powertoold
Active Member
End of the day, all that matters for the SP is revenue and profits, so let's hope Tesla's many moats lead them to sky high revenues and profitsTesla's cultural advantage
You can install our site as a web app on your iOS device by utilizing the Add to Home Screen feature in Safari. Please see this thread for more details on this.
Note: This feature may not be available in some browsers.
End of the day, all that matters for the SP is revenue and profits, so let's hope Tesla's many moats lead them to sky high revenues and profitsTesla's cultural advantage
more proof those guys are dinosaurs
minutes long bash segment
tim, carter, all of them, slimy
the same repeat nonsense OPINIONs portrayed casually and confidently as fact, in order to force an uninformed listener to feel stupid not to believe them. they’re trained to prey on the psychology of the viewer, and are pathological liars.
trash
rated helpful (thanks for the deep track curt) so the drones out there can stop believing everything the ‘professionals’ say on TV
If I recall correctly FOIA request will not work for current open investigation matters but hey maybe they would say "we cannot respond re matter which might be under investigation". It interesting that there were leaks aplenty on SEC v Musk but keep in mind that the folks at the SEC want to grab the gold ring into the private sector and likely curry favor.
Agree, just a couple numbers to tweak.
Tesla says one crash per 498,000 miles per NHTSA Tesla Vehicle Safety Report
4.34 million miles per accident while on Autopilot.
I don't know how IIHS arrives at its data exactly and why it takes so long to compile. Much of the key data must come from the NHTSA's database though which is much more up to date and where you can access the raw numbers directly. Secondly, I don't know where you get the Tesla death rate from. Other brands are recorded separately by NHTSA but not Tesla, if this death rate has been complied/extrapolated from a Tesla short death list i'd be highly skeptical of the accuracy.
Anyway, the data we do have from Tesla and NHTSA is much more up to date and much more comprehensive than these IIHS and Tesla death list numbers, so I don't know why you wouldn't give them more weight.
You can pull full information on all 2018 fatal traffic accidents from NHTSA. ftp://ftp.nhtsa.dot.gov/fars/2018/National/
Filtering this data, you can see in 2018 there were 51.9k vehicles involved in fatal accidents, 36.6k fatalities, 10.5k cars with model year > 2014 involved in fatal accidents and 102 BMW cars with model year > 2014 involved in fatal accidents.
Separately, you can add up from BMW reports and government data all BMW's sold in 2015-2018 and all US vehicles sold in 2015-2018. Weighting 2018 sales at 50% (to account for average on the road during 2018), this totals 1.120 million average fleet size of "New" BMWs and 60.6 million average fleet size of "New" US vehicles.
Multiplying these numbers by 13.5k average miles driven per year in the US in 2018 you can get to an estimate of total miles driven by these vehicles in 2018. Following this, just divide by the number of fatal accidents to arrive at "Number of miles per fatal accident per vehicle".
These numbers arrive at:
Total US fleet (taking 276m registered US vehicles): One fatal crash per 72 million miles.
Total US cars with Model year 2015-2018: One fatal crash per 78 million miles.
Total BMW cars with model year 2015-2018: One fatal crash per 148 million miles.
Just a quick note here - this is fatal crashes per vehicle per mile, not fatalities per mile. There are on average 0.7 fatalities per fatal crash per car (less than 1 because often 2 cars are involved in an accident with both cars counted separately in the fatal crashes statistics).
These numbers make sense. Newer cars are safer than the fleet average (but not dramatically). Luxury cars like BMW which can afford more accident avoidance technology and higher crash safety engineering are 2.1x safer than the overall US fleet.
But remember, the best estimate we have using the comprehensive and up to date data from Tesla is that Tesla's currently crash 18x less frequently than the US fleet average. This does not even include crash safety engineering benefits which should reduce the probability of death when in an accident.
So for new BMW cars we have: Accident Avoidance features plus Crash Safety Engineering = 2.1x safer than the US fleet.
For Tesla cars we have: Accident avoidance alone = 18x safer than the US fleet average (this isn't entirely fair because it's possible AP safety features find it easier to avoid small accidents than serious ones, but likely in the right ballpark).
I find this very difficult to bridge to your claim that Tesla's crash more often than other modern luxury cars.
Even using the (I presume) Tesla short death list sourced and exaggerated Tesla death rates which also don't account for Tesla's current rate of Autopilot safety, Teslas historic deaths per mile look far lower than modern BMWs.
Edit:
For the sake of completeness. 2015-2018 models miles per fatal accident vs the US fleet average:
BMW 2.1x
Jaguar 2.4x
Porsche 3.6x
Lexus 2.7x
Audi 3.0x
Mercedes Benz 2.6x
Edit again:
Actually, it looks like you can more or less get Tesla's numbers from the NHTSA data. Tesla is included in a category called "other domestic brands", but Tesla must be the majority of these brands sales. Taking the most conservative assumption that Tesla is 100% of this category - vehicles in this category built after 2014 were involved in 11 fatal accidents in 2018.
So using the most conservative assumptions, the worst case from NHTSA data is that Tesla sits at 3.7x less fatal accidents per mile than the market average and beats every other brand.
The CNBC "Fast Money" panel appears to be a cadre of money managers hoping to promote their financial holdings. For all we know, they may not be paid. They would not have been paid on my show. If they had been on my show, they would have been required to state their holdings (long or short) in a stock being discussed. Particularly in the case of Tesla which pays no advertising dollars to CNBC (or anyone else), the producers and anchors apparently feel no need to intercede as devil's advocates when the panel is unanimously dissing Tesla.
Of course if anyone on the panel had recommended Tesla that day nearly six months ago, they could gloat tomorrow about its 52% rise since then.
I am not so sure Cathie Woods would agree.
At 4m30s, Woods says that Ark believes that in 2024 (i.e. for their 5-year forecast) total EV sales will be 37M units. She elaborates that this would be more than a third of total auto sales - which is consistent with current, actual annual total auto sales on the order of 100M, so I think she did not misspeak.
So 17% of that would imply the belief that in 2024 Tesla sells 6.3M cars. Starting from 360k in 2019 Tesla would need an annual growth in deliveries of 77% to deliver that many cars in 2024.
Her old bull case of 11% would imply the belief that in 2024 Tesla sells 4.1M cars. Starting from 360k in 2019 Tesla would need an annual growth in deliveries of just over 62% to deliver that many cars in 2024.
Her bear case at 6% would imply the belief that in 2024 Tesla sells 2.2M cars, which Tesla would achieve with an annual delivery growth of close to 44%.
There has been assumptions elsewhere of an annual delivery growth of 50%. Over 5 years, and starting from 360k in 2019 Tesla would in 2024 sell 2.74M cars, corresponding to 7.5% of a 37M unit market.
I would say that her bear and bull cases of Tesla's market share in 5 years are very optimistic, but not entirely unrealistic.
If the 37M forecast is correct, then an annual growth of more than 77% would be required for the next 5 years in order for Tesla to capture more than its current market share, something I find hard to imagine.
I really don't know why Tesla reports the 498,000 miles number, it is definitely the wrong NHTSA number to compare to.
498k miles is the number of miles driven per crash, it is not number of miles driven per crash per car.
The NHTSA reports there are 1.8 cars on average per crash. So in reality looking at it from the perspective of a single driver, a driver is likely to crash their car every 498,000/1.8 miles = every 277k miles.
This is the NHTSA number most comparable to the numbers Tesla report.
@PBRStreetGang7
From the Tweet:
"North America: Thousands of cars are leaving the intermodal facility in Birmingham, Alabama, for destinations on the east coast of the United States. $TSLA"
I didn't know about the intermodal in Birmingham. Can anyone provide more information about that. Are cars being transported by rail to that location? In the past three weeks I seen trucks loaded with Teslas on I-85 going north from Atlanta. That didn't make sense to me then, but now it does if east coast deliveries go through Alabama.
Unless the accident is really strange, only one of the 1.8 vehicles (drivers) caused the crash. So from an insurance point of view, 277k is the important number (car rate of collision), but from a driver reliability pov, 498k is the proper one.
I can't say if the rest of the industry can keep up, but Battery Day is supposed to show a path to 2TW of battery production per year. Even with EM-time, 48 months seems like a long way out for Musk, but let's assume it's the time frame for the plan. 37 million cars with a ~75KW pack is 2.775 TW of batteries.I find it hard to imagine that in 48 months time (beginning of 2024) that the auto industry will be anywhere near a 37 million annual run rate for the simple fact that there will be nowhere near that much battery supply available.
Thats not to say I'm in general agreement that even at the base 6% marketshare case of the overall auto market once at 100% EV, that Tesla wouldn't be doing extremely well if margins are similar to today.
It doesn't matter who caused the crash. It is just as important, if not more important to be able to avoid accidents from other road user's errors as it is to avoid making errors yourself.
Tesla Autopilot detects a crash, it doesn't know who caused it. And if it does, it doesn't then remove this crash from its data just because it determines it was someone else's fault.
I'm pretty sure Tesla only reports the 498k number because someone rushed putting together the safety report and didn't spend time thinking what number they should use from NHTSA.
Yea but his bottom line after all his verbal nonsense is
" You, by contrast, should avoid shorting this stock in any form or fashion"
Regardless of which car was at fault, if there are many fewer accidents in total, that says a lot about the number of accidents that were avoided. And if you only count the ones where the Tesla was at fault, doesn't that actually lower the number of accidents per mile? If there are 400 accidents total, but you only count 200 because those where where the Tesla was at fault, that makes a 200/X miles vs. 400/X miles.The defensive aspect is difficult to factor in since it is situation dependent. Was the accident avoidable?
Whether the Tesla was at fault is an important factor indeed, and skews the Tesla number to a higher accident rate than AP alone causes.
I hope UBS can be found guilty and fined, followed by a class action lawsuit from shareholders.
or the new host Melissa Lee has just dropped the ball.
There may be more, but both Senator Ed Markey (Massachusetts, Democrat) and Senator Richard Blumenthal (Connecticut, Democrat) today have used the complete non event of a Tesla crash into a police cruiser to argue to ban Autopilot.
Well then, that pretty much makes it fair game to use non-Autopilot crashes into police cruisers to argue that cars without Autopilot should be banned.
I'm not joking here.
I can't say if the rest of the industry can keep up, but Battery Day is supposed to show a path to 2TW of battery production per year. Even with EM-time, 48 months seems like a long way out for Musk, but let's assume it's the time frame for the plan. 37 million cars with a ~75KW pack is 2.775 TW of batteries.
Tesla may own 72% of the market?
It does matter if you are saying the 498k is high. If a driver screws up every 200k miles and only crashes their car, that is a crash rate of 200k. If they always hit someone else, that would be a 100k crash rate using your approach. The driver is (arguably) equally bad in each case.
The defensive aspect is difficult to factor in since it is situation dependent. Was the accident avoidable?
Whether the Tesla was at fault is an important factor indeed, and skews the Tesla number to a higher accident rate than AP alone causes.
But I'm way OT.