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Tesla's Crash.

18m 18s3,340 words517 segmentsEnglish

FULL TRANSCRIPT

0:00

hey everyone meet kevin here let's talk

0:01

about the tesla model s crash this

0:03

weekend let's talk about what we know

0:04

what we don't know what the implications

0:06

are for the future of self-driving and

0:08

electric vehicles first things first if

0:10

you have not yet seen it this is the

0:12

tesla model s that crashed into a tree

0:15

in texas this weekend killing two

0:17

individuals apparently no one was in the

0:20

driver's seat but there was a male in

0:21

the passenger seat and a male in the

0:23

back seat both of them were between 60

0:26

or late 50s and late 60s were the ages

0:29

we do know that apparently these two

0:31

individuals were talking to their wives

0:33

about how great tesla autopilot was

0:35

before the accident so we we do

0:38

obviously not know yet if alcohol was

0:41

involved we don't know uh if autopilot

0:43

was even engaged but we do know that uh

0:47

these two individuals were at a house

0:50

left the house talking about how great

0:51

autopilot was and got in this vehicle

0:54

and uh ended up crashing into a tree so

0:58

why first of all did this car burn for

1:01

four hours well this has to do with a

1:04

phenomenon with batteries known as

1:05

thermal runaway this is very bad

1:08

when batteries degrade or or break in a

1:11

fire their chemicals and components can

1:13

mix leading to basically fueling the

1:16

fire fire now i'm overly simplifying

1:19

this example but basically it's almost

1:21

the way i think about it is the more the

1:23

battery breaks down the more fuel you

1:25

end up releasing and the hotter and

1:27

hotter this fire gets which the hotter

1:30

and the hotter the fire gets the more

1:32

components of the batteries break and

1:34

the more

1:35

new fuel you keep adding so it's

1:36

literally just adding adding adding over

1:39

and over again it's kind of like an

1:40

infinite monetization loop on youtube

1:43

except infinite fuel and lava and pain

1:46

and i'm just making up the lava part but

1:48

anyway it's really bad please think

1:50

about a normal car crash normal car

1:52

crash if a car catches fire fire

1:54

department gets unseen usually it's a

1:57

two minute event hose to the uh you know

2:00

to obviously the vehicle whatever is on

2:02

fire hose underneath the hood to kind of

2:05

inject water up into the engine

2:07

compartment

2:08

from underneath and generally you can

2:10

put out a car fire very very quickly

2:12

less less than two minutes

2:14

four

2:15

hours of of dowsing and water and foam

2:19

for an electric vehicle is not good not

2:22

good i mean first of all it keeps fire

2:23

departments on scene for way longer but

2:25

it's also i mean it makes the chances of

2:27

survival way lower because you know

2:29

there's a car fire and somebody can put

2:30

it out with a fire extinguisher that's

2:32

one thing if it keeps going that's a

2:33

problem right that's a big problem so

2:35

this has led tesla stock to sell off

2:39

obviously because this is a not only a

2:41

bad signal for electric vehicles and

2:43

batteries but it is also a bad signal

2:45

potentially for autopilot there are

2:48

plenty of concerns and rumors going on

2:50

and it's very important to separate fact

2:52

from fiction now before i talk about

2:54

potentially what happened in the crash

2:56

and what we know what we don't know what

2:58

i want to talk about is the fud that's

3:00

going around first of all elon musk

3:03

tweeted this weekend tesla with

3:05

autopilot engaged now approaching 10

3:07

times lower chance of an accident than

3:09

the average vehicle

3:12

okay with this elon musk tweeted a a

3:16

photo showing the statistics and cnbc

3:19

had a comment about this but apparently

3:21

they didn't read the statistics which

3:23

was very annoying because they're just

3:24

spreading the fud so what they're saying

3:26

here is in the first quarter with teslas

3:29

there was one accident i'm gonna write

3:31

this down to show it in a simple way one

3:33

accident

3:34

uh so we're gonna do with autopilot

3:37

so with ap

3:39

one accident for every 4.1 million

3:43

miles

3:44

the more million miles per accident the

3:47

better so you want really really big

3:49

millions of miles

3:51

for every one accident so with autopilot

3:53

one accident per four point one

3:57

nine million miles

3:58

with just advanced safety so let's do

4:01

with safety

4:03

there was one accident per 200 and uh

4:06

200 2.05 million miles driven

4:11

without the safety features and without

4:14

autopilot

4:16

tesla had an accident or a tesla an

4:18

accident one in every 978

4:22

000 miles

4:24

and the industry standard

4:26

is one accident for every 484

4:31

000 miles so take a look at this folks

4:34

when you break it down like this you

4:35

could see that

4:36

with autopilot the car is extremely safe

4:39

only one accident 4.19 million miles

4:42

with tesla's safety features it's really

4:45

safe one accident every two million

4:47

miles

4:48

without the safety features and without

4:50

autopilot which basically means just

4:53

tesla literally just tesla itself one

4:56

accident in 798 000 miles compared to

5:00

the

5:00

current average in the world of one

5:03

accident in every 148 000 miles now this

5:06

could also include cars from like the

5:08

earlier 2000s the 90s right so maybe

5:10

there's a little bit of an age bias

5:12

there given that tesla's are mostly

5:13

newer or most teslas are mostly newer

5:15

but look at the fun

5:18

that cnbc added cnbc

5:21

in a quote uh and i quoted this but

5:23

honestly the easiest thing to do is for

5:25

me literally just to pull up the quote

5:26

and we can listen to it but cnbc said

5:30

which we caught on my live stream this

5:32

morning

5:34

they they read elon's tweet quote

5:36

and uh then they kind of suggested that

5:39

oh well you know you probably are going

5:41

to have a safer car anyway

5:44

when you have safety features right and

5:46

they're kind of casting doubt on uh

5:49

tesla's safety record here a little bit

5:51

uh by saying ah maybe it's not that

5:53

great because you would have that anyway

5:54

let's let's listen to this it'll make

5:55

more sense listen to this full safety

5:57

report in his tweet he says tesla with

6:00

autopilot engaged now approaching 10

6:03

times lower chance of accident than an

6:05

average vehicle keep in mind any type of

6:08

driver assist system means you're going

6:09

to have lower accident rates than any

6:12

typical vehicle that is out on the road

6:14

right now where humans are involved

6:16

that's been why why are they yeah so

6:18

there i pause too and i'm i say in my

6:21

live stream like wait a minute why why

6:22

are you making that comparison because

6:24

that's not what the actual statistic was

6:27

the statistic was not that keep in mind

6:30

every vehicle with active safety is is

6:33

safer no no no the statistic is even a

6:36

tesla without active safety is safer a

6:40

tesla with active safety is even safer

6:43

and with autopilot is almost 10 times

6:45

safer except they didn't bring that up

6:47

leading to more thought around this

6:49

tesla crash but let's get into what

6:51

could have possibly actually happened in

6:54

the crash why would this happen and at

6:57

what point is it good or bad for tesla

6:59

let's talk about that now here's what we

7:01

do not know

7:02

we do not know whether or not autopilot

7:04

was on

7:05

we believe that nobody was in the

7:07

driver's seat which implies that maybe

7:09

autopilot was on but we do not know what

7:12

caused the crash now there are a lot of

7:15

theses and there are a lot of arguments

7:16

for example some people argue well you

7:18

can't turn autopilot on on a residential

7:20

street that doesn't have lane markings

7:22

first of all this is incorrect now i

7:24

know this is incorrect because i just

7:25

tested it

7:26

you you can turn autopilot on if the

7:29

vehicle it looks to me like my

7:30

estimation is it looks like the vehicle

7:32

is looking for curbs uh and if it could

7:34

find curbs you can turn autopilot on on

7:36

residential residential streets there

7:38

are also arguments that hey well if

7:40

nobody's in the driver's seat buckled up

7:42

then the car stops if it's on autopilot

7:44

this is true but you can easily bypass

7:45

this by buckling up the car seat of the

7:48

car you know put the buckle on and then

7:50

sit on top of the seat turn the car on

7:52

engage autopilot and then get off the

7:54

seat and maybe climb into the back to go

7:56

look how great the car is right that's

7:58

very possible now some people argue well

8:00

some teslas have weight sensors in the

8:02

seats this is true apparently of newer

8:05

models but not of older models

8:08

so

8:09

these are important things to

8:10

distinguish here so if it is true that

8:13

nobody was driving this car and it was

8:16

on autopilot which presumably it would

8:18

have been turned on autopilot otherwise

8:21

nobody would have left the driver's seat

8:22

that's my guess i mean

8:24

just trying to guess here and this is

8:26

speculation now so i want to make very

8:27

clear what's fact and what's fiction

8:28

okay speculation here

8:31

is

8:32

that somebody got in this vehicle turned

8:34

it on

8:36

turned on autopilot and then left the

8:38

seat while it was in autopilot this

8:40

makes sense because i i mean i can't

8:42

imagine somebody leaving the driver's

8:44

seat while it's not autopilot engaged so

8:47

my belief is we need to begin the

8:48

argument with the assumption that

8:50

autopilot was on

8:52

let's now say that the non-tesla driver

8:56

was in the passenger seat that is the

8:57

person who didn't own the tesla or was

8:59

not familiar with the technology was in

9:00

the passenger seat let's say that the

9:02

driver was the one who climbed into the

9:05

back after autopilot was on

9:07

let's now say

9:09

okay so

9:10

that's that's speculation we're guessing

9:11

that the driver went into the back which

9:13

it really doesn't matter so much if the

9:15

driver went to the back but it could

9:16

potentially matter

9:18

now the question becomes

9:20

were the two drivers completely idle

9:23

between the time they left the driver's

9:24

seat and when the car hit the tree that

9:27

is did autopilot drive this car into the

9:30

tree

9:31

if autopilot was fully engaged from

9:34

the the during the entire duration of

9:37

the accident that would be very very bad

9:39

it would send up a lot of red flags for

9:42

tesla considering getting rid of radar

9:44

for tesla not having lidar uh

9:47

it would send a lot of issues

9:49

up well it sends a lot of red flags up

9:51

for tesla and quite frankly whether or

9:52

not autopilot was on or off in part

9:55

doesn't even matter because it's like

9:57

dude

9:58

i mean you have

10:00

features in cars

10:01

that stop the car

10:03

when they're about to hit something

10:04

whether or not autopilot is engaged or

10:06

not and that's because the radar sensors

10:08

or the camera sensors or whatever now it

10:10

was dark

10:11

elon musk believes that cars should only

10:14

operate off vision sensors which makes

10:16

you wonder okay well elon what happens

10:18

when you get to a poorly lit road or

10:20

poorly

10:21

lit area of a road and you can't see

10:24

because maybe there are defects in the

10:26

road or there's overgrowth or whatever

10:28

what happens when the human eye can't

10:30

see and the cameras can't see anyway

10:31

right so that certainly begs questions

10:34

right there see

10:35

and that's sort of an offshoot to

10:37

consider here is whether or not

10:38

autopilot was on

10:40

it's a problem

10:42

that the car

10:43

hit a non-moving object now tesla in the

10:46

past have has issues with non-moving

10:48

objects as well and so this is an issue

10:50

either way autopilot or not it's an

10:52

issue that the car crashed into a

10:54

non-moving object

10:55

now the biggest issue is what if

10:58

autopilot was on okay well if autopilot

11:00

was on for the duration that would be

11:01

even more of an issue because now we

11:04

have even more doubt in the artificial

11:07

intelligence that is

11:10

in the tesla autopilot neural net

11:14

however uh and this is where where i

11:16

kind of diverge a little bit

11:18

i believe and this is my speculation i

11:21

want to be very clear about this i would

11:22

not be surprised

11:24

if potentially the car went into a turn

11:28

at a high rate of speed that was set by

11:30

the driver maybe the driver set this to

11:32

uh

11:33

and this is another aspect we have to

11:34

consider rates of speed because i'm just

11:36

going to tangent here really quickly

11:38

imagine if this tesla hits a tree at 30

11:40

miles an hour and bursts into flames

11:42

that's not good right we're expecting

11:45

this probably would have had to have

11:47

been a high rate of speed impact to

11:49

certainly to immobilize both of the

11:51

passengers

11:53

which is odd to say but yes certainly to

11:55

immobilize both of the passengers i

11:56

would expect that this would probably

11:58

have had to been at least

12:00

a 50 to

12:02

60 mile an hour crash

12:04

at least if not 70 to 80 miles an hour

12:07

right into a trade we don't know though

12:09

we don't have the answer to that so

12:11

anyway uh obviously if it comes out this

12:13

was a low speed crash bad for tesla if

12:15

it comes out it was a high speed crash

12:17

maybe more more understandable anyway

12:20

there's obviously anything that pins

12:21

human error is going to be more

12:24

desirable for tesla as a company than

12:25

than tesla getting played of course then

12:27

there's always the consideration of well

12:29

what if there was sudden acceleration

12:30

you know what if tesla thought oh cool

12:32

you set the cruise to 90

12:35

and and

12:36

you know at first it was going 30

12:37

because it saw 30 mile an hour speed

12:39

limit signs then you got in the back

12:41

then all of a sudden it thought the

12:42

speed limit zone ended and it just goes

12:44

up to cruise speed doesn't realize a

12:46

turn and drives right into a tree

12:49

obviously also problem you can see how

12:51

many potential

12:52

questions there are here

12:54

but this is a suspicion that i have this

12:56

is my speculation

12:58

autopilot's going well drivers in the

13:00

driver seat passengers in the passenger

13:01

seat front passenger seat everything's

13:03

going well this is my theory

13:05

driver engages autopilot it makes sense

13:07

that he would engage autopilot while in

13:09

the driver's seat

13:11

goes to the back of the vehicle you'll

13:12

go look how great this is this is

13:14

awesome i mean you're at the point where

13:16

you don't even have to pay attention

13:17

anymore blah blah

13:19

all of a sudden the car potentially

13:21

accelerates suddenly or

13:23

it goes into a turn too fast maybe it

13:26

didn't accelerate but it went into a

13:27

turn too fast which is a very common

13:29

issue with tesla today still

13:32

my tesla goes into turns way too fast

13:34

all the time

13:35

and i pay attention though when i'm

13:36

driving and i'm also in the driver's

13:37

seat when i'm driving

13:39

especially with turns turns you gotta be

13:40

careful so let's say it goes into a turn

13:42

too fast and it creates a moment of

13:44

panic and this is my speculation in the

13:47

passenger

13:48

and the passenger says

13:50

i'm getting nervous i'm getting nervous

13:52

passenger potentially reaches over to

13:54

the wheel my speculation

13:57

pulls the wheel just a little bit just

13:59

enough to disengage autopilot

14:02

what happens now now the car's going at

14:04

a high rate of speed with somebody not

14:06

in the past in the driver's seat and if

14:08

you try to control a wheel from the side

14:10

like this

14:11

it's very easy to over correct because

14:13

you're you don't have both hands on the

14:15

wheel and you don't have one hand in a

14:17

normal natural position you're in a very

14:19

weird position like any movement like

14:20

this could be a really big jerk

14:23

and potentially

14:24

the overtaking by the passengers my

14:27

guess of a steering wheel

14:29

could potentially have led the car

14:31

to thought okay human in control human

14:33

in full control

14:34

and that wheel gets over corrected way

14:36

too fast to where even if tesla safety

14:39

systems could have engaged by slowing

14:42

the car because it's like oh crap

14:43

there's all of a sudden a tree here

14:45

potentially the human error is what led

14:47

this vehicle to go right into a tree

14:48

because the passenger was freaked out

14:50

because well driver's not in a driver's

14:52

seat and it's like oh my gosh yank oops

14:55

crash into a tree

14:56

that that's my theory

14:58

on what happened in my opinion anything

15:01

that deviates from my theory of what

15:03

happens is worse for tesla if my theory

15:06

is correct it's best case scenario for

15:08

tesla it's

15:10

human error for leaving driver's seat

15:11

human error for actually taking over the

15:13

mechanics of the car

15:14

and disengaging autopilot and creating a

15:18

deadly event my take

15:20

anything else is bad

15:22

uh tesla not an autopilot crashing

15:24

crashing in a tree bad because come on

15:26

it's supposed to stop if there's an

15:27

object it's supposed to stop why did it

15:29

not see the object tesla on autopilot

15:31

and crashes even worse

15:33

tesla sudden acceleration bad too

15:36

my speculation though is for this kind

15:38

of scenario to have happen there would

15:40

have probably had to been some kind of

15:42

disengage of the autopilot previous to

15:45

the crash

15:47

however

15:48

because of this and the thermal runaway

15:51

we do have a tesla selloff today uh

15:53

tesla today is uh is down uh tesla is

15:56

down about four percent at the time of

15:58

this recording we're about seven

16:00

dollar seven sorry 709 dollars per share

16:03

we're not as low as we did go uh earlier

16:06

in the day earlier in the day we did hit

16:07

a low of 691.85

16:10

cents per share

16:11

we are again currently at 709 which is

16:14

not highs of the days

16:15

we did hit about 7 16 and we opened at

16:18

about 7.25

16:20

so there's definitely some pain in tesla

16:22

stock but tesla is recovering we are

16:25

seeing some of the other ev

16:28

manufacturers uh at least while they

16:30

started their day up see neo started at

16:32

stay up about three or four percent on

16:34

this news but has since uh rotated to

16:37

the downside now down one point six four

16:38

percent cciv was also positive at the

16:41

start of the day and is now down 2.2

16:44

percent so kind of shows you there's a

16:46

lot of drama going on right now in the

16:49

electric vehicle space and this is

16:51

coming on top of a very pained

16:53

electrical vehicle space already it's

16:56

already been very pained uh it's been a

16:58

very stressed market to say the least

17:00

but these are my thoughts on potentially

17:03

what happened with the tesla accident

17:05

we will not know

17:07

what's to blame

17:09

until this investigation is complete and

17:11

i'm very curious to know how this

17:12

investigation will come out i think uh

17:14

one of the most

17:16

the first and foremost priority is

17:18

figuring out what was anybody in the

17:20

driver's seat and if nobody was in the

17:21

driver's seat one of the things that

17:22

potentially could be determined early

17:25

is were there any brake marks were there

17:27

any signs that the vehicle actually

17:30

tried to slow

17:33

if there were signs that the vehicle

17:34

tried to slow that might be a an

17:36

indication of the tesla system actually

17:38

functioning

17:40

again depending on what kind of

17:42

human interaction we had there but i

17:45

think the investigation that's it's

17:47

going to take many months before we have

17:50

the ultimate results of that

17:51

and i'm just looking at a few different

17:53

pictures and uh from the scene photos

17:56

it's very difficult to see any kind of

17:58

uh even trail markings uh uh certainly

18:02

the fire doesn't help and and the car

18:03

could have spun around off a tree anyway

18:06

so uh thank you very much for watching

18:08

this video if you found this helpful uh

18:09

consider sharing the video if you like

18:11

my perspective consider checking out the

18:12

program's link down below and folks see

18:14

in the next video

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