, etc.)
Lots of people travel 20 or 30 miles to and from work. However, we also have errands and other things to do.
Which all fall well within ~340km / 215 miles range of the car.
Many of us also travel on weekends and make trips a few times per year. The short range of these vehicles {....}
Which taking into account the highway speed limitations in Europe (between 120 and 130 depending on countries - with the exception of Germany having some limit-less sections), means that the car can travel without any problem for 2 hours on a single charge (you could push it closer to 3h if you don't drive like an asshole) (actual experience driving various electric cars).
Which means that this car can reach as far as you can before you need to take break. (Most place recommand taking break every 1h30 of driving. After 2h, you definitely need a 30min rest - by which time batteries could be fully charged again by a supercharger).
And please don't start about driving 8 hours straigh with only a single pee brak in the middle. That's dangerous and borderline illegal (actually is under some circumstance and in some jurisdictions).
coupled with the significant recharge time
on normal week days, the car slowly charges over night so you don't give a damn about it.
on trip, a supercharger can fill the battery in about half an hour which okay as you need to take a break as a driver, otherwise you are a risk on the road.
lack of available charging stations in some areas
Tesla has a nice network of charging station in Europe.
European models of Tesla also use a Mennekes connector like everybody else (unlike the weird shit US models use) meanning that you can charge a Tesla on the numerous charging station that are popping everywhere.
(Though not at full speed like on a super charger. Tesla lack the 2 extra pins of "combo" chargers and thus can only charge using AC at regular station. Though I've hread that Telsa is producing adapter (at least ChaDeMo) so it would be possible to charge faster with it).
But it basically means you can also charge while doing your groceries, etc.
But congratulations on making a car that people will probably buy even though it doesn't meet their needs.
don't get me started with US' obesssion with SUVs.
Elon Musk is even better at convincing people to buy overpriced junk than Steve Jobs was.
It's not over priced, it's the regular price of a car once you factor in the price of the battery.
Compare it, specially with Zoes (Renault sells them both with battery included, and with a separate battery rental - you only pay the car without the batteries).
"Sufficiently advanced satire is indistinguishable from reality." - [Tips: 1DrYakQDKCQ6y52z6QbnkxHXAocMZJE61o ]
The error is not Slashdot's, it is AP news that has made the error.
An actual attempt to make sense of the error would involve visiting Tesla's site. Just making a guess is just pretending to attempt, in the best case. I agree that paid trolling is far fetched in this case, it's more likely you suffer from "electric cars are bad so I will assume the lower number" syndrome.
I had assumed he was making a joke to get a 'funny' rating. I certainly hope he wasn't serious.
Obviously. Tesla employees aren't stupid. You have to be a either an incredible dipshit or a slashdot editor to get something as easy as this wrong.
With the taxes here in Netherlands and the dollar/euro conversion this is a midd class car for a really reasonable price! Make a station wagen model and you are set to go at least here in NL. As a company car this would give you only 4% taxable value versus 22% for a diesel or electric car (% of the consumer value of the car you need to add to your income every year). Electric cars only have VAT and not the additional 45% or so uplift. In densly populated Netherlands (and for that matter a big part of Europe): Really good offer!
What year will your car be delivered?
Neither of them. The error appears already in TFA.
It is electric with regenerative braking. It had better be able to break from 60 to 0 in 6 seconds. The acceleration is merely a by product.
How fast it breaks, and how many seconds that takes, will depend on just how fast you hit something.
Remember to wear your seatbelt.
I've fallen off your lawn, and I can't get up.
Investors are starting to ask why Elon Musk hasn't been fired yet. Every model of car he has promised is severely behind schedule and under sales counts.
The Nissan Leaf is launching a new model in Sept, announced two days ago, and Musk is always trying to override other companies' announcements. Let's forget that a leaf is $14,000 after rebates for a 120 mile range. By 2018, six major car manufacturers will have 200+ mile range EVs.
28 July 2017
I don't read your sig. Why are you reading mine?
Or more likely because the conversion makes sense if you simply reverse the units in the summary, so people assume the simplest explanation that someone reversed the units in a typo.
The only question that really matters is: What is the charge time? 215 miles is a reasonable enough range; but if you're planning a 250 mile trip, you don't want to have to make an overnight stop! If you can charge the car enough in, say, a 15-minute rest break that it can keep going for another couple of hours, then it's a viable vehicle. If not, it's not.
-- Note to Mods: There is a good reason there's no "-1 Disagree" option. --
Sometime in 2019 for RHD versions.
Wake me up about then.
And according to the rumor mill, that's for the smaller of two battery sizes that will be offered. The bigger one, 75 kWh, is rumored to offer about 312 miles (500 km), based on a picture of the screen of a model 3 test car charging at a supercharger.
Nah, whoever did the conversion messed up the operation (divide/multiply). Per Tesla's site, the range is 215 miles.
Hopefully Musk's SpaceX isn't prone to the same mistakes as /. editors. Would be nice not get to stranded 13 million miles away from Mars.
Yep, just like NASA messed up with their feet to meters conversion. How about you stop using your 19th century idiotic system before becoming completely economically insignifiant?
Meanwhile, neither the imperial or metric systems were invented in the 19th century.
He means that people who put down deposits in the first few nanoseconds of the site going live will be offered the chance to order their cars for delivery soon. But if you order one on Friday, you won't get it until the middle of next year at the earliest.
My Leaf has to go back at the end of 2018. I'm hoping but not really optimistic that I'll be able to get an M3 by then. Maybe if I move to a left-hand-drive country...
const int one = 65536; (Silvermoon, Texture.cs)
SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
A car back in the early days could carry extra gasoline. An electric car can't carry extra batteries for the same range extension, because the extra volume and weight would be prohibitive.
No but they can carry a generator and gasoline for the occasions where it might be an issue. Another option would be a towed range extender if the car were designed for one. Admittedly these are stop-gap measures while the technology is young but they are proven viable options and do not require massive infrastructure upgrades to work.
Ad-hoc battery replacement is another one, where you switch out packs of batteries. One problem with that is that you lose your original new battery for someone's old battery, which wasn't attractive for users in the test pilot. And it requires standardization between brands, or it will be too expensive to have wide coverage.
Unlikely to happen any time soon because it requires too much standardization between car makers and battery vendors to be viable. It also has something of the chicken and egg problem in infrastructure that keeps hydrogen from being viable. You need a critical mass of standardized battery packs to make it worth bothering. Nobody makes standard batteries because no cars accept them and cars aren't designed to accept them because standard batteries don't exist. It's not a dumb idea but network effects will probably keep it off the market.
For now, hybrids seem to be a better solution. You can take advantage of the immensely higher energy density of gasoline and rapid fueling, while still having the benefits of electric motors.
Depends on the use case. Honestly an EV with a range of 300 miles would cover 99%+ of the driving I do these days and I think most people are similar. There are use cases where a hybrid makes tons of sense but they mostly are for cases where long range driving is likely to be routine. I think hybrids actually make the most sense for work trucks and cargo vehicles. I'm kind of astonished there isn't a hybrid pickup on the market. Tons of torque for towing, improved fuel economy, and the hybrid can power the electric system for power tools. Probably more than any other use case it makes total sense for a hybrid pickup.
ppor prioritiBes,
A BMW M3 will be quite a difference from a Leaf but you should be able to get one without any problems.
The company should be named 'Edison' since Edison invented DC power. Also, AC can fry an elephant in less than a minute. I wouldn't want THAT in my car!
Not only that, TFA has loads of other transposition like 133 mile maximum range for Tesla's Model 3, 200 miles for a Model X, and 200 km for the Chevy Bolt.
Thirty four characters live here.
I'd love to drive an electric car but until there is some way of swapping batteries or they can get charging times below 15 min what I have is half a car ( because I can't take it on long drives to visit relatives etc) at twice the price of gas car. Not very practical and I haven't been able to justify it to make myself 'feel' green or what would otherwise satisfy my vanity.
âoeTolerance applies only to persons, but never to truth. Intolerance applies only to truth, but never to persons.
The answer to your question is in your lifestyle. How often do you take trips that are out of the range of the Tesla? How much could you save between long trips with the Tesla, and is the cost of occasional rental worth it? Could you trade cars with a spouse or borrow one when needed?
Most non-EV owners suffer from range anxiety. My solution is simple. For 90% or more of my driving, I use my 80 mile range Nissan Leaf (great car, love it). For the remainder of my driving (long trips), I use my internal combustion engine cars.
Being married with teenage children provides ample vehicles (4), and the Leaf is saving me tons of money on fuel and maintenance. A spreadsheet and meticulous records personally verify this as fact.
I measure everything in satoshis and bitcoins. Needless to say, people around me are confused.
#DeleteFacebook
Looks like we can reach 20,000 Model 3 cars per month in Dec
Making them is one thing. Selling them is another.
Back in the 2000's (you're probably too young to remember this), we had cars that could use electricity AND gasoline! These mythical devices were called HIE BRIDDS.
Imagine a world where you could use electricity, OR a readily accessible fuel.
Unbelievable?
That's what Elon Musk wants you to believe.
And it takes 80 minutes to get a model S to 100%.
I won't be in the market for a new car for another 10 years and I'm sure times will be much faster and stations much closer where I drive where it won't be an issue.
Maybe we'll have solar cars where charging stations won't even be necessary - or even stopping to charge.
That would be AWESOME!
Is there a way to limit the max power the can car use?, e.g. go into menus on the on-board computer and make it less powerful/aggressive.
I'm not interested in street racing, getting in a car chase, scaring people off, doing douche bag things.
it charges faster than you think. i recently took mine on a 600 mile trip and it was no problem at all. one stop for a quick lunch, and that was it. the car was done charging long before we were finished eating.
i could live a little longer in this prison
hybrids are fundamentally dumb. why carry two different types of engines and fuels around with you at all times? dumb idea that hopefully dies soon.
i could live a little longer in this prison
Why did you pick a random 15 minute time frame? 20 or 25 minutes is currently available.
I'd say 20k/month is pretty optimistic. That is an increase of 300% in a year, and of the 80k cars produced last year they had to recall 50k.
Most of the time you don't wait for it to charge at all. You plug it in at night at home, and so you literally never have to wait for charging except on a road trip. We've driven our Model S all the way up and down the West Coast, from San Diego to Vancouver, without a problem or regret. As others have noted you just plug it in and stretch your legs, grab a coffee, or stop for a quick meal. Being able to walk away from the car while charging is a huge win over refueling a gasoline vehicle. Stopping for 20 minutes every few hours just isn't the huge burden it's portrayed as. I'll easily trade that in order to know that I'm starting with full range every morning instead of realizing I need to stop for gas on my way to the first appointment of the day.
You're thinking of NASA, well more specifically a contractor for them (Lockheed Martin). But from what I understand they were subsequently made aware of the issue by two personnel and a corrective burn was planned but not actually done.
https://en.wikipedia.org/wiki/Mars_Climate_Orbiter
I just don't get it.
Why is it so goddamned important for the United States of America to maintain compatibility with the measurement system used by Myanmar and Liberia?!!
the preceding comment is my own and in no way reflects the opinion of the Joint Chiefs of Staff
By half a car I assume you mean 90% of a car. If literally 50% of your driving is taken up by long road trips then an electric car just isn't for you, but that's okay, a truck/minivan isn't for everyone either
Slashdot isn't important enough to have paid trolls.
I feel for you. Unpaid trolls clearly need to unionize...
Home charging is fucking bullshit. You still have to literally wait for it to recharge.
How often do you take trips that involve more than 200 miles of driving in a day? Once or twice a year I'm guessing? If range anxiety is really an issue there are plenty of car rental locations (I've done the same, but because my vehicle is a junker). Baring that in most areas quick chargers are pretty available, as long as stopping for 20 minutes to grab a coffee/snack isn't too much of an imposition. EVs aren't going to replace all IC applications, but for most people they will cover 97% of your activity. The rest can generally be handled by rentals & other vehicles (family, friends, etc).
Yep, just like NASA messed up with their feet to meters conversion. How about you stop using your 19th century idiotic system before becoming completely economically insignifiant?
Check the tires from any car anywhere in the world. They will say some where R15 or R17 or R20 etc... guess what that number is measured in.
Or 68,800 rods.
Why would I want to drive what is essentially a giant hack? One of the big reasons to own an electric car is so you don't have to maintain a gas engine. With hybrids, you now have 2 engines to worry about. In other words, the chances of something breaking increases. Not only that, the mileage you get with a hybrid is only about 20% better than a regular car that gets good mileage. The days of hybrids are numbered.
Only if you choose furlongs per fortnight in the speedometer's configuration menu.
No sig today...
I've been only driving electric cars for about 3.5 years. My LEAF is still my daily commute vehicle; it's got 27K miles in 3.5 years. Our Model S is our new family car for long trips. We've done several trips of 300-450 miles one way. We've put 6K miles on it in 4 months.
My Model 3 reservation is probably going to replace my LEAF. The LEAF is a great electric vehicle, but really suffers all the typical poor design/implementation of most auto manufacturers. The info system is pathetic; the remote access/status is unreliable (and can kill the 12V battery). Everything looks exactly like it did when it was first designed in 2010 (as it still does on new ones you buy today), and by 2010 standards it wasn't all that "modern".
Contrast this to Tesla where my car has had 3 OTA updates, each of which added new features. Everything is outstanding (except perhaps the amount of visibility in the rear view mirror).
Driving the range-challenged LEAF drastically changed my driving style. It's made me more aware of speed and acceleration (and put me in a hypermiling mindset). I don't need that in the Tesla, but it has helped.
Driving the Tesla long distance really shows where they are the game changer. None of my trips could have been done with a Chevy Bolt -- there just isn't the available, reliable charging infrastructure. Sites like plugshare.com (which is an absolute necessity in the LEAF) can help, but if you can't depend upon the charging stations being available or just working, then you can't really go on a trip. Taking any other car but a Tesla on a long road trip (400mii+) in the US is like traveling by covered wagon!
(It helps that the Supercharging network for my Model S is free; it won't be for those Model 3 owners).
Everybody I know who has an electric car (I live in a part in a part of the U.S. where these things are very popular) virtually never waits for a charge. They're always either charging at home or while at work and that, by far, covers most of the average person's charging needs. I get what you're saying but it's really not an issue for most people. Yes, there are some that really do make long trips more than a couple times a year and, for them, we'll still have ICE cars for a long time. As to your "I can't take long drives..." comment, just talk to any one of the numerous Tesla owners that do exactly that in their cars today.
TFA has apparently been fixed:
The question is whether Slashdot will leave misinformation up on their front page or not.
Dear Diary...today I was pompous and my sister was crazy.
BMW i3 with Range-Extender. I've had one for a week. Main propulsion is 170 hp, auxiliary charging is 33 hp. It does add about 300 lbs to a light car.
Unfortunately, the US did not get the Imperial measurement update in 1824, which was enacted in the Imperial Weights and Measures Act (British) due to US Independence of 1783. This is why the US gallon is smaller than the British Imperial gallon.
I assume a registered, insured tesla can stop anywhere an ordinary ICE car can stop.
A tesla can be charged very slowly anywhere there is an available electrical socket.
A tesla can be charged slowly anywhere there is the custom high voltage/current charger. (I consider 80% in 25 minutes to be slow). This can be done unattended so it requires very little human time. These charging stations often are near places to eat / drink / bio-break
A tesla can stop at a gas station, though doing so won't extend the range.
An ICE car can have a full "charge" in maybe 1/6th or faster at a gas station; doing so requires 100% of the driver's attention unless you're in NJ or OR.
An ICE car will likely get towed if it parks at a custom charging station for too long.
Neither will get any added range if you stop the car "off the grid"
Yeah, it's a really dumb idea. It's a good thing the human body only uses one single way to produce energy - Evolution really figured that one out right. It would be silly if we employed techniques like anaerobic glycolysis, and aerobic phosphorylation in addition to metabolizing phosphocreatine.
They "fixed" it, too. The wrong way.
I just evtripplanner to compare a trip I am doing this week using my gas vehicle with an all-electric.
Distance 262.9 miles
Driving Time 4:38
Charging Time 0:53
Total Trip Time 5:31
Total Energy Used 73.4 kWh
262 RM
Average Efficiency 279 Wh/mile
Net Elevation Change 380 feet
The results show that for a trip of 262.9 miles it required 53 minutes of charging time on top of the 4:38 of driving time. I realize the distance might imply the range could cover much of the distance on one charge but the time takes into account the locations of the available stations. I found planning this way really annoying.
Yeah, all cars produced between Feb & Oct had a faulty part. That's over half the year so more than half the cars.
It's irrelevant going forward. It doesn't mean that percentage of cars will be recalled. Nor does it have anything to do with how many cars they will make.
An increase of 300% over what? How many X & S they are making? Well, those production lines are not going away. This is all additive. And it's a car designed to be far simpler and easier to mass produce, and for this year at least will have no factory fitted options. Just one model. So that seems perfectly doable.
BOOM!!!! Another lost Mars probe.
Check the tires from any car anywhere in the world. They will say some where R15 or R17 or R20 etc... guess what that number is measured in.
That will be British imperial inches.
I forgot to make it round-trip. Results for the round trip are below. I will stick with my ICE for now.
Distance 540.6 miles
Driving Time 9:37
Charging Time 2:24
Total Trip Time 12:01
Total Energy Used 148.9 kWh
532 RM
Average Efficiency 275 Wh/mile
Net Elevation Change 0 feet
I don't see a name attributed to the article and there's still an uncorrected metric conversion relating to the Chevy Bolt.
"But that’s changing. GM beat Tesla to the mass market with the Chevrolet Bolt, a $36,000 car that goes 238 miles (about 200 kilometers) per charge."
We should have left a sign on the moon with distance to earth, in miles, just to piss you off.
John McAfee 'It was like that time I hired that Bangkok prostitute; to do my taxes, while I fucked my accountant'
A Swedish study showed that battery production emits between 150 kg and 200 kg of CO2 for each KW of capacity. Production of a 100KW Tesla battery emits 17.5 tons of CO2.
"The report shows that battery manufacturing leads to high CO2 emissions. For each kilowatt-hour storage capacity in the battery, emissions of 150 to 200 kilograms of carbon dioxide equivalent are generated, already in the factory."
https://www.thegwpf.com/new-st...
Basically, we're fucked as long as we want to drive big cars. A smaller VW Golf with a 2 litre engine emits 119g/km. So one must drive 147.000 kilometers to emit as much as the production of one 100KW battery. That's about 8 years of driving in Europe...
I was gonna say, 133 miles durrr what? Cant even drive from Seattle to Portland or Vancouver BC and back with that.
If you look at all the major manufactures, they pretty much recall every vehicle they have ever produced. A recall does not mean you get a new car, it could be a something as simple as a wiring harness or retaining clips.
The most important new car announcement in decades and what did we get?
20 pages of people arguing over km vs. miles, that's what.
No sig today...
Coax configurations were defined by the War Department in WW 2, they being by far and away the largest consumer of such cables. When TV came around, a 4:1 transformer made the 300 ohm balanced line (popular for a folded dipole) into 75 ohms. RG-59 spec already existed. I don't know where the "F" connector came from, but I'm sure it antedates Cabled TV (roughly the late 1960s, early 70s). The specific connector might even be mandated in the FCC rules, which also specify things like leakage from the tuner oscillator, noise figure, and adjacent channel rejection.
So it wasn't manufacturers somehow magically agreeing, it was the Gubmint telling us what to do.
hybrids are fundamentally dumb. why carry two different types of engines and fuels around with you at all times? dumb idea that hopefully dies soon.
It's so that each can cover the other's efficiency weaknesses. Electric motors are most efficient at low speeds, and lose efficiency as they speed up. Engines are extremely inefficient at slow speed, requiring gearing. There is still inefficiencies within each of those gears. You combine the two and you have a vehicle that is efficient at low speed, efficient at high speed, and everything in between with no gears and the capability to regain waisted energy in the form of regenerative braking.(Or are hot brakes more useful than go forward power in a car?)
There are hybrids that are not full hybrids that don't work that way, but the Prius for example is and does.
Actually, the dominant thing affecting range is the speed you drive - 45 mi/hr on a windy road as long as you're not hard on the brakes all the time, you'll get much better range than if you're zapping down the freeway at 80 mi/hr. That drag going as the square of speed hits hard.
If you're a full throttle/full brake rally driver - yeah, you won't recover as much from the regen as you would if you stay below 60kW regen that the batteries can accept (which is a pretty stiff deceleration, just not "tromp on the brake at the limit of adhesion")
Yes more reasonable explanation.
I guess you mean i3?
Que? I have never needed to drive my Renault Zoe (with a paltry 80 mile range) because it was charging at home. Because it charges overnight, when I'm not driving. How is this difficult to understand?
Nope, the loser is is you, desperate to find some minor irrelevancy to discredit electric cars, by bringing up scenarios that are not a problem for the vast majority of people.
I am not sure if that's much of a question. It is Slashdot, after all.
"So long and thanks for all the fish."
How did we ever end up with all TVs using the same standard coax cable? This whole thing about companies not being able to standardize seems to be a very new thing.
Not at all. There is a rather large difference between standardizing on a simple wire termination versus standardizing battery packs weighing hundreds of pounds. Especially given that we haven't figured out what an optimal battery pack design might look like. Battery packs are large enough that you have to design the car around them so getting car companies to agree on a common one is going to be nigh impossible.
And if you are looking for standardization, wire terminals are the absolutely wrong place to look. I happen to manage a company that makes wire harnesses. The number of different terminal options numbers in the hundreds of thousands easily. Aside from a few areas is about as non-standardized an industry as you can find.
The units appear to have been reversed as 215 kilometres is 133.6 miles.
A mix-up in imperial / metric units? Is Tesla trying to get to Mars?
....Tesla or whoever should would be nice. They'd have to shave a zero off that price tag though for it to make economic sense for me.
I really like the idea of an electric SUV....high (to navigate my gravel road) and no fiddly bits underneath to catch a rock or something hanging down to cause distress.
They'll get there, I guess, eventually.
Ferret
Sic gorgiamus allos subjectatos nunc
Typical mistake. Me, I still want to know if they kept that obnoxious display sticking out of the middle of the dashboard. Like in the Model 3 prototype. I wonder who'll be the first one who'll get impaled into that thing on a crash:
http://www.starkinsider.com/20...
Actually no. The M3 is the high performance version of the BMW 3 series. The supposed joke was AmiMoJo misusing long established car name for a quite different car.
So whoever downvoted it must either not have know what a BMW is or just didn't think it was funny.
Citations needed
Citations provided:
Most place recommand taking break every 1h30 of driving. After 2h, you definitely need a 30min rest
One of the numerous example of recommendation of making breaks in Europe :
french government recommending to take breaks every 2 hours.
(France usually has massive campaign against driver tiredness, displayed on the LED screens above highways during holiday breaks, with punny slogans. "Une pause s'impose" is another popular one. And you can count TV and Newspaper to repeat the "2 hours" recommendation).
(I've seen similar LED screens campaign in Italy, but I'm not fluent enough to manage to find nice pictures in google image).
(In other words, to go back to the initial thread subject: if you practice the recommended pauses schedule, you'll never run the battery of a Tesla Model 3 (60kWh), Renault Zoe 4.0 (45kWh) or Opel Ampera (60kWh).
Just as you won't empty the tank of an ICE either)
And please don't start about driving 8 hours straight with only a single pee br{e}ak in the middle. That's dangerous and borderline illegal (actually is under some circumstance and in some jurisdictions).
Random example :
Swiss Law about professional drivers license for regular cars (the kind of driver license one needs to pass when earning money/salary for driving) (i.e.: the kind of license that Uber drivers are required to pass in most cities that actually pay close attention to the law - the few exception are cities who voluntarily accept to close their eyes on UberPop drivers).
It's illegal for driver to drive more than 4h30 straight without a 45min break, there are also limits on the total work day (around 7 hours), pauses of 15min or less don't count as pauses.
8h straight with only a pee break is definitely considered illegal for professional drivers in regular cars (= some circumstances) in Switzerland (= some jurisdiction).
Similar restrictions for professional drivers exist in most European jurisdictions.
Even if you're not covered by this kind of law, if you are implicated in an accident and it is revealed that you aren't rested enough, you might be considered at fault (the same way if you were intoxicated with an undetermined substance or if less than .05% blood-alcool-level - i.e. situations where there is not a clearly defined legal limit, but you're definitely not able to keep attentive enough anymore). .05%).
In other words : if the police thinks you're unfit to drive (and there's extensive research on the effects of tiredness on driving, and statistics on its implication in accidents), you're at fault, even if the law doesn't state precise numbers (sleep, some drugs) or you're under the numbers (.049% BAL, when the limit is
In short: even when it's not explicitly stated in law, you're definitely in for some troubles.
"Sufficiently advanced satire is indistinguishable from reality." - [Tips: 1DrYakQDKCQ6y52z6QbnkxHXAocMZJE61o ]
All the arguments here for and against EV are noteworthy, but the biggest argument against them ( for me ) is rather simple.
Where I live, I have yet to even SEE a charging station of any kind.
At all.
If you really want to invest the money, you can increase the capacity like that. You'll need 1 or 2 months for the supply chain to catch up. But in terms of production equipment: call today and it'll be enroute to your factory by next week Friday.
Rich lonely puke who is hated by his family. Liberal too. Waiting in line for more consumption while living your rent seeking unearned life on the backs of others. You are disgusting. Greedy. Fucking horrible. Your class is shit. Fuck your wealth. Curse you. New money asshole. Go fuck off. Braggart. scum. slumlord. Rentier class. you live off our backs. we build society and us workers, and not even in a commie sense, but all of us wage slave sheeple do all the work and your class has the poor to scare us in line. You make us pay horrific sums of money to get to your universities we pay for in taxes to get a chance to rub elbows with your god damned kids in hopes we get elevated.
you are the fucking scum living in Elysium. and we FUCKING HATE YOU. and your liberalism is a god damned cover for your god damned GREED.
fuck you.
Huh... Maybe you should lay down the crack pipe? Weirdo.
"So long and thanks for all the fish."
I started yesterday reading up on these and other EV cars, very excited. I own an eBike and just love being able to bike to and from work 2-3 times a week and charging my bike every couple days while getting 20 minutes of exercise each way.
However, I can't believe people are jazzed about ranges such as 215 miles for a car, or worst the 100-mile ranged "cheaper" cars like the Leaf, Bolt, etc. For a short-distance commuter car, perhaps, but you can't really do any sort of a day trip with these devices. Just looking at places I like to go, such as the Sierra Nevada foothills and Yosemite, and the charging options are a joke. Worse, there are 3 competing Quick Charge options as far as I can tell (Tesla's SuperCharger, Asia's CHAdeMO, and USA/EU's CCS), and they only have some commonality as the slower "Level 2" speeds with J-1772. I read posts about people trying to make it from Bakersfield to LA without having to charge at the bottom on for Grapevine at a truck stop for hours, and then being excited when they added a charging station at the midway point. Who in the world would settle for this sort of travel and hassle?
Even worse, is that the batteries degrade, and you're not supposed to charge them to 100% as that is bad for them. So, 215 miles? Nah, more like 204 miles, best case, when you first get it. I don't know Tesla's record, but I was looking at the Leaf and they degraded such that by 8 years you were down to 80% in a best case scenario (and many were worse off), so 175 miles. Oh, but you could replace the batteries every 4-5 years for just $6K.
I love the idea of electric cars and the high-tech gadgetry and all, but what is available is just lame and painful to consider owning for the average consumer. In 10 years or so, maybe, when Tesla has perfected the mass-market EV car and battery, and the industry has a clue adopting a universal Quick Charge (charge up to 80% in 30 minutes or less) solution available in many places and maintained. Along with self-parking cars such that you can pull up to the EV parking lot, park and get into the queue, the car then drives itself over to the charging spot when it is available and is connected, and then moves back over the the EV parking lot so others can charge - you know, convenience. I couldn't see having to park somewhere, wait around for 30 minutes - 4 hours so when my car was done charging I could move it.
Back to where I started - I love my eBike. I have a charger for it at home, and a charger at work. Whenever it gets to less than a trip one direction with high wind, I charge it, and it's not really a hassle (as I'll be at work at least 4 hours before running an errand or personal appointment, or at home overnight). I know my range of my eBike very well, and I can augment it based on how much of a workout I want (or how hot and sweaty I will be when I arrive - for work mornings, I take it easy heading in - but for coming home I push myself physically and hit the pool for a quick cool-off): I can get 5 miles per 15% of battery at an aggressive assist, or 10% at a lighter assist (having no assist is very much not an option as the bike is a good 75 lbs). This is all with fairly flat terrain and just a few slight slopes coming out of the bike trails.
I couldn't imaging having to hassle with all this sort of calculation for a car going any sort of distance or road trip. Then having to get in line at a charging queue, and stick around relatively close by in order to move my car to make room for others, oh and sometimes the charging stations are out of service with only one "pump"? Oh, and that'll be $1-2K to have a QC setup at your house so it doesn't take 6-12 hours to recharge your car.
So, just like my eBike, this is a nice solution for short-range stuff. I can get further than my eBike, but it is certainly no ICE (internal combustion engine) replacement. At least not in California, where we drive very long distances and thing nothing of it. 8 hour road trip to go camping and caving - sounds like fun. 7 hour
Convenient to have left out the other numbers on the same tire (ie: 225/60 is 225mm with a 60% ratio). Guess what mm in 225mm stands for?
I've got better things to do tonight than die.
Do you repair harnesses, or just build them? I'd like some advice on which brand of harness tools is worth owning. I need to dick around with some mini-iso connectors, which use micro power timer pinning.
We are a contract manufacturer so most of what we do is custom original products. We do some repair work though.
As far as tool brands go there is no simple answer because it depends on what you are trying to do. As a general proposition though the company that made the terminal probably has recommended tooling that is of adequate quality. For most terminals there are detailed crimp specification and tools designed specifically for the terminal to be crimped if you are going to do it properly. Typically if you are buying your terminals from one of the big manufacturers (TE, Molex, Delphi, etc) they have tooling designed for their specific parts and it's typically good quality. TE probably has the broadest options so I usually start there and most of the tooling our company has is from TE and Molex. You can look up terminal crimp height specifications on the TE website through their applicators (used on presses) and they have a lot for competitors products too.
I know TE makes micro power timing terminals so that would be a good place to start. A quality hand tool will typically costs several hundred dollars though so you might find it more economical to get a multi-purpose crimp tool which will make a poor crimp and solder the wire in the crimp. We do this all the time for customers who don't want to pay for proper tooling. It's not pretty but it works fine. You can drop a TON of money on crimp tooling in a hurry but unless you are making production parts you should be able to get away with crude crimps + soldering. Ebay isn't a bad place to get used tooling at a discount in many cases if you know the part number for the tool you are looking for.
Sounds like a serious impediment to ever having enough charging stations, if every charging station must be duplicated 10 times over because of a different connector.
There is some fragmentation in charging station connectors though this is more standardized than a lot of terminations.
The wire harness industry is about the most fragmented industry one can imagine. I have an entire bookshelf 20 feet from me filled with dense catalogs of connectors and terminals of every conceivable size, shape, and type. And new ones are being designed all the time, mostly for no good reason. Engineers are REALLY bad about designing stuff to use just a few basic types of standard off the shelf terminals/connectors.
It probably does feel like victory. At least a little bit.
Mit der Dummheit kämpfen Götter selbst vergebens