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Video tags
Subtitles
Russian
00:00:02
progress is moving progressively simple00:00:04
to the complex, well let's take a look at00:00:06
let's start with these unique inventions00:00:08
truly a fantastic car and worth it00:00:10
show at least because of her amazing00:00:12
appearance she seemed to have slipped into00:00:15
our world is straight where they rule00:00:17
steampunk and dieselpunk00:00:18
but she really was just like that00:00:20
steam and diesel power00:00:21
installations and in addition to these units00:00:24
machine design was present00:00:26
the seemingly unreal beginning of the past00:00:28
century of electric transmission00:00:29
the history of this device is such in00:00:33
1889 city fire department00:00:35
New York received its order00:00:36
unique steam pump mechanism00:00:39
unusual and truly gigantic00:00:42
was due to the fact that the city began00:00:43
the first skyscrapers appeared00:00:45
on the upper floors of which also happened00:00:48
fires hand pumps could not cope00:00:50
the water pressure required was serious00:00:53
low-power right pumps also helped00:00:55
the new pump solved the problem of delivering water to00:00:58
the place of the fire but here's what00:00:59
deliver the pump itself to fire sites00:01:01
considering what he weighed00:01:03
908 heavy trucks pulled by a special00:01:05
the cart was difficult, but they managed00:01:07
it was possible to turn around with such a team00:01:09
not always American engineers00:01:11
suggested a way out using steam00:01:13
pump machine as a propulsion device for a decent price00:01:16
at that time the amount was 7,000 dollars00:01:18
a real monster has been constructed00:01:20
self propelled steam car pump not00:01:22
he was good, drove fast and carried the pump00:01:24
where you need it and only one thing but this one had it00:01:27
mechanism no matter how fast you drive00:01:29
the car passed before it started00:01:31
quite a long time steam engine00:01:33
required a certain they to begin with00:01:35
work doused did not warm up instantly00:01:37
it turns out that the saying is in a hurry as if00:01:39
the fire in this case was black humor and00:01:41
here in 1908 a New York steam00:01:44
the pump receives a global upgrade for00:01:46
efficiency in design00:01:48
install a gasoline engine00:01:50
internal combustion and not just00:01:52
establish a symbiosis with the existing00:01:54
steam because steam boiler00:01:56
integrated into the rear wheel drive00:01:58
remake its complex gasoline00:02:00
they use front-wheel drive but this is not00:02:02
everything was accepted another fantastic00:02:04
innovation electric transmission it00:02:07
solved difficulties with clutch placement00:02:09
and gearboxes and design00:02:11
place which in the selected00:02:12
space engine failed00:02:14
having of cylinders was used for00:02:16
to turn the generator00:02:17
and it transmitted current to the electric motor00:02:19
front wheel drive worked00:02:22
unique design and if taken into account00:02:24
attention that it's time to drive too sometimes we00:02:25
get to work turning robin00:02:28
for electric pumps all-wheel drive00:02:29
that car was absolutely fantastic00:02:32
According to rumors the car has worked for many years00:02:34
nevertheless it was written off and sold to a private00:02:36
collection for some lucky guy, but00:02:38
domestic development true00:02:40
realized in England fantastic00:02:42
two-wheeled gera car count00:02:45
Shilovsky briefly, we have already shown him00:02:47
in one of our videos we will now add00:02:49
details that few people know about00:02:52
1914 in London was shown very00:02:54
it was an interesting car00:02:56
designed for 4 people under the hood00:02:58
Gasoline internal combustion engine, which is gaining popularity00:03:01
there were only two wheels under the car00:03:03
they were located like a bicycle but00:03:05
The device did not fall even while standing still00:03:07
when moving at low speed made00:03:10
wonderful Russian mechanism00:03:11
inventor Count Petr Petrovich00:03:12
Shilovsky00:03:14
by the way, the former governor of the fire00:03:15
and special secrets of your device00:03:17
Shilovsky didn't balance it00:03:19
the car was provided by the promoted00:03:21
flywheel that created the gyroscope peak at00:03:25
There are about two thousand cars in total here00:03:26
seven hundred and fifty kilograms the flywheel was00:03:28
made of metal 12 thick00:03:30
centimeters and a couple of 50 meters in diameter00:03:33
kilogram pendulums helped00:03:35
avoid distortion by spinning the pendulum00:03:37
special electric motor powered by00:03:39
main engine interesting thing00:03:41
initially Shilovsky offered his00:03:43
invention in the homeland but was extremely00:03:44
disappointed with the authorities' reaction then he00:03:47
proposed the concept of his device00:03:48
car factory hair and motors in 191200:03:52
received consent and two years later00:03:54
demonstrated the car to the public as00:03:56
no matter how surprised people are00:03:58
tried to knock over or rock00:03:59
the car did not show the device00:04:01
emboldened people's tendency to throw away00:04:03
started trying to ride a car00:04:05
change gear car on the go00:04:08
showed miracles of resilience and00:04:09
reliability00:04:10
the inventor patented his mechanism00:04:12
in England and Russia the first to arrive00:04:14
world and then the October revolution00:04:16
put an end to Shilovsky's plans for00:04:18
production of his cars, the count went to00:04:20
Russia where Soviet power began00:04:22
I received him wonderfully and even singled him out00:04:24
funds for the development of a steam locomotive with such00:04:26
the same device as the auto then graph everything00:04:28
was forced to leave again for England00:04:30
where he died after the Second World War in00:04:32
poverty first working gear car00:04:35
was buried underground to00:04:36
prevent destruction during00:04:38
hostilities00:04:40
In 1938, a unique car was dug up00:04:42
restored and stood for 10 years00:04:44
exhibit in the hair factory museum and then00:04:47
was found to be of no value and00:04:49
launched on metals Petr Petrovich00:04:50
Orlovsky also developed a lot of other00:04:52
most interesting inventions course pointers00:04:55
with a gyroscope for airplanes he wore00:04:57
the name of Raspopov they stopped him00:04:59
for example, on the super-heavy Ilya Muromets00:05:01
another mechanism for stabilizing the guns00:05:04
for ships it was again given to the British00:05:06
since it hasn’t aroused interest in my homeland yet00:05:08
in the 70s of the last century along the streets00:05:11
Kursk traveled by bus with Maho Eternal00:05:13
recuperator device accumulated00:05:16
energy that was previously wasted00:05:18
when braking and then gave up again00:05:21
its wheels for acceleration and travel mechanism00:05:23
created by the Ghoulia turbines allowed00:05:25
save up to forty percent of costs00:05:27
gasoline professor nur bei Vladimirovich00:05:30
Guli is the author of more than 700 scientific papers and00:05:32
400 inventions throughout my life00:05:34
deals with the problem of energy storage00:05:36
due to a number of restrictions, the swing is eternal00:05:38
the drive is of little use in transport00:05:41
this solution is more for stationary00:05:43
energy industry over the years since its invention00:05:45
but rubio guli super flywheel has undergone00:05:47
a number of technological changes because00:05:49
The higher the flywheel speed, the00:05:51
its particles stretch the disk more strongly00:05:54
trying to break it because the gap00:05:56
flywheel is like a grenade explosion00:05:58
the designer had to lay00:05:59
high safety margin as a result of00:06:02
In practice, the energy intensity of the flywheel was in00:06:04
three times lower than possible nur bei ghoulia00:06:06
the first in the world to create a super flywheel on00:06:09
type and from steel strip or00:06:11
high tenacity fiber and there was also00:06:13
a magnetic suspension is used like this00:06:15
wikis are extremely durable and energy efficient00:06:17
breaking them in case of an accident is a safe idea00:06:21
hulium energy has found wide application in00:06:23
energy abroad with the help of super00:06:25
flywheels save energy because they00:06:27
allow you to accumulate and give away00:06:29
right moment large amounts of energy00:06:31
average lifespan of popular ones today00:06:33
lithium-ion batteries are of order00:06:36
1000 charge-discharge cycles00:06:38
or several years average period00:06:40
efficient operation of the super flywheel00:06:42
at least 25 years and in case of use00:06:45
promising materials such as graphene00:06:47
even more, in contrast to00:06:50
chemical battery recycling00:06:52
worn-out flywheel00:06:53
absolutely environmentally friendly but let's get back to00:06:55
car and look at the electric00:06:57
Nikola Tesla's mobile is an experiment00:06:59
which did not exist or a breakthrough which00:07:01
bear all the biographers of the great Nikola Tesla00:07:04
very reluctant to write about it although there is00:07:06
many newspaper witnesses and even00:07:08
documents fencing what in 193100:07:11
mechanical and electrical genius00:07:13
converted an ordinary car with an internal combustion engine00:07:15
turning it into a very effective00:07:17
electric car it should be noted that it was00:07:20
not the first car equipped00:07:21
such cars were made with an electric motor00:07:23
before but the fashion for them is very fast00:07:25
passed gasoline engines were more powerful when00:07:27
smaller dimensions00:07:28
there was no need to install heavy ones00:07:30
batteries are also oil producers00:07:32
strongly encouraged the promotion of engines00:07:35
internal combustion nevertheless soon00:07:37
an ordinary man appeared on the streets of New York00:07:39
mind the car brand pier and roll only00:07:41
Anyone can take a look under the hood00:07:43
was certainly surprised instead of the usual00:07:45
the engine was electric00:07:46
developing 1800 rpm and00:07:49
power 80 horsepower it was quite00:07:52
a solid unit about a meter long and00:07:54
80 centimeters in diameter00:07:56
no power sources are noticeable00:07:58
there was a power supply assembled by tesla00:08:01
hotel room personally00:08:02
redeemed right there in the store00:08:03
radio components know exactly about the wires00:08:06
resistors and 12 radio tubes source00:08:09
was placed in ordinary wooden00:08:10
boxes 60 by 30 by 15 centimeters with00:08:13
a pair of steel protruding outwards00:08:15
rods about eight centimeters long00:08:17
extremely concerned about keeping the secret00:08:20
of his invention, Tesla collected all 100:08:22
when everything was ready, Nikola climbed into00:08:25
the cabin was secured by a box behind the driver's00:08:26
connected the wires with the seat and said00:08:28
a phrase that made it into the newspaper on the first00:08:30
stripe now we have energy and then00:08:33
test pressed the accelerator and the car00:08:35
I drove for a whole week, this car started00:08:38
along the streets of New York, sometimes developing00:08:39
speed about 150 kilometers per hour00:08:42
of course the newspapermen besieged00:08:44
inventors with the most questions00:08:45
was popular from the skin after all energy00:08:47
Tesla smiled, pointed around and00:08:50
replied that it was straight from the air00:08:52
the mystery of the electric car channel along with00:08:54
the death of a brilliant inventor until now00:08:56
since then a hypothesis has been put forward00:08:57
what did Tesla show in 1931?00:09:00
electric car they say only energy00:09:03
was supplied from one of the high-frequency00:09:05
Tesla generators others claim this00:09:07
Tesla being developed and safe00:09:09
Is there a gas or gasoline turbine?00:09:12
hypothesis about the use of Tesla and00:09:14
magnetic resonance of the earth and even00:09:15
hypothesis that this experiment is on00:09:17
it really wasn't00:09:22
now we will talk about the invention00:09:24
which I would like to see in my car00:09:26
each since the 1980s use00:09:29
electromagnetic field included in the project00:09:31
advanced automotive00:09:33
suspension idea was to00:09:35
create a device that00:09:36
transformed both elastic element such00:09:38
which would dampen vibrations due to force00:09:40
electromagnetic field imagine00:09:42
car ride running perfectly00:09:45
exactly without bouncing on bumps and even00:09:47
Perry flying small fences and00:09:49
also receiving energy departures by00:09:52
unevenness cherished precisely such a dream00:09:54
experimenters of those years and this is a dream00:09:56
was implemented in specific prototypes00:09:59
one of the first developers of such00:10:02
pendants became a doctor watermelon large00:10:04
specialists innovator working in00:10:05
number of innovations in audio00:10:07
the system at the basis of his invention was00:10:09
a linear electric motor is taken00:10:11
connecting elastic elements00:10:14
shock absorbers, transverse stabilizers and00:10:16
other suspension parts familiar to us00:10:18
a significant advantage developed00:10:20
system became something that the driver could00:10:21
switch energy consumption from00:10:23
electrical to mechanical force00:10:25
suspensions necessary for operation00:10:27
produced during driving with the help00:10:29
inactive electromagnets, which allowed00:10:31
seriously save on fuel00:10:34
suspension worked without failures00:10:36
energy at any time when the entire system00:10:38
de-energized electromagnetic suspension00:10:40
switched to standard operating mode00:10:42
similar to many linkage suspensions00:10:44
type for each of the four powerful00:10:47
linear motors under control00:10:49
CPU was supplied00:10:50
tension also appeared on its rod00:10:52
buoyancy force on 4 pieces it00:10:55
was capable of lifting up to one and a half tons00:10:57
which corresponds to average weight00:10:59
golf class cars with00:11:01
using a linear motor00:11:02
maintain the required highway height00:11:04
regardless of the load this is true00:11:06
called static compensation except00:11:09
this electromagnetic suspension created00:11:11
also dynamic compensation because00:11:13
nullified the side roll of the car00:11:15
with this design, the transverse stabilizer00:11:18
turn out to be no longer needed even so00:11:20
called longitudinal cells arising00:11:23
during acceleration and braking it seemed00:11:25
would be a thing of the past00:11:26
a unique system reacted to driving on00:11:28
bumps and corners up to 100 times per00:11:30
for a second it’s remarkable that in such a scheme00:11:32
CPU control00:11:34
each of the four linear00:11:35
electric motors separately what is it00:11:38
gives for example angular control00:11:39
stiffness of the front and rear suspension00:11:41
each separately if the machines are included00:11:44
turning linear electric motors00:11:46
are fed in such a way that00:11:47
the car rests mainly on00:11:49
external rear wheel and such a swallow00:11:51
gets super light overweight00:11:53
I turn the case and turn it smoothly00:11:56
transferred to the outer front wheel00:11:58
as a result, the transport goes smoothly and any00:12:00
turns, doesn’t bite, doesn’t sway, but00:12:03
all these advantages of driving smart00:12:05
smooth running and stability00:12:06
high speeds maximum comfort and00:12:08
safety and rational00:12:10
energy consumption could be implemented in00:12:12
mass production of cars still in00:12:14
90s but still overwhelming today00:12:16
most motorists drive along00:12:18
in the old fashioned way, like wearing trousers00:12:20
horses with squats, creams if00:12:22
by us during the maneuver00:12:24
turning process the suspension was working00:12:27
classified applied injecting into00:12:28
misleading title projects on but00:12:30
the best pendant on the planet is still not00:12:32
went to the series why they say that00:12:34
design proposed by the engineer00:12:36
in the capable eyes of the auto giants' management00:12:38
there are many disadvantages, the main one is00:12:40
complexity high production cost00:12:42
Bauza pendants but on July 12, 201300:12:46
lobster bows died of a heart attack00:12:48
and in 2017 all the company’s achievements00:12:50
were sold immediately I remember another00:12:53
the story we told about in00:12:54
Let us remind you of one of the previous videos00:12:56
briefly in the 1970s inventor00:12:59
mechanic helped create a new type00:13:01
carburetor although the angle device was00:13:03
tested and allowed to travel the distance00:13:05
up to 48 kilometers on one liter of fuel00:13:07
it was never produced at00:13:09
commercial basis operating principle00:13:12
carburetor was based on heat00:13:13
gasoline until steam is produced which is then00:13:15
got into the combustion chambers this required00:13:18
fuel tank having a structural00:13:20
support similar to pressure vessels00:13:22
not only is the invention about00:13:24
saved a lot of money00:13:25
car enthusiasts but almost no pollution00:13:27
atmosphere00:13:28
the inventor even claimed that00:13:30
emissions from a vehicle equipped with it00:13:32
carburetor you can dry your hair on the 19th00:13:36
August 1981 Aries fell and died00:13:40
ruled a suicide after running away00:13:41
investigations but several people close00:13:43
to the corner they didn’t believe that the young mechanic could00:13:45
would kill myself works this moba remembered00:13:48
to everyone as the most mysterious in history00:13:50
automotive industry as well as his00:13:52
mysterious deaths but back to the topic00:13:54
our video for the development and implementation00:13:57
magnetic suspensions for cars except00:13:59
lobster bauza took swedish00:14:01
international construction machines00:14:02
largest gay company in the world00:14:04
manufacturer of bearings for lubrication systems00:14:06
and mechatronics headquartered in00:14:08
Gothenburg and the largest in the world00:14:10
auto parts manufacturer00:14:12
hyphen corporation headquarters00:14:14
Great Britain Swedish company skf00:14:17
offered her own version of this type00:14:18
pendants relying on simplicity and00:14:20
reliability of design00:14:21
electromagnetic device consists of00:14:23
capsules for which two are placed00:14:25
electromagnet sensors cars00:14:27
constantly collect information about00:14:29
what is happening on the road and conveys it00:14:30
on-board computer and it regulates00:14:32
vibration damping element stiffness00:14:34
so the car itself determines00:14:37
most suitable mode 2 they if00:14:39
the control system will fail00:14:40
the suspension will continue to work due to00:14:42
springs are one of the main advantages00:14:44
pendants from the thrill is an opportunity00:14:46
transition from automatic mode to00:14:48
mechanical magnetic suspension00:14:50
delphi corporation consists of00:14:52
shock absorber in the form of a pipe and filled00:14:54
electromagnet and liquid with magnetic00:14:55
particles up to 10 microns in size00:14:58
nanoparticles on 3 pistons do not stick together00:15:00
each other thanks to special00:15:01
solution when applied to the suspension00:15:03
a control signal appears in the pipe00:15:05
it builds a strong magnetic field00:15:08
particles into an ordered structure mode00:15:10
The shock absorber becomes hard00:15:12
the reaction speed of such a suspension is not00:15:14
exceeds one meter per second00:15:16
one obvious advantage of this00:15:18
device is an elevated level00:15:19
safety when driving a car00:15:21
because in case of system malfunction00:15:24
control suspension is able to work00:15:25
thanks to hydraulic shock absorber00:15:27
the newest and smartest Audi A8 electric00:15:30
magnetic levitation now let's talk about00:15:33
the latest developments in the global automotive industry00:15:34
using electromagnetic00:15:36
suspensions using the example of the latest generation00:15:38
Audi A8 sedan he became one of the smartest00:15:41
cars today on his00:15:44
example we will see how breakthrough00:15:45
technologies that are no longer possible00:15:47
contain become available to00:15:49
mere mortals and to test on00:15:51
you need the wonders of the Audi A8 suspension00:15:54
only 67 million rubles or00:15:57
maybe in twenty years a set00:15:58
electromagnetic shock absorbers with block00:16:00
controls can be bought by anyone00:16:02
store if you undress and Audi A8 then in00:16:05
the front can be seen00:16:06
electromechanical part of the highway which00:16:08
includes motors housing with titanium00:16:10
torsion bar and racks connected00:16:13
with steering knuckles00:16:14
this sedan uses its work00:16:16
platform mlb m.s. instead of traditional00:16:19
anti-roll bars00:16:21
electromechanical drives are used00:16:23
of course for each wheel separately00:16:26
48 volt carina suppression system00:16:28
which was previously adaptive00:16:30
evolved into active as00:16:32
the all-seeing eye protrudes frontally00:16:34
camera monitoring road conditions and00:16:36
recording the situation 18 times per second00:16:39
car electronics based on00:16:41
data received with a protective camera00:16:43
milliseconds determines how and in what00:16:44
moment you need to react in order to00:16:46
no one felt any unevenness or00:16:48
turn that is the on-board computer00:16:50
sends a command to an electric motor00:16:52
stabilizer for preloading one or another00:16:54
paws over the cat or hole necessary00:16:57
the command is received and the element is extinguished00:16:59
shock absorber and air spring vibrations00:17:01
with many advantages, such a system00:17:03
transport controls have a minus00:17:05
which is that the accuracy00:17:07
measurements depends on the degree of visibility00:17:08
on the road this accuracy is radical00:17:11
decreases for example in foggy conditions but00:17:13
how did this car behave in the snow?00:17:15
let him tell the tales of this year00:17:16
owners in the comments or just00:17:18
knowledgeable people are nevertheless developers00:17:22
tried our best00:17:23
It's possible to make driving an Audi A8 safer00:17:25
put the following into the brain of the car00:17:27
the trick that today00:17:29
used only in audi a8 and larger00:17:31
nowhere does the car receive information about00:17:34
collision threat using sensors00:17:35
autopilot ziv you which scans everything00:17:38
around itself 360 degrees if the impact is00:17:41
side of the car inevitably active suspension00:17:43
instantly raise the dangerous side00:17:45
body but the necessary degrees up00:17:47
reduce impact damage00:17:49
because the load in this case is greater00:17:51
parts fall on a massive threshold and00:17:53
durable floor they are on the door many experts00:17:55
sure to use electromagnetic00:17:57
suspension will soon begin such00:17:59
largest car manufacturers00:18:01
volkswagen general motors hindi and others00:18:04
the advantage of such a system turned out to be so00:18:06
significant and attractive to00:18:07
producers and consumers00:18:09
what are you actually wearing?00:18:10
electromagnetic developments around the world00:18:12
level00:18:17
Now you can see these on YouTube00:18:18
things like this and this and this and even that00:18:22
they can come up with entertainers from aliexpress00:18:24
this is a completely separate conversation and it seems00:18:26
that there are no human limits00:18:28
someone puts ingenuity00:18:30
aircraft engine in someone's motorcycle00:18:33
infinitely increases the number of pistons00:18:35
someone makes trucks with three00:18:37
turbojet engines for00:18:38
half a million dollars which the driver is on00:18:40
at the start it experiences an overload of 6g but at00:18:43
in fact, by and large, only two00:18:45
scientific fields digital technologies and00:18:48
genetic engineering is making a huge leap00:18:50
forward, everything else is new00:18:53
new inventions are just hello from00:18:55
50s 60s when it technology00:18:58
were actively developed why exactly in00:19:00
digital technologies and genetics in the spirit00:19:02
we'll tell you trillions at the end of the video00:19:05
and now let's take as an example00:19:06
automotive industry00:19:08
she hasn't improved much in recent years00:19:10
100 years of cars essentially represent00:19:12
about the same as in00:19:14
at the very beginning of their development they are not00:19:16
just haven't learned how to move around00:19:18
air as we were promised fantastic00:19:20
films but still drives00:19:22
petroleum fuel, for example this one00:19:24
the latest and most sophisticated ball motor00:19:26
internal combustion00:19:27
The operation of this engine is based on two00:19:29
curved 2 piston heads which00:19:32
titanium swings on one axis00:19:34
balls located on top of each00:19:36
four pistons act as00:19:38
ball bearing moving along00:19:39
the unique channel is beautiful but00:19:41
it's basically the same engine00:19:43
internal combustion 100 years ago00:19:45
another one seems to be revolutionary00:19:47
development of axial motor in this00:19:50
The unit has 5 cylinders but only three00:19:52
fuel injection valves00:19:54
not at all yes this engine is lighter00:19:56
more compact can work on the most00:19:58
different types of fuel but that's all again00:20:01
the same internal combustion engine00:20:03
like this obvious and engine engine with00:20:07
two opposed cylinders each00:20:09
of which there are two counter00:20:11
piston engine weighing only 134 kilograms00:20:14
develops a power of 325 horsepower yet00:20:18
there is a rotary engine for development00:20:20
which was allocated budget from00:20:21
US Department of Defense and many others00:20:24
It’s clear that we need to improve it already00:20:26
familiar technology can be up to00:20:27
infinity00:20:28
increasing speed decreasing consumption00:20:30
fuel trying to reduce emissions00:20:33
squeeze into the cruellest eco00:20:35
standards but the essence does not change00:20:37
all we have at the moment is00:20:40
still the same internal engine00:20:41
combustion only side view with new00:20:43
bells and whistles but why the developers00:20:45
run into obsolete00:20:47
technological ceiling trying to get it though00:20:49
move a little when it's been a while00:20:51
there are alternative solutions that00:20:53
could make a powerful breakthrough and00:20:55
stop our dependence on00:20:56
consumption of natural resources reply00:20:59
in one succinct word, oil dollar00:21:02
technologies called upon00:21:04
reduce fuel consumption somehow00:21:05
simplify or reduce the cost of production00:21:07
will definitely be nullified00:21:09
for example, sensational half a century ago00:21:11
carburetor about which would allow00:21:13
run on one liter of gasoline up to 4800:21:16
kilometers this was achieved due to00:21:18
that gasoline was injected under pressure into00:21:20
a cloud of steam that then fell into00:21:22
internal combustion chamber up to00:21:23
of course it’s not on a commercial scale00:21:25
it came and they killed the very corner, what are you talking about00:21:28
think about engines not internal and00:21:30
external combustion employee propulsion00:21:33
laboratory of Pskov Polytechnic00:21:34
Institute Yuri Lukyanov developed such00:21:37
engine as opposed to engine00:21:39
internal combustion in which the mixture00:21:41
is fed inside the cylinder in this00:21:43
the engine heat is supplied through it00:21:45
the engine is taken as a sample wall00:21:47
Stirling developed back in the first00:21:49
half of the 19th century, powerful and environmentally friendly but00:21:52
terribly big it was used in00:21:55
steam engines on some submarines00:21:57
boats but it was impossible by car00:21:59
install Lukyanov managed to solve this00:22:01
problem by replacing the pistons with blades, he00:22:04
reduced the structure several times00:22:06
the basis of the operation of such an engine is the difference00:22:08
temperatures arising from periodic00:22:10
heating and cooling00:22:12
the resulting pressure changes00:22:14
provokes the release of energy to work00:22:17
such an engine can from any00:22:19
source of heat we where it is where further00:22:22
research tests it is obvious that despite00:22:24
to an abundance of highly effective00:22:26
alternative technological00:22:28
developments the whole world is still struggling00:22:30
forces actively clings to a long time morally00:22:32
outdated technology because00:22:35
It happens to the advantage of the powers that be00:22:38
and with all other areas of science00:22:40
in which we have been marking time for a long time00:22:42
basic science is simple and00:22:44
serves interests unpretentiously00:22:46
money bags, but based on it00:22:48
research we need already00:22:49
teleport and move to00:22:51
deep space on quantum or ethereal00:22:53
or some other principles00:22:55
technology modern fantastic00:22:58
films prepare the population for what00:23:00
something new awaits us soon00:23:02
Middle Ages00:23:03
the basis for all this, oddly enough00:23:05
digitalization should ideally work out00:23:08
complete ignorance of the depraved and all sorts of00:23:10
digital things and significantly00:23:12
the population that is located has been reduced00:23:15
completely dependent on digital00:23:16
technologies and consumption policies00:23:18
energy resources all life00:23:21
representative of this impersonal mass00:23:23
must be under total00:23:25
control of digital devices, whether00:23:27
going to the doctor or getting your paycheck00:23:29
so that if you need a person you can00:23:31
it was possible to erase progress with just one click00:23:34
who walked by leaps and bounds from the end00:23:36
19th century suddenly stopped abruptly in the area00:23:39
70s due to the rapid pace of development00:23:41
began to threaten the system of power that00:23:44
has been effective for thousands of years00:23:46
an easily controlled people could get out from under00:23:49
control therefore there was progress00:23:50
adjusted so as not to destroy00:23:52
well-functioning human resources management system00:23:54
in the masses, after all, when everything reigns around00:23:55
it is much easier to rule over obscurantism00:23:58
stopped serious space exploration00:24:00
research and flights have slowed down00:24:01
cold fusion projects and00:24:03
many others, but it all started sadly00:24:06
famous report of the Club of Rome00:24:07
growth limits ordered by Western00:24:10
elites where a reduction was postulated00:24:12
population of the earth and the refusal of technical00:24:14
progress and rollback actually00:24:16
slave system00:24:21
car inventors in pursuit00:24:23
sometimes it was possible to create the ideal car00:24:25
to very bizarre and what have you00:24:27
let's call a spade a spade00:24:28
completely unclear decisions and sometimes00:24:31
so breakthrough that they can be quickly00:24:33
eliminated so let's look at this one00:24:35
compilation cybernetic anthropomorphic00:24:38
car from the tenth years of the last century00:24:41
The US government gave the order00:24:42
develop all-terrain devices00:24:44
capable of delivering people and equipment00:24:46
to hard-to-reach places as a result00:24:49
a strange design was born on four00:24:51
legs, which received a terrifying name00:24:53
Dikul then after several modifications and00:24:56
also apparently dismissals00:24:58
marketing departments00:24:59
where the tor bullet began to be called00:25:01
cybernetic anthropomorphic machine he00:25:03
apparently had four four-meter legs00:25:06
the rear ones imitated the movement of the driver's legs00:25:08
on the front rub subsequently work on00:25:11
the machine was discontinued since the army00:25:13
started using helicopters for00:25:15
transportation of people and equipment apparently00:25:17
this pepelats became the grandfather of modern00:25:19
monsters boston dynamics which is already00:25:22
very soon, apparently, he will take over00:25:24
the uprising of the machines and it’s unlikely to escape00:25:27
it turns out you saw their recent footage00:25:29
with robot master partner00:25:31
[music]00:25:35
dyna sphere mono wheeled transport00:25:37
product patented in 193000:25:40
Englishman Archibald Parviz about food and00:25:43
he learned from the drawings of Leonardo da00:25:45
Vinci's first model was equipped00:25:47
gasoline engine and could develop00:25:49
speed up to 50 kilometers per hour sitting00:25:51
drivers the engine was located on00:25:53
one frame and were inside a large00:25:55
wheel to wheel motion dyna sphere00:25:58
was carried out due to the fact that the driver00:26:00
tried to lift my chair up00:26:02
pushing the inner rails in this way00:26:03
forward mechanism for turning00:26:05
the driver had to bend over00:26:07
Parviz developed the right side 800:26:10
sphere dynamics models for different00:26:11
number of passengers one of faith 800:26:13
was intended exclusively for00:26:15
trips on the beach similar model by the way00:26:18
appeared in one of the parts of people in00:26:19
black and is called the intro cycle00:26:21
Constantine's motor skates were00:26:23
patented in 1912 they resembled00:26:27
on regular roller skates but every00:26:29
was equipped with a one and a half engine00:26:30
horsepower battery and fuel00:26:33
tank skates could reach speed00:26:35
about 30 kilometers per hour and cover00:26:37
the distance of 50 kilometers is not yet00:26:39
running out of fuel idea with engine00:26:42
I never received the skates00:26:43
distribution into mass production00:26:45
they didn't arrive until a little later00:26:48
no one tried as far as Mercier00:26:50
modify Konstantin's model00:26:52
the rollers had a motor for only one00:26:54
after passing a plastic car stop min00:26:58
Henry Ford introduced the world's first00:27:00
plastic car model sol ben00:27:02
in 1942 then most of the metal00:27:05
went for military needs and that’s actually00:27:07
caused a strange00:27:09
the car was also designed by ford00:27:11
the case should have been made of plastic00:27:13
the car is lighter and cheaper of course00:27:16
most of the car was done00:27:18
made of metal but there were 14 elements in the car00:27:21
made of bioplastic, which allowed00:27:23
reduce weight by almost a quarter00:27:25
bioplastics up to also development00:27:27
Ford labs which was very00:27:29
interested in using plants in00:27:31
auto production special00:27:33
I considered my building promising therefore00:27:35
salt ben consisted of processed soybeans and00:27:38
wheat hemp and other plants one00:27:40
one of the main disadvantages of the car was00:27:42
the fact that bioplastic from soy is incredible00:27:45
stank00:27:46
Tucker torpedo after World War II00:27:49
war no one priest and acquire conceived00:27:51
create your own automobile factories00:27:53
the main brainchild of the car is the torpedo00:27:56
two-door with a streamlined body large00:27:59
two-piece rear window with keel00:28:01
in the middle with a six-cylinder opposed00:28:04
engine volume of 9 and 6 liters and00:28:06
Monopoly's 150 horsepower00:28:10
those years on the market belonged to a large00:28:11
trinity three general motors ford00:28:14
motors company and chrysler and they don't00:28:16
wanted competitors to appear on the market00:28:18
therefore on Tucker corporation and00:28:20
the company was sued00:28:22
experienced a lack of shareholders and00:28:24
overall lack of funds car tucker00:28:27
never became serial, but most of all Britons00:28:29
Till died in00:28:30
1956 cars with propeller00:28:33
last century a dozen were built00:28:35
concept cars with propellers00:28:37
Velika and celeron experimental00:28:39
model presented by Maybach in Germany00:28:41
aircar in Argentina but none of them00:28:44
entered production for reasons00:28:46
security00:28:47
one of the main advantages of cars00:28:49
with the propeller there was no brake00:28:52
they were also more stable than00:28:54
ordinary cars and could run on00:28:56
aircraft engines but due to00:28:58
danger to any living creature00:29:00
the propeller could be cut into pieces if00:29:03
fall under it produce them en masse00:29:05
Dima xeon's words still didn't become00:29:08
formed from the speaker maximum dancing00:29:10
dynamics maximum voltage is00:29:13
registered trademark00:29:15
architect Richard Fowler and00:29:16
three-wheeled car of the same name two00:29:19
wheels in front one in back car00:29:22
drop-shaped could develop speed00:29:24
up to one hundred and forty kilometers per hour he was00:29:26
designed like an airship and even had00:29:28
wings unfortunately the car was not very good00:29:31
stable investors refused00:29:32
finance its mass production00:29:34
when during prototype testing00:29:36
the car overturned and the driver died and00:29:39
not farina pics model pininfarina x00:29:42
Italian plant one of the first00:29:44
aerodynamic machines she was00:29:46
built on a chassis from Feast and had two00:29:48
wheels in the front one in the back the car could00:29:51
reach speeds of up to one hundred and forty-five00:29:53
kilometers per hour founder of the company00:29:55
Batista Farina has dated many00:29:58
no one wanted to invest investors00:30:00
money for the production of this model00:30:02
later pininfarina x was00:30:04
redesigned in pininfarina y already with00:30:06
four wheels Aktau is the brainchild00:30:10
industrialist Milton Reeves was released00:30:12
in 1911 Aktau was much more convenient00:30:15
faster and more reliable than other models00:30:18
presented on the automotive market but00:30:20
his strange looking car had 8 wheels00:30:23
scared away potential buyers00:30:25
the impressive price in 1911 also scared me off00:30:28
year it cost 3 thousand 200 dollars and at00:30:31
this money could buy four00:30:33
ford t car00:30:37
in 1957 ford introduced00:30:41
concept car ford well kleon which was00:30:44
the most famous00:30:45
he became the first nuclear car00:30:47
similar development as well as one of00:30:49
two such machines created at least in00:30:51
in the form of a layout and shown at the auto show00:30:54
the car was thought through from first to00:30:56
the last screw was taken into account00:30:58
general road maintenance00:31:00
use and radiation hazard factor00:31:02
passengers, the matter remained small00:31:05
create an atomic engine itself nuclear00:31:08
installation occupied two-thirds of the volume and00:31:10
the mass of the car was a reduced copy00:31:12
standard reactor with American00:31:14
nuclear submarine is actually smaller00:31:16
35 ton colossus 6 meters high00:31:19
car size was very difficult00:31:22
in limited quantities was needed00:31:24
place the steam generator reactor itself and00:31:26
two turbines, one had to rotate00:31:29
wheels and the other to spin the electric generator00:31:31
basically the idea looked like00:31:33
efficient the main advantage was00:31:35
monstrous durability of power00:31:37
unit00:31:38
of course, fill in the new rod and in00:31:40
old reactors were problematic00:31:41
therefore the car was refueled only by00:31:44
changing the reactor but one refueling should00:31:47
was enough for 30 thousand kilometers00:31:49
refill used reactors00:31:51
this was planned at the factory00:31:53
How do stations work today, for example?00:31:55
recharging and exchanging gas cylinders but00:31:58
time passed, the compact reactor still failed00:32:00
appeared but the Ford company itself did not have00:32:02
sufficient development capacity00:32:04
own new engine there leading00:32:06
American manufacturer of reactors for00:32:08
submarines was also in no hurry to00:32:10
changing the shape of their structures and00:32:12
the ambitious project was scrapped and00:32:15
without giving him a start but that's not all00:32:18
five years later it was continued in00:32:21
In 1961, the UN adopted the famous00:32:24
declaration banning the use of nuclear weapons00:32:26
and thermonuclear weapons, respectively00:32:29
a huge number of laboratories00:32:31
those working in this area had to00:32:33
suspend research effort urgently00:32:35
needed to be channeled into a peaceful direction00:32:37
Ford marketers noticed in00:32:40
this is a definite signal and immediately00:32:42
sent the task to the engineer so that they00:32:44
continued the topic, well, Kleona appeared00:32:47
ford site 21 years old this time00:32:49
the developers tried not to repeat00:32:51
mistakes made during design00:32:53
the previous model in particular they00:32:55
preserved the traditional automobile00:32:57
engine layout then interior then00:33:00
normal sized trunk of course00:33:03
the car turned out to be huge but it00:33:04
was in the spirit of the Americans of the sixties00:33:07
years and did not violate the common people’s concept of00:33:09
good cars but so00:33:11
compact nuclear engine for 196200:33:15
still didn't exist they had to00:33:17
put as much into the concept as possible00:33:19
fantastic ideas that00:33:21
at times these ideas were simply impossible00:33:24
attracted a lot of attention to the00:33:26
ford company because they know how00:33:29
which the engineers presented were ahead00:33:31
time for half a century, for example, the steering wheel of this00:33:35
there was no concept car as such00:33:37
it was proposed to control the car using00:33:39
touching a special panel with your fingers is00:33:42
the prototype of modern touchscreens is also in00:33:45
the cabin was provided with an onboard00:33:47
a computer whose interface is something00:33:49
resembled windows and this is the 60s when00:33:52
Windows didn't exist yet and Bill00:33:54
Gates was only 7 years old at the time.00:33:56
The main purpose of the computer was00:33:59
route planning has become00:34:01
prototype of GPS navigators sensors00:34:04
installed and taken into account throughout the entire body00:34:06
traffic conditions proximity of other mmos00:34:08
weather wives are essentially engineers00:34:11
Ford of that time predicted the appearance00:34:13
and parking sensors and rain sensors and systems00:34:16
safety glass ford considered 21 had00:34:19
variable degree of darkness in00:34:21
depending on the luminous flux outside00:34:23
the car turned out to be very cool and00:34:26
at the car showrooms he simply produced00:34:28
sensation but the development of this car is not00:34:30
went beyond the concept car because00:34:33
technical barriers but it's good00:34:35
America what we have in the Soviet Union00:34:37
nuclear cars were not developed00:34:40
realizing that this is initially00:34:41
fantastic projects but a mobile one00:34:44
nuclear power plant length00:34:46
several all-terrain vehicles not only00:34:48
designed but even built and introduced00:34:50
this project was put into operation00:34:52
the name ts3 stands for00:34:55
transported and the power plant itself00:34:58
the power plant was00:34:59
small-sized double-circuit reactor in00:35:02
water acted as the working fluid00:35:04
generator turbine was driven in00:35:06
ferry movement equipment was located00:35:09
received on the chassis from the T-10 heavy tank00:35:11
general name energy self-propelled gun00:35:14
complete power station represented00:35:16
there were 4 energy self-propelled guns on the first one00:35:19
the reactor itself is protected and air00:35:21
radiator on the second steam generators and00:35:24
circular pumps on the third00:35:26
turbogenerator on the fourth control panel00:35:29
control and backup equipment00:35:31
the deployment of the station took several00:35:33
hours on the move it does not function00:35:36
could because all energy self-propelled guns00:35:38
had to be connected by wires and00:35:40
pipelines provided protection00:35:42
not difficult since it requires insulation00:35:44
the reactor was located on a separate power00:35:47
self-propelled gun they simply placed him in00:35:49
closed lead container and during00:35:51
the operators are not ready to do this00:35:53
the mobile was approaching and was ready00:35:55
for operation and October 1300:35:58
The first test launch took place in 196100:36:01
station she showed herself well00:36:04
tests continued until 1965 but00:36:07
there was one problem not industrialists00:36:10
scientists have not been able to find any00:36:13
normal use of this installation00:36:15
original and designed for00:36:17
work in the far north00:36:19
but traditional liquid installations00:36:22
fuel turned out to be simpler and cheaper00:36:24
economic inexpediency00:36:26
forced to close the project and00:36:28
1969 never used00:36:32
test 3 was preserved and was running at the same time00:36:35
development and 2 mobile a.s. Pamir 63000:36:38
d was used as a highway00:36:40
heavy equipment MAZ this station00:36:43
ts3 was better in many ways, but00:36:45
the first experimental and launch took place on00:36:47
misfortune in00:36:49
1985 shortly before Chernobyl00:36:52
tragedy therefore after the accident at00:36:54
Chernobyl nuclear power plant most of the work on00:36:56
nuclear direction were closed00:37:02
what do you know about the heart of your car00:37:04
and what are his engines like? what could he do?00:37:07
would have been if not for containment strategies00:37:08
technologies let's start with those that are not00:37:11
are breakthrough it's simple00:37:12
modifications of engines running on00:37:14
combustible fuel, for example an engine00:37:16
internal combustion orbital type a00:37:18
and the sky active x from Mazda in00:37:20
in which the diesel combustion methodology00:37:22
motor is applied synchronized00:37:24
gasoline but a rotary engine00:37:26
money for the development of which was allocated00:37:27
from the US Department of Defense here's another one00:37:30
it uses an unusual engine00:37:32
counter-traffic design00:37:33
piston emissions of this engine00:37:35
less compared to similar engines00:37:37
by 30 percent but still his00:37:39
the concept cannot be called fundamentally00:37:41
all these are new at first glance00:37:42
innovative solutions are just00:37:44
polishing old ones created over a hundred years ago00:37:46
back technology may be the engine00:37:48
working on the stock exchange gan fossil00:37:50
fuel is fantastic and there aren’t any yet00:37:52
invented, but not everything has been invented for a long time00:37:55
Let's start with generators that allow00:37:57
split water into oxygen and hydrogen00:37:58
so-called in English-language sources00:38:01
And . generator or engine on water00:38:04
which we have already talked about on our00:38:06
channel here it is typical speech speech about00:38:08
generator which consists of many00:38:10
plates no more than a millimeter thick00:38:12
which are placed in water when served00:38:14
voltage for this device00:38:15
hydrogen and oxygen are produced00:38:17
conventional electrolysis in the city of Baikonur00:38:20
there lives a man who claims that he has00:38:22
there is a similar generator that00:38:23
heats his house besides he can00:38:26
be used in cars but also tubes00:38:28
you can find many videos on how00:38:30
assemble one like this yourself00:38:31
generator there is even more interesting00:38:34
invention of youth technology magazine00:38:35
think about the date in 193800:38:39
invention notice published00:38:41
device that converts water into00:38:43
exposure to sunlight and processes00:38:45
or maybe for oxygen and hydrogen00:38:46
produced hydrogen professor at the more00:38:49
used as fuel for gas stoves and00:38:50
heating the house thanks to this00:38:52
he completely abandoned the invention00:38:54
gas consumption from the utility network00:38:56
because for the operation of this installation there are no00:38:58
no additional costs required00:39:00
difference from electrolysis in plates00:39:02
esprit is an example and here is another example00:39:04
from Russian news Stavropol00:39:07
scientists collected for heating their00:39:08
industrial premises simple00:39:09
installation that works on00:39:11
waste oil and it is powerful00:39:13
the installation heats the hangars also for00:39:15
water splitting account of similar installations00:39:17
very very many different all over the world00:39:19
enthusiasts, what can you invent?00:39:21
for some reason this is not released to the masses like00:39:24
you think why maybe because00:39:26
oil corporations benefit from all these developments00:39:28
to put it mildly, will interfere with squeezing juices from00:39:30
population of a planet driven by oil00:39:32
igloo and here are even more interesting ones00:39:34
technologies00:39:35
engine on air no you don't00:39:37
We heard wrong, we can still imagine00:39:38
gas engine that runs on00:39:40
hydrogen split from water00:39:42
conversion of internal combustion engine00:39:44
for gas, this is no such know-how for a long time00:39:46
in general, it has been practiced for a long time on cars00:39:48
methane can be found on any road00:39:50
but in the air it generally seems00:39:52
something out of fantasy but here it is00:39:54
a simple inventor from the ordinary00:39:55
plastic bottles filled with water00:39:57
pumped with a large amount of air from00:39:59
using a pump I built something like this00:40:01
the flying object is quite identified, but00:40:03
he decided to go further and created an enhanced00:40:05
carbon cylinder engine version00:40:07
filled with ordinary rainwater and under00:40:09
with great pressure he pumped a regular one into it00:40:11
air and look what happened00:40:13
assembled a dragster that overcomes00:40:15
speed in rack la meters per hour as00:40:17
think how much in half a second00:40:19
maximum speed 261 kilometers per00:40:22
hour you still believe that it’s in the air00:40:24
it's impossible to drive what's the secret00:40:26
cars on compressed air this one00:40:29
smiling man invented and already assembled00:40:30
a working production car that00:40:32
allows you to ride on compressed air 40000:40:35
kilometers at a speed of 100 kilometers at00:40:36
hour for one refill of a compressed cylinder00:40:38
air00:40:39
This is what this miracle car looks like00:40:42
small light compact bottom00:40:44
compressed air cylinders body00:40:46
space frame glued00:40:48
plastic can be seen as compact00:40:50
are located somewhat quite00:40:51
small compressed air cylinders00:40:53
Do you think it costs a lot of energy?00:40:55
financial costs are required in order to00:40:57
to fill this or that00:40:58
the mechanism is actually compressed air00:41:01
very little00:41:02
imagine the eyes of oil owners00:41:04
corporations if they are told that machines00:41:06
can ride on air but nothing00:41:08
scary guys they are too00:41:10
inventive ones will simply take it and enter it00:41:12
By the way, the long-awaited air tax is already00:41:14
a similar production car was launched00:41:16
he developed the tata motors company in india00:41:19
speed 100 kilometers per hour and passed00:41:20
up to 130 kilometers to the stage less than those00:41:23
indicators that were shown a little00:41:25
earlier but still quite working00:41:27
technology that will allow free00:41:28
ride if it is modified and developed00:41:31
or again this is the so-called closing00:41:34
technology which is in the near future00:41:35
they won’t let it go even though there is a breakthrough00:41:37
technology that will definitely be allowed00:41:39
use worldwide meet00:41:41
a wood-burning car, by the way, many have already00:41:43
have been in use for a long time, there are even ready-made ones00:41:45
drawings of engine installations for example at00:41:47
an old six or a penny there00:41:50
its inconvenience, it’s not even registration00:41:52
at the traffic police you just need to wait 20 minutes00:41:54
everything will warm up, jump Goritsa and gas00:41:56
the generator will fill with carbon monoxide and00:41:58
Now let's move to high-tech00:42:01
in Japan this was invented there00:42:03
the motorcycle that was named the amount he was riding00:42:05
more than a hundred kilometers per hour on a magnetic00:42:06
engines cost about two00:42:08
one thousand dollars00:42:09
two-wheel drive one wheel with00:42:12
a conventional electric motor and the second with00:42:14
magnetic based on minato technology00:42:16
first the motorcycle accelerates for him00:42:18
Requires battery to operate00:42:20
electrical circuit formation00:42:21
pulses and for position control00:42:23
magnet, however it is still orders of magnitude00:42:25
more effective than its equivalent00:42:27
gasoline and standard electric motors00:42:29
what fuels this?00:42:30
motorcycle turns out to have a magnetic field in00:42:33
this format can be made inexpensively00:42:35
economical car precise principle00:42:37
his work was outlined much earlier in00:42:39
works of the Russian inventor of pigs00:42:41
who moreover has a patent for an invention00:42:42
was issued in Russia back in 199700:42:45
year in general seems to be beautiful and effective00:42:48
it wasn't his invention either00:42:54
now we will show you the example of a murdered man00:42:56
20 years ago electric car how it works00:42:58
control of inventions and how influential00:43:00
people are changing the technological record00:43:02
planets I know what you are going through00:43:05
I agree00:43:07
worry about what we are ahead of00:43:11
I compete it doesn't use only00:43:15
I’ll make a quarter of the power next to super windows00:43:20
10 sheets of glass00:43:26
batteries but the truth is00:43:29
that all this makes me00:43:33
because no one ever talks about it00:43:37
finds out in the early 90s the state00:43:39
California is one of the most polluted00:43:41
regions of the USA are literally suffocating in00:43:44
car smog took a special00:43:46
Zira's law and Mishin's act this law in00:43:49
as categorical as possible but at the same time00:43:50
demanded quite realistic form00:43:52
so that all automotive companies00:43:54
industry sold every year00:43:56
a certain number of cars with zero00:43:58
exhaust company general motors00:44:00
was one of the first to react from 199600:44:03
year began serial production of sportswear00:44:05
Models and G1s are purely electric00:44:08
drive power of the car was00:44:10
138 horsepower it accelerated to 10000:44:13
kilometers per hour in just 10 seconds at00:44:15
this maximum speed is artificial00:44:16
limited at around 130 kilometers in00:44:19
hour00:44:20
electric windows air conditioning00:44:22
electric power steering audio abs system00:44:25
Cruise control00:44:26
also a special charger00:44:27
which allowed the car to be charged like this00:44:29
through a special column and from00:44:31
household electrical network from which00:44:33
The car was charging for about 12 hours then00:44:35
there was a power reserve at home00:44:37
160 kilometers and with reinforced00:44:39
batteries and could drive in one without00:44:42
recharging up to two hundred and forty kilometers00:44:44
in a word, the perfect car00:44:46
general motors announced very much for it00:44:48
high price of 80,000 dollars summed up00:44:51
this price tag of the car was given in00:44:53
rent and when car enthusiasts tried00:44:55
buy this car even at00:44:56
the offered price was refused00:44:59
the bulk of users or 100:45:01
became the Hollywood bohemian public00:45:03
They really like the car and will follow00:45:05
a logical step would be to start mass00:45:07
car sales and here the system00:45:09
affected to cancel then future with00:45:13
which ring is bigger00:45:16
figuratively ground on the legs too00:45:19
those who have more influence from these 30 to 3000:45:22
turn the keys like this00:45:25
in addition to the threat to the powerful oil industry00:45:27
electric cars of that time for many reasons00:45:29
parameters were not beneficial for00:45:31
automotive industry as shown00:45:33
operation and maintenance in one00:45:35
electric cars turned out to be00:45:37
elementary and incomparable 100 cars per00:45:39
ICE collecta mobile everyone I was00:45:43
internal combustion engines00:45:45
cornerstone00:45:46
in the auto industry, these spare parts are most00:45:50
industry dealers this is a replacement part00:45:53
obviously this is a group of spare parts00:45:55
is the visual premier of profit00:45:58
auto industry on a formal occasion00:46:01
new requirements for automobile00:46:02
security systems00:46:03
general motors has recalled all its00:46:05
electric cars from renters and on the sly00:46:07
destroyed them in a deserted landfill00:46:09
the wilderness of the Arizona desert and00:46:11
brand new cars were destroyed00:46:13
remember we had a video about giant00:46:15
many new car junkyards00:46:17
commentators still didn’t believe us, how come00:46:19
so what kind of fool would destroy00:46:21
brand new car but look00:46:23
can and does destroy00:46:25
today we can see how00:46:27
cars are destroyed00:46:30
we destroy cars approximately00:46:33
the first thing we noticed when we got here00:46:36
What cars with this00:46:40
why are you doing this00:46:42
I've been working here for 8 years, these machines00:46:46
arrive00:46:47
they say these are test cars00:46:48
which are not just some kind of test00:46:52
It's scary to see how a company destroys00:46:55
It’s like I wasn’t afraid of cars at that speed00:46:57
that one life can escape00:47:05
four things can happen to them00:47:09
Universities will go to already nervous eyes00:47:12
some of them will turn out to be mazik00:47:15
our engineers00:47:16
or they can be recycled00:47:19
every detail and one will work00:47:22
disassembled used00:47:25
scraping let's break them and didn't leave them00:47:28
rust in a landfill caring00:47:31
Americans even organized protests00:47:33
movements with almost detective stories00:47:35
surveillance of trucks with arrests and00:47:37
confiscation of cars, however, destruction and00:47:40
one did not arouse interest among the general public00:47:42
in the end there are very few people at all00:47:43
I knew such a car would be good00:47:46
legs that was 20 years ago but now00:47:48
everything has changed the shelves then I already ride on00:47:50
electric cars and Tesla electric car00:47:52
of the future, here it is in front of us in reality00:47:55
with Tesla the situation is on and now we are talking about it00:47:57
let's tell the automakers and cover up ivi00:47:59
1 after a while we realized that00:48:01
hold back technological development00:48:03
for many reasons it no longer seems00:48:05
possible electric cars have become a trend00:48:08
all over the world and then Tesla appears00:48:10
main shareholders who if not00:48:12
knew just the leading automobile00:48:14
corporations world daimler and toyota at the core00:48:17
tesla asynchronous motor inverter00:48:20
lithium-ion battery and00:48:21
synchronized gearbox00:48:23
the output we have is painstaking and00:48:24
talented work of marketers who00:48:27
all technology except design was purchased from00:48:29
in China and they present innovations with sauce00:48:32
30 years of development00:48:37
what will the cars of the future be like?00:48:41
this is what the picture will finally look like00:48:43
reality for the next fifty hundred years00:48:45
do we even want to drive or00:48:48
our world will be taken over by drones like this00:48:50
already happening in motorsport let's00:48:52
Let's see what it will move on00:48:53
humanity in the future unmanned00:48:56
tape recorder train that goes faster00:48:58
the plane is not science fiction00:49:01
tape recorder at shanghai airport every00:49:04
a passenger on such a train can personally00:49:06
evaluate how it overtakes a take-off00:49:08
parallel to the magnetic plane plane and they00:49:11
could work on magnetic technology00:49:13
levitation, such trains don't roll00:49:16
literally hanging in the air thanks to00:49:18
repulsion of different poles of a magnet00:49:20
the carriages are located in several00:49:21
millimeters on the drill itself during00:49:23
friction movement also does not occur00:49:25
Essentially, there is nothing to wear out on such trains00:49:27
difficulty 1 magnetic plane and very expensive00:49:30
so expensive that from such projects00:49:33
The Soviet Union and the USA refused at the end00:49:36
last century, small lines could00:49:38
worked in West Germany and00:49:39
Great Britain00:49:40
but then they were closed and then China came00:49:43
China didn't just revive the Soviet dream00:49:45
about the train that flies through the air china00:49:48
was able to replicate the technology00:49:50
started with that same high-speed00:49:52
line in Shanghai it was built according to00:49:54
European technologies but then in00:49:57
Chinese engineers intervened00:49:59
developed a simpler and therefore more00:50:02
a cheap option could be exactly like this00:50:05
lines are now operating in Beijing and00:50:07
Changsha if high speed modifications00:50:10
accelerates to 431 kilometers per hour then00:50:13
less expensive option in Beijing00:50:15
100 kilometers per hour is enough and by 202100:50:18
new ultra-fast magnetic plane00:50:21
according to calculations he should appear in Qingdao00:50:23
will be able to reach 600 kilometers per hour00:50:25
however, the main thing is that the magnetic plane is successful00:50:28
solves the problems of an environmentally friendly urban00:50:31
transport with a huge deadline00:50:32
exploitation and at the same time saves people from00:50:35
Driver professions are all Chinese00:50:37
Magnetoplane and work autonomously what is it00:50:40
if not the ultimate transport of the future00:50:41
or do you still need a personal one?00:50:44
aircraft, how's it going with this?00:50:46
our reality let's see00:50:50
development of similar tools00:50:52
corporations have also started moving00:50:54
giants and small startups00:50:55
the need to park even a flying one00:50:58
no one canceled the car, so00:51:00
the car of the future must be able to00:51:02
land and take off vertically00:51:03
this is one of the main difficulties now00:51:06
for terra fugi engineers00:51:08
haven't been able to solve the problem yet00:51:10
current development called00:51:12
Transition can fly but can't00:51:14
landing vertically is essentially00:51:16
just a plane with folding wings00:51:18
that future owners should not00:51:20
count on it with ease00:51:22
jump over a suddenly formed00:51:24
traffic jam, takeoff can only be made at00:51:27
airfield approximate cost 400 thousand00:51:30
US dollars are only about 30 million00:51:32
rubles more advanced trophy project g00:51:35
in the summer Abel tf-x he looks much better00:51:38
more elegant and futuristic plugs00:51:41
like bad weather is his future00:51:42
owners should not be afraid of those fixes00:51:45
must be able to take off and land00:51:47
vertical development of tarot fuji00:51:49
designed for 4 passengers driver not00:51:52
it will be enough to inform00:51:54
destination the rest of the car00:51:56
will do it herself as the manufacturers promise00:51:58
rise into the air they are real00:52:01
virtual ones fix maybe in 202300:52:04
emergence of air taxi service00:52:06
prospect of a very foreseeable future00:52:08
The company expects to lead the market00:52:11
Uber earlier this year Hyundai00:52:13
together super presented the concept00:52:15
air taxi with ivan along with him00:52:18
the developers showed the hop platform00:52:19
necessary for the functioning of the new00:52:21
taxis from this platform will be able to00:52:24
perform vertical takeoff and landing00:52:26
The car will take up to four on board00:52:28
passengers at first to manage00:52:30
the air taxi will have a pilot later00:52:32
the developers expect that flights00:52:34
will eventually become autonomous with Ivan00:52:37
they promise to make it completely electric00:52:39
and not as noisy as helicopters and even in00:52:41
after all, there is also muscular traction00:52:43
quite an acceptable option, look here00:52:46
really to fly somewhere00:52:48
such a non-motorized glider needs first00:52:50
climb a high mountain and very00:52:52
carefully plan your route00:52:54
[music]00:53:01
but jokes aside, generally speaking00:53:04
human-controlled flying cars are not00:53:06
exactly the transport future that00:53:08
predicted by most futurologists00:53:10
most promising scenario00:53:13
proliferation of flying drones00:53:15
already in our time these are the projects00:53:18
attract investors the most00:53:20
unmanned air taxis are now working00:53:22
several large companies in their00:53:24
including aircraft manufacturer airbus whose00:53:27
city airbus apparatus in January 202000:53:30
made the first free flight in00:53:32
difference from the Hyundai iubire project00:53:34
airbus was not originally developed00:53:36
provides for the pilot to be in00:53:38
the cockpit of the electric multicopter will be00:53:40
move at speeds up to one hundred00:53:42
twenty kilometers per hour for a distance00:53:44
transport up to 30 kilometers by city airbus00:53:47
can accommodate up to 4 people later00:53:49
aircraft manufacturing corporation00:53:51
and other participants in similar projects00:53:53
expect to lift the air not only00:53:55
flying taxi but also more affordable for00:53:58
passengers aero buses and the whole topic00:54:00
drones most clearly and00:54:02
significant in motorsport00:54:06
Why is robot racing more interesting than racing?00:54:09
people are the first sign of a new approach to00:54:11
racing competition rob flight these are the stars00:54:14
autonomous racing capsules for real00:54:16
racing tracks, in other words, racing00:54:19
robots in their current form are an idea00:54:21
all robots look absurd for rob00:54:24
the flight is built by one company and the only one00:54:26
the purpose of these autonomous devices remains00:54:28
It’s not always possible to reach the finish line, but00:54:31
after all, this is just the beginning above all00:54:34
electrical formula and at first too00:54:36
we laughed and now this is the fastest00:54:38
growing racing championship on the planet00:54:40
automakers are already here more than00:54:42
formula-1 and by audience growth rate00:54:45
formula and left everyone far behind00:54:47
sooner or later the same competitors00:54:49
the effect will cover and robe flight for this00:54:51
you only need real technical00:54:53
confrontation imagine autopilot00:54:56
and for racing without drivers they produce00:54:58
leading companies on planet google00:55:00
microsoft toyota bmw baidu and even nasa a00:55:04
maybe Yandex is a good prospect00:55:07
in fact, every company listed00:55:09
is really successful in00:55:11
designing drones and why not00:55:13
they can't compete with each other00:55:15
robot race organizers' point of view00:55:17
will be even simpler and clearer than00:55:19
competition of live athletes no00:55:21
the person driving there is no risk that he00:55:23
will get into an accident and break, which means00:55:25
people may not be insured, which means00:55:27
the rule can be relaxed by allowing00:55:29
swing the designer with all his might00:55:31
just imagine your imagination00:55:33
truly unlimited speeds00:55:36
dangerous turns vortex engineering00:55:38
concepts, isn’t this what today’s people dream of?00:55:41
Formula 1 fans so that the fans have00:55:44
Rob the machines will come up with someone to root for00:55:46
virtual personalities are already00:55:48
practiced in South Korea created a whole00:55:50
music group from virtual00:55:52
personalities is a k-pop girl band under00:55:55
name kay 9 rate the elaboration00:55:58
characters in the video as a virtual group00:56:00
By the way, there is cyber racing in the frame00:56:03
This one clip has more than 300 million00:56:05
views number is approaching00:56:07
total audience of all modern00:56:09
Formula 1 is another direction of development00:56:12
competition not between robots and real ones00:56:14
people are really remote teams00:56:17
engineers of each of which to build00:56:19
own robotic car with unique00:56:21
characteristics and the racers themselves00:56:23
controlling a car from a distance00:56:25
the best option for a world that00:56:27
real fireballs are in a fever in the epidemic00:56:30
living people and everyone is sitting at home00:56:32
cars are driving on the highway but there is a real steering wheel00:56:35
is in the hands of a person for a lot00:56:36
kilometers from the race track you would look at00:56:39
this is about purely computer stuff00:56:41
competition without any physical00:56:42
four-wheeled piece of iron and talk00:56:44
there’s no point gamers have been hacking away for many years now00:56:47
networks and now the wave of streams has arrived and00:56:49
before motorsport with the onset of the pandemic00:56:51
real races have decided to cancel one after another00:56:54
another one instantly replaced them00:56:56
virtual own cyber championship00:56:58
launched the most popular series in America00:57:01
nascar most sought after championship00:57:03
australia supercars highlights00:57:05
motorcycle championship of the planet moto gp00:57:07
and of course Formula 1 in these competitions00:57:10
real racers also participate00:57:12
would drive along real routes for me00:57:14
their home corona virus where else can you00:57:16
see how on one computer track00:57:18
Famous current racers are fighting00:57:21
Champions and for example a dishwasher yes yes in contrast00:57:24
from real motorsport for00:57:26
virtual don't need millions of dollars00:57:28
budget compact build00:57:30
allowing you to fit into tight spaces00:57:32
racing car and daily training00:57:34
so that the neck can withstand overloads in00:57:36
turns the first virtual champion00:57:38
Formula 1 has become an ordinary dishwasher one00:57:41
of the main celebrities of racing and00:57:43
sport from the world daniel dirty at all00:57:46
would never have succeeded00:57:47
on real tracks the reason is two meters00:57:50
growth due to which careful not00:57:51
will fit in any racing car00:57:53
what about real motorsport formula 1?00:57:57
rally on scarlet month alas here is the forecast00:58:00
disappointing, judge for yourself in the 50s00:58:03
popular motto on Sunday00:58:05
win on Monday sell00:58:07
racing technology indeed00:58:08
passionately crossed ordinary roads into00:58:11
two thousandth this connection is final00:58:13
disappeared but the system could not even be implemented00:58:16
the usual auto industry dos is so tricky00:58:18
invention of the Mercedes team allowing00:58:20
change the camber angle of the wheels during00:58:22
cornering racer pulls00:58:24
steering column towards you and camber angle00:58:27
changes pushes the steering wheel camber angle00:58:29
takes its original position at current00:58:32
the race is projected to be somewhere around 205000:58:35
will turn into another kind of obsolete00:58:37
sports like rowing polo or00:58:39
fencing that is will become enjoyable00:58:41
a competition that almost no one00:58:43
looks who needs it in the modern world00:58:45
the duel stopped, and now again00:58:48
back to flying transport00:58:51
and this is a solar powered plane00:58:54
solar impulse made its first flight00:58:56
in December 2009 you cannot buy it00:58:59
but the prototype actually flies00:59:01
solar plane built00:59:03
Swiss entrepreneur and psychiatrist00:59:05
Andrew fight RK and Bertrand Picard on00:59:08
own solar impulse two00:59:09
the inventor has spread all over the world00:59:11
the plane turned out to be single-seater so00:59:13
the creators controlled it in turns00:59:15
The Swiss have proven solar energy00:59:18
even local can be really used in aviation00:59:20
The post office recognized their merits and released them in00:59:23
honor solar impulse postage stamp but by00:59:25
a number of solar indicators00:59:27
energy does not match fuel status00:59:29
future and how are things with the others00:59:31
alternatives let's look at00:59:33
some of them we won't00:59:36
consider banal gas00:59:37
electricity biofuels or hydrogen00:59:39
elements, let's look at these00:59:41
unusual as air, water and for example00:59:44
mercury00:59:46
in the 19th century transport with pneumatic00:59:49
motor was common00:59:52
installed on cars and even00:59:53
locomotives compressed air was stored in00:59:55
special cylinders from where through00:59:57
distribution system got into00:59:59
the motor is the main disadvantage of this method: low01:00:02
efficiency for long trips01:00:05
the tank is not enough however it is not01:00:07
interferes with the automaker's time from01:00:08
time to develop experimental01:00:10
air samples from Mobilych in 201101:00:13
compressed air vehicle01:00:15
Toyota presented its range01:00:17
was three kilometers another prototype01:00:20
in 2012 presented the Indian tata01:00:23
motors three-wheeled to the air under the mog01:00:26
have ridden over 200 miles on one cylinder01:00:28
kilometers in 2014 hybrid concept01:00:32
power plant running on compressed01:00:34
the French concern also presented in the air01:00:36
peugeot citroen on01:00:39
hydrogen fuel cars concept01:00:42
which has long been trying to occupy a niche in01:00:44
automotive industry hydrogen01:00:46
internal combustion engine more01:00:47
two centuries ago in 1806 he came up with01:00:50
French inventor Francois Isaac01:00:53
Dori you by today's standards, its principle01:00:55
was a simple mixture consisting of hydrogen and01:00:58
oxygen was ignited in the cylinder and01:01:00
and it made the engines run01:01:02
just like in the case of a conventional internal combustion engine01:01:04
operating on gasoline and also01:01:06
for example hydrogen fuel for conventional01:01:09
ICE was used in September 1941 in01:01:12
besieged Leningrad is famous in01:01:14
stories of a case where in just 10 days01:01:16
switched from gasoline to hydrogen 20001:01:18
trucks, which allowed in conditions01:01:20
shortage of gasoline protect the city by raising01:01:23
barrage balloons in the sky01:01:24
but it seems to be considered that for this01:01:27
to break down water into oxygen and01:01:29
hydrogen to use it in01:01:30
the quality of fuel needs to be spent a lot01:01:32
a lot of energy and the whole process01:01:34
electrolysis of water is energetically unfavorable01:01:36
however, not everyone thought so01:01:39
inventor Stanley Meer forty years ago01:01:42
he came up with and built it himself, working on01:01:44
split water car somehow01:01:46
miraculously the story about this man became01:01:48
available to the masses once featured in the report01:01:50
local news station in Ohio and so01:01:53
what happened to stanley the mayor01:01:55
potential investors made rich01:01:57
he has a lot of money to build cars01:01:59
no everything was wrong at first after01:02:02
appearance in the news scene and his video01:02:04
in some experts began to call the scene01:02:06
a fraudster and then he died officially from01:02:09
cerebral aneurysm but brother01:02:11
the inventor told a different story01:02:22
question what happened01:02:25
didn't poison me01:02:28
in the 90s of the last century anti01:02:32
mercury's gravitational capabilities01:02:33
worked as a physicist and inventor Spartacus01:02:36
Mikhailovich Polyakov he succeeded01:02:38
design the so-called riding01:02:40
inertial engine is the essence of this01:02:42
development was to create01:02:44
vertical traction using the device01:02:46
accelerating vape spiral channels in01:02:48
confined space liquid mercury01:02:50
polyakov was able to get a small level01:02:52
several kilograms of thrust throughout the entire stroke01:02:55
the experiment is described in his scientific work01:02:57
introduction to experimental gravel01:02:59
tonic but it all started much earlier in01:03:02
1875 in one of the Indian temples01:03:05
Scientists have discovered an ancient written01:03:07
treatise called we monika shastra01:03:09
this document was written in the fourth01:03:12
century BC Bukhara 2g wise on01:03:14
based on even earlier texts he01:03:16
contains a detailed description of aircraft01:03:19
ancient devices if you look closely01:03:21
these aircraft are very01:03:23
resemble the UFO we know according to01:03:26
this source is mercury01:03:28
used by ancient people as01:03:29
fuel for these devices and this find01:03:32
had a serious impact on further01:03:33
technological progress of the third reich01:03:35
the Germans were primarily interested in01:03:37
applied side of ancient scientific01:03:39
the works of German researchers were01:03:41
amazed by the precision and scrupulousness with01:03:44
which the entire technology was prescribed01:03:46
use and production of ancient01:03:48
aircraft pragmatic Germans01:03:50
decided that it’s just because you think the ancients01:03:52
people couldn't do all this, especially since01:03:54
documents kept recent evidence01:03:56
creation of aircraft with01:03:58
mercury-based propulsion system01:04:00
in May01:04:01
1895 on one of the beaches of Bombay01:04:04
unmanned test occurred01:04:06
the aircraft he created01:04:08
Professor at Bombay School of Art Dr.01:04:10
tal on yes were taken as a basis01:04:12
technologies are the same ancient ones01:04:14
Pepelats aircraft equipped01:04:17
mercury engine rose to 45001:04:19
meters up, stayed there for a few01:04:21
minutes and dropped to the same place01:04:23
This event was witnessed not only by01:04:25
ordinary citizens but also government officials01:04:28
face apparently all this was enough01:04:30
for the German scientific elite to start01:04:32
serious developments in this direction01:04:34
and according to some data from Germany, after all01:04:36
managed to develop anti-gravity01:04:39
a mercury-based mechanism may even be01:04:41
if amazing technologies appear01:04:44
then they will not be for everyone, to put it mildly01:04:46
ordinary earthlings will suffer from01:04:47
overpopulation diseases and wars but01:04:50
the richest inhabitants of the earth for example01:04:52
will create their own separate world, for example01:04:54
on floating cities not controlled by anyone01:04:56
one government or in general01:04:58
they prophesy that Hollywood will leave the planet and01:05:00
move to the space station with01:05:02
clean environment and higher01:05:04
level of health care capable01:05:06
cope with any problem up to01:05:08
curing cancer due to radiation sickness and01:05:10
regrowth of lost limbs01:05:12
multiple rejuvenation of the body and01:05:14
to many others but for the rest it's a slum01:05:17
on earth the struggle for survival in dangerous and01:05:19
harmful environmental conditions and01:05:21
work or everything will be much better01:05:30
always a good and passable car01:05:32
pleasing to the eye and ideally it should01:05:35
climb almost vertical01:05:37
wall01:05:38
[music]01:05:44
in general, SUVs are probably the main thing01:05:47
a word for every man even if you01:05:49
the emperor with the light hand of the famous01:05:51
motorist Prince Orlov Nikolai01:05:53
the second moved from a live horse to01:05:55
iron horse and immediately got a garage01:05:58
fifty-six cars with a total cost01:06:00
about 1 million rubles in prices01:06:02
1913 was given to the highest person01:06:05
designer Adolf tigress created the first01:06:08
he has a half-track vehicle in the world01:06:10
there were soft caterpillars made of camel01:06:12
felt on the rear wheels and instead01:06:14
the front ones were skis January 15, 191701:06:18
Nicholas II wrote in his personal diary01:06:20
impression of a walk to the miracle of technology01:06:22
at two o'clock I went with all the children to01:06:25
snow motors tiger with ak pulkovo01:06:27
drove through various ravines and descended from01:06:30
the mountains drove straight through fields and swamps along01:06:32
Gatchina highway and returned through01:06:34
Boblovo are not stuck anywhere despite01:06:36
deep snow and returned home at 4:0001:06:39
very pleased with the unusual walk01:06:41
this is a video he is a huge SUV with01:06:44
low pressure tires with ease01:06:46
pulls 7 tons with its own weight of four01:06:48
thousand three hundred kilograms even for a person01:06:51
such a colossus will not easily pass01:06:52
causing no harm01:06:54
auger strokes world's first rotary auger01:06:57
the all-terrain vehicle was patented by the American01:07:00
inventor Jacob Marat01:07:02
1868 the principle of its movement is simple01:07:05
two Archimedes screws only for the hood with01:07:07
will easily ride the dead and swamp01:07:09
swamp snowy hills or water surface01:07:12
the idea was picked up and equipped by Henry Ford01:07:15
screws tractor ford zone series scientific01:07:17
the passage was built in the 1920s and01:07:20
used to transport doctors and01:07:22
there were mails to Alaska in Russia01:07:24
patented auger sleds created01:07:26
dirgin there in 1900 but the idea is not01:07:29
received special approval later in the USSR01:07:32
from 1979 to 1991 were produced at01:07:36
hikes ZIL 2906 and ZIL 29 061 and this one01:07:42
the road train is truly unique01:07:44
1958 at the US Department of Defense and01:07:47
order the longest wheel01:07:49
road train in the history of La Tour on test 49701:07:53
the length of the monster is one hundred and seventy-three meters01:07:56
weight 450 tons 4 gas turbine engines01:08:00
56 wheels with a diameter of 3 and a half meters01:08:03
equipped with an individual electric motor01:08:05
electronic control system endowed01:08:08
shaya thousand four hundred ninety seven01:08:09
unique maneuverability manufacturer01:08:12
took care of 6 crew members01:08:14
comfortable and living modules kitchen01:08:16
wardroom sewerage and01:08:18
automatic laundry but that's it01:08:21
it turned out to be very expensive and not practical01:08:23
road train put up for sale for 101:08:25
million 400 thousand dollars buyer is not01:08:28
was found and in 1971 the trailers were put on01:08:31
the scrap metal tractor is already showing off in the museum01:08:34
state of arizona but not only companies01:08:36
capable of creating powerful prototypes of this01:08:39
the spider was built by a lone inventor01:08:41
main feature independent meter01:08:44
wheels with a vertical travel of 2.13 meters a01:08:48
this is the brainchild of an engineer and a traveler01:08:52
Alexey Makarov to the polar all-terrain vehicle01:08:54
speed on hard ground 50 kilometers01:08:57
per hour and 5 kilometers per hour on water01:08:59
provides a 150 horsepower engine with01:09:01
torque 360 newton meters at01:09:04
1800 rpm and01:09:07
the propeller pulls the Ekaterinburg01:09:09
barge hauler 2 tons and low pressure tires01:09:11
with a diameter of 1 whole 75 hundredths meters and01:09:15
0.72 meters wide provide01:09:18
excellent grip on any surface01:09:19
seats for the comfort of expedition members01:09:22
transforms into sleeping places01:09:24
small kitchen with hood and little01:09:27
dimensional shower a01:09:30
this is a Viking from Naberezhnye Chelny01:09:34
from Kamaz under the leadership of Arthur01:09:35
Tuktarov and Leonid Khripunov created01:09:38
The world's only amphibious all-terrain vehicle01:09:39
certified for compliance01:09:41
UN requirements01:09:44
this miracle of technology is made on the basis01:09:47
antediluvian armored personnel carrier01:09:49
1959 model in which they slapped01:09:52
eight-cylinder engine with a volume of 5.701:09:54
liters from chevrolet corvette spare01:09:57
wheels were transformed into additional ones01:09:59
which can fall to the ground with01:10:00
using hydraulic motors added01:10:02
reinforced off-road suspension and01:10:04
of course a harpoon with a winch even without it01:10:08
the first photo of the punishers appeared in01:10:11
caused quite a stir on the internet01:10:13
someone admired the aggressive design01:10:15
someone made fun of someone worthy of a Batmobile01:10:18
huge for an armored car windows with terrible01:10:20
behind the tilted view someone actually screamed01:10:22
this is fake but in 2008 at the ZIL plant01:10:25
started together with Ford01:10:28
work on the project full technical01:10:29
characteristics of futuristic01:10:31
armored car is still classified of course01:10:34
large windows will not add to the punishment01:10:36
survivability but their angle of inclination increases01:10:39
the probability of rebound and minimize01:10:41
damage and the external view is expanded01:10:43
six cameras01:10:45
but when obstruction is a priority01:10:48
carrying capacity then are born here01:10:50
such monsters as the dump truck and Dante01:10:53
since the dump truck is completely01:10:55
there is no need for electric01:10:57
use the brakes when descending01:10:59
its huge role acts as a brake01:11:01
electric motors operating in mode01:11:03
generator generated electricity01:11:06
used for charging batteries01:11:08
batteries and can be used again when01:11:10
The dump truck on the way back rises to01:11:12
mountain and the most interesting thing is that01:11:14
when moving down 13 degrees01:11:16
loaded slope01:11:18
The dump truck generator produces more01:11:20
energy than the dump truck spends on01:11:22
lifting moving on easy and excess01:11:25
energy can be transferred to the general01:11:26
energy system during01:11:28
dump truck unloading battery01:11:30
the dump truck battery weighs 4 and a half01:11:33
tons it consists of 1440 nickel cobalt01:11:36
manganese cells and this is the most capacious and01:11:39
large battery01:11:41
installed today on01:11:43
ground vehicle a01:11:46
this is their so-called bottom dump truck01:11:49
the highest rates recorded01:11:50
payload to weight ratio01:11:53
lowest cost of transportation 101:11:55
tons of material and the ability to develop the most01:11:58
high speed up to 68 kilometers per hour01:12:00
with a body volume of 228 cubic meters01:12:04
and a carrying capacity of 220 tons is01:12:06
the colossus is incredibly maneuverable, soft and01:12:09
smoothly and can actually spin on01:12:11
place because her wheels are inflated01:12:13
nitrogen capable of turning 8501:12:16
degrees and of course the biggest01:12:18
feature of dump trucks in its body01:12:21
original design rigidity01:12:23
which is provided by a complex system01:12:25
of four ribs located along01:12:27
the four corners of the body have such a structure01:12:29
also placement of welds in the area01:12:32
with low voltage allows you to do01:12:33
thin-walled body made of high-strength01:12:36
steel which reduces its own weight01:12:38
guarantees high impact resistance and01:12:40
increases service life01:12:42
but this is a Belarusian BelAZ 75 71001:12:47
monster truck is the biggest in the world01:12:50
capable of transporting 450 tons at a time01:12:53
load, the length of this giant reaches 2001:12:56
meters height 8 point sixteen hundredths01:12:58
meters and the width is 9 whole01:13:00
eighty-seven hundredths meters two01:13:02
all-wheel drive diesel engines01:13:04
provide special equipment with power up to01:13:06
eight and a half thousand horsepower01:13:08
each tubeless pneumatic01:13:10
the tire can support a weight of 10201:13:12
tons of truly monstrous ones on this one01:13:15
truck dimensions installed01:13:16
diesel-electric transmission 216 and01:13:19
cylinder diesel engines01:13:20
start the generator that produces01:13:22
electricity supplying 4 electric01:13:25
engines fuel consumption is01:13:27
some measly 1300 liters per 10001:13:30
kilometers a01:13:32
this is a Japanese Komatsu drone which01:13:35
equipped with a two thousand 700 engine01:13:37
horsepower and can move01:13:39
forward and backward at the same speed01:13:40
all-wheel drive and steering control01:13:43
and by turning all four wheels01:13:45
Thanks to these options, time is reduced01:13:48
to position the dump truck for loading and01:13:50
unloading and also on site01:13:52
minimum stripping work is performed01:13:54
since there is no need for01:13:55
turning the car transmission01:13:57
represented by four electric motors01:13:59
dynamic brake modified01:14:02
final drives and generator01:14:04
payload capacity of an autonomous dump truck01:14:06
230 tons operating weight 416 tons01:14:10
this is the first dump truck with01:14:11
electromechanical transmission01:14:15
narrowly it also has an unmanned truck01:14:18
it doesn't even have a traditional cabin01:14:20
intelligently drives the truck01:14:23
system connected by the logistics system01:14:24
this way scania excel gets01:14:27
exact instructions on how much cargo01:14:30
where and when should it be delivered to01:14:32
production did not stand idle full set01:14:34
radar cameras and sensors allows01:14:36
scania excel easy to find your way01:14:39
moving in a given direction01:14:41
the absence of a cabin made it possible to noticeably01:14:43
lower the height of the truck so01:14:45
loading it has become noticeably easier scania01:14:48
xl is by no means electric but has01:14:50
internal combustion engine and it01:14:52
emits a minimum of harmful emissions into the atmosphere01:14:54
substances because it works on01:14:56
renewable biofuels01:15:02
throughout history01:15:03
automotive industry which includes01:15:05
for almost 250 years and is taking its toll01:15:08
started with a couple more power machines01:15:10
cars have changed beyond recognition01:15:12
changed several times over so many years01:15:15
leading car brands have changed hundreds01:15:18
thousands of models and fashion trends however01:15:20
many of the engineers' plans never came to fruition01:15:22
some concept cars were real01:15:25
crazy even for its time01:15:26
they who found themselves after decades01:15:29
years today let's get to know01:15:32
sixteen amazing concepts01:15:34
cars from the past and present century what01:15:37
What else could be waiting for us on the roads?01:15:39
to be seen today01:15:42
the entire automotive market can be divided01:15:44
four parts Japanese cars01:15:46
American and European and Russian but01:15:49
we'll start today with the gods of electro01:15:52
luxury velor and technology packages01:15:54
Japanese automotive market01:15:58
Let's look at concept cars from the leader01:16:00
Japanese market Toyota01:16:03
sixties and seventies auto companies01:16:05
became rich enough to01:16:07
invest not only in conveyor01:16:09
production but also to give free rein to the most01:16:11
crazy ideas of engineers these years01:16:14
Toyota has released a whole line01:16:16
experimental cars designated01:16:18
city of the as x experimental first01:16:21
stood out among this line x 1 ancient01:16:25
ancestor future Toyota Celica on which01:16:27
used front-wheel drive for the first time01:16:29
next funny instance x2 and this01:16:32
a concept that was way ahead of its time01:16:35
time after all, he was one of the first01:16:37
electric car subcompact three-wheeler01:16:40
monsters faintly resembled cars and did not01:16:42
impressed the audience of that time and01:16:44
let's complete this amazing series01:16:46
a real Toyota x7 racing car and01:16:49
this instance was clearly planned01:16:51
participate in races and all your appearance01:16:53
made it clear this is a bid for victory01:16:57
457 v-twin motor disc brakes01:17:00
streamlined shape victory was assured01:17:03
but unfortunately, it still hurts until the assembly line01:17:05
didn't get there01:17:07
let's move on to another participant of ours01:17:10
selection from another company honda mtx01:17:13
and it was a real show car in the 80s01:17:17
the standard of automotive beauty in everything01:17:19
the world had lamborghini countach and the Japanese01:17:22
tried their best to imitate01:17:23
European fashion and the Honda company01:17:26
made a coup they ordered01:17:29
development of the design of the future model01:17:31
Italian studio but concept car01:17:33
endowed with too weak a v-shaped01:17:35
6-cylinder engine that couldn't01:17:38
compete with the powerful at 1201:17:40
lamborghini unusual appearance Honda01:17:43
was created to improve speed01:17:44
characteristics01:17:46
special wedge-shaped body shape01:17:48
grooves across the entire body and still01:17:50
it didn’t save the concept from failure so01:17:52
this car was left only for01:17:54
pictures but how amazing01:17:57
cars are being developed today in01:17:58
Japan01:18:00
the most important beat among the Japanese today01:18:03
was an attempt to revive cult01:18:05
cars of the nineties in the new01:18:07
modern guise, such as factories01:18:10
Nissan showed two concept cars01:18:12
from the series of rebirth of the legend nissan z and01:18:15
nissan gt-r history of the so-called grandfathers01:18:19
each became legendary for the company01:18:21
the new model of this series became01:18:22
iconic but does the new one fit in?01:18:24
the concept on this list is not clearly powerful01:18:27
supercharged v6 turbo engine which01:18:30
produces 400 horsepower but the appearance is strong01:18:32
losing to older models, how are you doing?01:18:35
jeter in the nissan gt-r lineup01:18:38
just one copy01:18:39
however, he immediately became a legend and symbol01:18:42
Nissan factory and all thanks to the line01:18:45
the cars that gave birth to it namely01:18:47
nissan skyline you've definitely seen a couple01:18:50
their representatives in the Fast and the Furious film series01:18:52
so this is the continuation for today01:18:55
This hybrid will become a cult model01:18:57
in this model as in the previous one01:18:59
v6 engine however now it will be01:19:01
develop as many as seven hundred and twenty semi01:19:04
gasoline forces01:19:06
this is going from the theme of returning to the past and01:19:09
Let's go back to the car of the future of another01:19:11
Japanese giant Lexus and in concept01:19:14
Electra fight jigsaw demonstrates01:19:16
maximum innovation which is a brand01:19:18
plans to sell its models to01:19:20
2025 here and square racing01:19:24
steering wheel and fully touch-sensitive instrument panel01:19:26
panel and console and strange space01:19:29
streamlined silhouette and electronic01:19:31
system that requires the driver01:19:33
minimum effort and of course01:19:35
electric motor 544 horsepower01:19:38
strength this lexus is a great example01:19:41
perfect combination of top technologies01:19:43
today and new design01:19:45
solutions that will soon be filled01:19:47
automobile market let's move from the world01:19:50
Japanese technology into the American world01:19:52
strength and masculinity01:19:54
American automotive market01:19:56
has always been focused on powerful01:19:58
engines and brutal forms as an example01:20:00
may become familiar mustangs and01:20:03
charger and yet their engineers carried out01:20:06
various kinds of experiments with design01:20:08
auto01:20:10
dodge deora 2 to the point of impossibility01:20:13
futuristic pickup truck from the 60s01:20:17
1964 several car enthusiasts01:20:19
with the support of Dodge01:20:22
decided to build an unusual car based on01:20:24
based on the Dodge Hey 100 pickup they removed from01:20:27
him the original cabin and built01:20:29
new using the detachment's back door01:20:32
ort station wagons instead of side doors01:20:35
the lance was equipped with a swivel around01:20:37
its axis with the front panel and01:20:39
folding top glass01:20:41
instead of a steering wheel, a steering wheel was placed in a pickup truck01:20:44
2 and 8 liter inline 6-cylinder01:20:46
engine that was moved back01:20:49
hidden cargo area tail lights01:20:51
were under a wide wooden01:20:53
panel and reflected using mirrors and01:20:56
this whole strange structure developed01:20:58
unfortunate 174 horsepower and was built01:21:02
three years but got to the exhibition in Detroit01:21:04
where she received 9 awards and the sea01:21:06
audience sympathy for its unusual01:21:08
I was also interested in the appearance of the pickup truck01:21:11
MTI company proposed to make it01:21:13
scale model and include in the first01:21:16
hot wheels series released in 196801:21:19
and it so happened that toys from this machine01:21:22
they got onto the conveyor belt, but the car itself didn’t01:21:26
Another unusual concept was01:21:29
representative of the luxury class namely01:21:31
cadillac cyclone01:21:33
1959 this car looks01:21:36
resembles a mixture of the Batmobile and all the best01:21:39
Agent 007's cars and the cycle it became01:21:42
experiments in use01:21:43
futuristic style and technology01:21:45
Cadillac concern was the last01:21:48
development and legendary designer01:21:50
general motors harley earl cycle he had01:21:52
transparent plastic roof which01:21:55
tightly adjacent to the panoramic windshield01:21:57
glass to ensure complete01:22:00
360-degree view and roofs01:22:02
rose automatically when01:22:04
any door opened and completely01:22:06
moved into the trunk where it lay on01:22:08
the car also had inflatable cushions01:22:11
equipped with a radar device01:22:13
located in two black cones01:22:15
located on us in the car is the essence of it01:22:18
was to scan01:22:19
road and warn the driver about01:22:22
obstacles on the way and possible01:22:23
collisions, the device emitted01:22:26
special sound and light signal01:22:28
when danger is imminent, America also knows how to01:22:30
ahead of its time however01:22:32
today American01:22:34
automakers are far behind the world01:22:36
so can they surprise you with something today?01:22:39
car enthusiasts01:22:41
you can surprise with a new filling in an old one01:22:43
cover for example electric mustang01:22:46
which looks almost no different from01:22:48
all its gasoline predecessors01:22:50
Yes, Americans are true to their classics01:22:52
design almost like the Russian auto industry01:22:55
therefore based on standard bathing01:22:57
ford mustang was created like this01:23:00
ford mustang electric concept01:23:02
lithium it will have as many as 912 and01:23:05
horsepower that still makes it01:23:07
undoubtedly a cool powerful car but01:23:09
definitely not shocking, but here’s another concept01:23:12
can surprise you much more01:23:16
and this is a luxury sedan Zafer reflection01:23:19
perhaps this is the first American01:23:21
car over the last 50 years in which01:23:24
does not stand classic for this01:23:26
brand design and main feature01:23:28
here it has become a little liter and powerful01:23:31
engine as we have come to expect from01:23:32
Americans a huge multimedia01:23:35
display located along the dashboard of the car01:23:37
this is how time and fashion force the classics01:23:40
the Japanese take on a new unusual look01:23:43
Americans are chasing technology01:23:46
preserving the classics in new times and01:23:48
changing fashion and what about the Europeans01:23:50
ideas about them are very mixed01:23:53
fast and constantly burning ferrari01:23:56
representative Mercedes and aggressive01:23:58
BMW is full of different popular brands of the night01:24:01
concepts shook this world and01:24:05
I would like to start with a strange gender01:24:07
cars semi motorcycle semi moped01:24:10
which is everything01:24:11
cousin of a friend01:24:13
volkswagen golf and this and the body power design01:24:16
moto before Italians are hot unusually not01:24:19
only in behavior but also in car design01:24:22
it's not a car or a motorcycle but01:24:24
amazing synthesis of both types01:24:26
vehicles that were supposed to01:24:28
become a pleasure car this prototype01:24:30
was developed on highway units01:24:32
serial volkswagen golf from motorcycle01:24:35
concept car it all design our moto01:24:37
received a traditional riding position and01:24:39
appropriate seat design01:24:41
design of the wheels, steering wheel and handles, but that’s more01:24:44
not the most amazing car that could accommodate01:24:47
up to 9 people and everyone had01:24:49
personal pen for01:24:51
hold on and a personal belt to01:24:53
definitely don't leave the car early01:24:54
as prescribed and it was completely working01:24:57
prototype with engine from racing models01:24:59
vw golf gt there are as many as one hundred and thirty-four of them01:25:02
horsepower pens or me exactly01:25:05
will come in handy01:25:07
the next guest will be a Burton minivan01:25:10
lamborghini genesis first of all01:25:13
lamborghini secondly mini wink if already01:25:16
this combination didn’t shock you then01:25:19
take a closer look at his appearance01:25:20
front doors sliding gull wings01:25:23
rear two-meter body width01:25:25
growing 180 degree seat01:25:28
interior made of red beige Alcantara if01:25:32
it didn't surprise you then here it is01:25:34
specifications01:25:36
460 1 hp v12 engine borrowed01:25:40
Lamborghini Countach however has engineers01:25:42
for some reason we decided to take the gearbox with01:25:45
short passes that were not allowed01:25:47
attack with all the might of the family minivan01:25:49
the road is probably why the car is like this01:25:52
didn't see the light because if the car didn't01:25:54
can go fast it's not a lamborghini01:25:57
today's European standards and01:25:59
desire is strikingly different from that01:26:01
what we could see at the end of the mountains01:26:04
80s and now you will see for yourself and01:26:08
the real one will appear before you first01:26:11
businessman in the world of Mercedes-Benz cars01:26:13
vision and wind but here is his appearance01:26:17
completely different from typical models01:26:19
this brand is firstly electric01:26:22
drones and as Mercedes itself states01:26:24
this car points far in01:26:27
the future to awaken our imagination01:26:28
how the good ones do it01:26:30
sci-fi films graph new01:26:33
the battery does not contain toxic and01:26:35
expensive elements such as nickel and cobalt01:26:37
Charges in 15 minutes and is always ready to go01:26:40
recycling range at01:26:43
this exceeds 700 kilometers in thirds01:26:46
the car recognizes the driver and01:26:48
passengers by breathing and then monitors01:26:50
their emotional state is more important to you01:26:53
no need no psychologist no sedative01:26:56
fourth in this Mercedes 476 and01:26:59
horsepower each wheel can01:27:00
the machine can even be controlled separately01:27:03
move sideways performs a crab move01:27:05
this is undoubtedly the most impressive01:27:07
concept of all that surprises everyone and01:27:10
immediately and01:27:12
it seems after such a powerful concept already01:27:15
no one can surprise us but this is not01:27:17
so I present to you the video of Ramon01:27:20
or as it is also called atlas cross01:27:22
sport or and that's nothing more than01:27:24
SUV sports car and the whole point is01:27:27
what the volkswagen plant decided again01:27:29
try yourself in prestigious01:27:31
rally raids and do not send there01:27:33
anything but purpose built01:27:34
off-road sports car car contains in01:27:37
imagine a two-liter turbo engine at 48001:27:40
horsepower is officially declared01:27:43
balance is maintained at this level01:27:44
power and reliability in the race because01:27:47
theoretically the same engine01:27:48
you can pump up to 600 horsepower like this01:27:52
that for those especially at risk it will be possible01:27:54
make this monster more powerful but more dangerous01:27:56
for you but such a concept is unlikely01:27:58
will reach the common people so01:28:00
most likely we will just have to admire it01:28:02
somewhere in the desert on the world01:28:03
rally championships01:28:05
subtotals01:28:06
Japanese is an electronic style01:28:09
modernity Americans everything is new01:28:12
well forgotten old time and Europeans01:28:15
shock and excite and what happens after01:28:17
Russians can offer all this01:28:19
car factories and01:28:22
I would like to start with a concept that01:28:24
later stole from our engineers01:28:27
everyone knows pagani zonda we meet01:28:30
Moskvich g2 the name is not the best01:28:33
presentable but his concept01:28:35
this car was truly amazing01:28:37
created in01:28:39
1959 as a record racing01:28:41
car for one type of location01:28:43
engine almost like a Porsche body had01:28:46
streamlined shape to develop more01:28:49
speed of the car was equipped with an engine in01:28:51
as much as 75 horsepower rear frames and01:28:54
independent front suspension and01:28:56
despite the low power01:28:58
the maximum speed of this car01:29:00
was 200 23 kilometers per hour01:29:03
especially for such load speeds01:29:05
the body is made of aluminum and at the same time01:29:08
it had aerodynamic contours01:29:10
the concept was brought by its creator01:29:13
3 All-Union speed records several01:29:16
for years he even took part in competitions01:29:17
but after a while it was written off and forgotten01:29:22
the next participant may confuse you01:29:25
This is a ZIS 112 sports car and it’s immediately difficult01:29:28
understand whether it is a car or a plane in01:29:31
1950s Russia America led01:29:34
competitions in any industry from space01:29:36
before the automotive industry and Soviet01:29:39
engineers inspired by American01:29:41
General Motors decided to create a concept car01:29:43
create your own monster and this is how zis appeared01:29:46
112 car weighed almost 3 tons but01:29:49
it had a serial engine of 140 horsepower01:29:52
which, as you might guess, is nowhere01:29:54
not the weight of this heavyweight01:29:55
over time the power increased to01:29:57
record 182 horsepower01:30:00
allowed the car to accelerate to 20001:30:02
This monster ate 35 kilometers per hour01:30:05
liters of gasoline per 100 kilometers therefore01:30:07
was equipped with a 220 liter tank to01:30:10
be able to compete in races but01:30:13
in addition to these difficulties during01:30:14
competition car was locked01:30:16
plastic cap, which did not allow01:30:18
it is normal for a racer to breathe during01:30:20
races and how much the engineers struggled with01:30:23
finalization of this concept car in01:30:25
In 1956 he was replaced by others more01:30:28
successful model in Soviet times01:30:31
the arms race motivated everything01:30:33
industry to work until victory, however01:30:35
Today are completely different times, so what?01:30:38
today we can be presented with Russian01:30:40
automotive industry01:30:42
so how to brag about breakthroughs and01:30:44
shocking concept cars we can't01:30:47
then let's at least smile at your01:30:49
Attention serial electric car Kama 1 a01:30:52
if it's simpler, a to 2023 y 2024 y factory01:30:57
KAMAZ promises to release an updated and01:31:00
a completely modern shark if01:31:02
the original idea for this body01:31:04
was that the car be01:31:06
convenient for people with disabilities01:31:08
capabilities, then this version is environmentally friendly01:31:10
electric transport is stated as01:31:13
car for cardsharing concept Oka01:31:15
presented declared reserves in 202001:31:18
travel with 8-10 kW electric motor01:31:21
on the rear axle up to 250 kilometers power01:31:25
engine will be as much as 200 1801:31:28
horsepower objectively this concept01:31:30
not as bad and definitely not as bad as her01:31:33
ancestor01:31:34
let's close the list of amazing01:31:36
concept cars we are developing from01:31:39
series of fiction01:31:40
unmanned electric car from Sber Dow01:31:43
there is no well-known green bank01:31:45
only cards but also our own company01:31:47
development and production of various01:31:49
inventions including car flip01:31:52
built on an electric platform01:31:54
company's own developments01:31:56
the platform is set in motion01:31:58
electric motor and its power source01:32:01
Replaceable battery module inside01:32:03
no car no driver's seat01:32:05
hood and space for engine and gearbox01:32:07
therefore, despite the fact that its dimensions01:32:09
can be compared to an average car01:32:11
there is much more space inside the flip so far01:32:14
that this concept is still being tested and but01:32:16
the company already calls it safe01:32:19
taxi of the future let's see what it will be like01:32:21
if this concept comes to life01:32:23
along with a corr shilling from Kamaz01:32:29
many people don't believe in drones01:32:32
their arguments are such machines never01:32:34
will be able to be put on the road en masse01:32:36
self-driving cars will never01:32:39
will replace live drivers and in general01:32:41
drones are something from the area01:32:42
fiction01:32:43
especially in Russia where you are dear01:32:46
there are few normal people but is it really so01:32:48
in fact, let's look at the most popular01:32:50
myths on this topic myth first drones01:32:54
won't be able to drive without 5g, perhaps that's it01:32:57
the most common stereotype01:32:59
drone needs fast 5g internet01:33:02
and without this type of communication self-governing01:33:04
cars won't be able to drive though01:33:07
drones in Russia and elsewhere01:33:09
countries travel with all their might without 5g01:33:12
they don't use the communication standard01:33:14
not in Yandex not in Tesla each of these01:33:17
companies have launched their own drones01:33:19
on public roads in test01:33:22
mode, each has and01:33:23
documented trips with people01:33:25
who did not drive the car and all this01:33:28
without fast internet but with radars01:33:30
or gifts and other equipment01:33:32
which is really necessary01:33:34
unified standard drone01:33:36
drone designs based on data01:33:38
the moment does not exist at all and is possible01:33:41
one of the developers really01:33:43
will create effective solutions with01:33:44
using 5g but right now in this01:33:47
there is no real need for 5g it's not at all01:33:50
technology is not necessary for this01:33:52
so that the machines work properly for more01:33:54
Moreover, they don’t even really need GPS because it01:33:57
does not give very accurate data01:33:58
the error can be up to01:34:00
several tens of meters especially in01:34:03
conditions of dense urban development for01:34:05
drones are unacceptable they are not01:34:07
may depend on similar crutches01:34:09
therefore, manufacturers usually use01:34:11
GPS only as an auxiliary source01:34:13
data and the main source is the system01:34:17
sensors cameras radars or gifts and01:34:19
high-precision maps and create and01:34:22
keep them up to date01:34:23
not that hard since they are updated01:34:26
let's add to this with the drones themselves01:34:29
the fact that there is a trend01:34:30
some technology exchange which01:34:33
significantly accelerates the development of the entire01:34:35
industry01:34:36
Tesla world his mask is ready to open01:34:38
competitors for their developments in the field01:34:40
unmanned vehicles mask stated that it was01:34:43
It would be cool to license Tesla developments01:34:46
in the field of autonomous control for01:34:48
other companies including01:34:49
competing new version of branded01:34:52
complex of assistants called full01:34:54
got into driving and makes its serial debut01:34:56
pick-up cyber tract should get01:34:59
about 4 times more possibilities01:35:01
than the current ones about the transformation of developments01:35:03
tesla in open source software, that is, by01:35:06
the essence of organizing public access to01:35:08
speech software is not yet available01:35:10
Elon musk is coming, noted that the creation01:35:13
such a system is, in principle, extremely01:35:15
expensive so you have to pay for it somehow01:35:17
pay nevertheless it is considered that01:35:19
costs for purchasing a license in any01:35:21
in case they will save money01:35:23
manufacturers who do not yet have01:35:25
own autopilots these expenses01:35:27
will be disproportionately less01:35:28
financing of own developments and01:35:31
here is another domestic example01:35:33
the index published the largest in the world01:35:36
set of data collected offline01:35:38
cars that are used for01:35:40
machine learning of drone systems01:35:42
these are recordings of 1600 hours of movement01:35:45
Yandex drones that traveled around01:35:47
Russia Israel and the USA all this data01:35:51
divided into 600 thousand trip fragments01:35:53
drones and the information in them01:35:55
the truth released in is impersonal01:35:57
public access videos are not visible01:35:59
registration plates of others01:36:01
cars or pedestrians' faces while01:36:03
fragments contain highly accurate maps01:36:05
routes tracks of other participants01:36:07
movements their position speed acceleration01:36:10
and so on in this way in the set01:36:13
published data contains everything01:36:15
needed to solve the shear problem01:36:17
data is just a monster on shift in the machine01:36:19
learning what data shift is01:36:22
imagine a simple situation01:36:24
you received a driver's license01:36:27
in the summer and learned to drive quite well01:36:29
dry asphalt and feel01:36:31
I drive quite confidently but winter is coming01:36:33
road markings become slippery01:36:36
can already be seen under the snow and the drivers of others01:36:38
cars behave completely differently than in the summer01:36:40
and you have to adapt your01:36:42
skills 1 more complex conditions such01:36:45
tasks have to be solved by unmanned01:36:48
helps cars and cope with them01:36:50
machine learning which is based on01:36:52
accumulated knowledge predicts the situation01:36:54
on the road for example it's the same01:36:56
crossroads in Moscow in summer and winter in summer01:37:00
drivers cross it faster01:37:01
allow themselves risky maneuvers and01:37:03
in winter on a snowy road more and more01:37:06
careful accordingly I'm a model01:37:08
behavior is applicable in summer and winter01:37:10
work worse and it is necessary01:37:11
adapt another example of riding in01:37:15
different cities one of the fragments01:37:17
recorded in the American city of N Arbor01:37:19
Michigan and the second one in Moscow on the face01:37:22
the difference is in the number of cars on the road and01:37:24
in driving style and in this situation01:37:27
the drone also needs to be able to01:37:28
adapt using machine01:37:30
learning myth second long distances01:37:33
will prevent rapid spread01:37:35
drones second most popular01:37:38
the stereotype is that drones01:37:40
will not be able to drive big cars in Russia01:37:43
skeptics see the distance problem as01:37:45
that all driverless cars are in the future01:37:48
will become exclusively electric01:37:50
therefore they will not have enough charge01:37:52
batteries for long distances01:37:54
and the required number of charging stations01:37:56
to build in the vastness of our country01:37:58
too complicated in reality for many companies01:38:01
who develop drones have01:38:04
in its arsenal are hybrid and gasoline01:38:06
cars that solve this problem01:38:08
drones don't have to be01:38:10
electric contrary to general opinion01:38:13
huge distances can generally become01:38:16
a point of progress for drones after all01:38:18
cargo transportation is one of the ways of development01:38:21
self-driving cars in terms of technology01:38:23
autonomous truck driving01:38:25
has advanced beyond developments in01:38:27
in the passenger segment, tractors are already able to01:38:30
ride in a convoy keeping build and general01:38:32
cargo automation level01:38:34
transport allows us to confidently talk about01:38:36
the imminent appearance of serial solutions is a myth01:38:39
third, drones will always be more expensive01:38:42
regular cars no doubt01:38:44
self-driving car is still much01:38:46
more expensive than usual and for some time the difference01:38:48
the price will probably remain the same01:38:50
when are fully autonomous drones01:38:52
will be able to drive on the roads the cost of them01:38:55
content can be equal to01:38:56
content of an ordinary car in a compartment01:38:58
salaries and driver and over time even01:39:01
become cheaper CEO01:39:03
Weima drone developer John01:39:06
Kravchik said in one of his interviews01:39:07
how much does each one cost?01:39:09
company cars if we equip01:39:11
chrysler pacifica minivan or01:39:13
electric jaguar el play with ours01:39:15
sensors and computers but it will be01:39:17
cost no more than a moderately equipped one01:39:19
Mercedes-Benz S-Class Myth 4 Laws01:39:23
will never be allowed to drive a drone01:39:25
yourself is really a question01:39:28
legality of drone use01:39:30
requires special discussion but that's all01:39:32
more states are legalizing01:39:34
use of unmanned vehicles in01:39:36
under normal conditions Russia USA Finland01:39:39
Singapore China somewhere in separate01:39:41
areas and somewhere in the whole country01:39:43
drones have already become legal01:39:45
let's look at this in more detail01:39:47
for example, on this map there is a drone01:39:50
Singapore now has 1000 kilometers of roads01:39:53
in the west of the country, a tenth of all streets01:39:56
Singapore are open to the public01:39:58
testing drones by 202201:40:02
the government is going to launch01:40:03
regular bus driverless01:40:05
communication in three districts of the city01:40:07
at the same time the government01:40:09
organized a retraining program01:40:11
for hundreds of bus drivers they01:40:14
got the opportunity to learn skills01:40:16
security engineers for01:40:18
drones, unlike large countries01:40:20
where are the producers first?01:40:22
aimed to solve launch problems01:40:24
autonomous cargo transportation and services01:40:26
robot xep singapore focused on01:40:28
public transport without drivers01:40:30
because in a small town there is no state01:40:33
necessary for long trips01:40:35
high building density does not leave01:40:37
parking places therefore singapore01:40:39
high taxes destimulate01:40:41
ownership of any personal transport and01:40:43
petrol and electric at least01:40:46
This is at least the long-term goal01:40:48
programs to any location in 45 minutes01:40:51
who declared the city of opportunity01:40:53
get from any point a to01:40:55
random point b in Singapore for 4501:40:58
minutes should become a reality by 204001:41:01
will serve this purpose01:41:03
public drones in norway01:41:06
for example, drones are already used in01:41:08
in fact, even in the simplest scenarios01:41:10
right now the capital of the country is Oslo01:41:12
three short routes operate on01:41:14
which are running in test mode01:41:16
driverless buses have recently01:41:18
the maximum speed was raised from 16 to01:41:21
twenty kilometers per hour and soon the limit01:41:23
planned to increase to twenty-five01:41:24
kilometers per hour another simple one01:41:27
script in which it is used01:41:28
unmanned transport implemented in01:41:30
Oslo airport is here every day01:41:33
unmanned are leaving the shift01:41:34
snow blowers that remove snow and01:41:36
ice from runways01:41:38
several driverless trucks are driving01:41:41
at mining enterprises01:41:43
in the north of the country they deliver goods from01:41:45
mines to railway stations and01:41:47
back along a route of approx.01:41:49
five kilometers and there is also in Norway01:41:53
unmanned ferry and they are permanent01:41:56
basis ply in the fjords are not large01:41:58
cargo ships deliver on their own01:42:00
cargo in ports let's look at01:42:03
2 Scandinavian countries Sweden and01:42:05
Finland01:42:06
quality engineering education and01:42:09
long-term work of knowledge-intensive giants01:42:11
nokia volvo and quest created in01:42:14
Scandinavian countries greenhouse conditions01:42:15
for the development of driverless transport01:42:18
Swedish startup Enright designed01:42:21
line of driverless trucks01:42:22
designed for different tasks from01:42:24
short routes to highway travel01:42:27
the company not only spends but also already01:42:29
really not making money yet01:42:31
unmanned it is manned01:42:33
electric trucks and a Finnish startup01:42:35
senseable 4 teamed up with Japanese01:42:38
muji company to assemble a drone01:42:40
gotcha bus which is currently being tested01:42:42
in the city from to next to Helsinki in01:42:45
unlike other countries where laws are not01:42:47
demarcate manned unmanned01:42:50
Swedish transport for cars without01:42:52
drivers while there are special01:42:54
speed limits are true relative01:42:56
loyal here such cars are allowed01:42:58
accelerate to 80 kilometers per hour in01:43:01
there should be an operator in the cabin but he has01:43:03
the right not to touch the steering wheel in Finland01:43:06
drone testing allowed01:43:08
in general, forget about standards everywhere01:43:11
separate sites and areas for01:43:13
drones testing ground01:43:14
the whole country of America has become, the main thing is that01:43:18
you need to know the usa did not sign the vienna agreement01:43:21
convention on road traffic01:43:24
1968 is the same convention that01:43:27
obliges the driver to stay inside01:43:29
car while driving and which01:43:31
blocks drone testing in01:43:33
everyday life in many countries01:43:35
the united states did not bind themselves01:43:37
such obligations therefore now01:43:39
have every right to release01:43:41
drones on the road that Tomi01:43:43
occurs in several states01:43:44
driverless cars01:43:46
it is already allowed to move without01:43:48
a significant part of the salon engineers01:43:50
world news about the creation of testing01:43:52
drones come from the USA01:43:54
more than a thousand are being tested here01:43:57
driverless cars and even01:43:58
The first robo-taxi services are launched on01:44:01
on the roads of different states you can find01:44:03
autonomous cars of the most successful01:44:05
developers from around the world01:44:07
Eima, a company spun off from Google01:44:10
Chinese Baidu and Russian index a01:44:12
number of American startups in this01:44:15
sphere has already exceeded a hundred in one01:44:17
only California in 201901:44:20
almost 700 unmanned vehicles were tested01:44:22
car weima jame cruise chinese01:44:25
baidu auta x they ai ai vi ride and01:44:28
many other companies 501:44:30
manufacturers have permission to carry out01:44:32
statewide tests without01:44:34
the insuring driver is you to him01:44:36
jim cruise sux and of tanks separate01:44:40
history of driverless taxi services so far01:44:43
Only in the USA there is a public commercial01:44:45
service operating completely autonomously01:44:47
mode without an insuring driver in the cabin01:44:50
robot ksivoy move suburban phoenix01:44:52
south korea is smart here01:44:55
national project except for cartography of power01:44:58
are going to provide wireless communication01:45:00
between cars and the side of the road on everything01:45:02
along the way integrated system01:45:04
motion control protecting01:45:07
comrade and eliminate legislative01:45:09
restrictions on use01:45:10
drones by 2030, all 110 thousand01:45:14
kilometers of roads in South Korea will be mapped01:45:16
Ravanas in our project are written guidelines01:45:19
and by the number of drones on the streets01:45:22
by 2025, 9 percent of all sales01:45:25
country machines must have partial or01:45:28
full automation of traffic by 203001:45:31
year, the share of such machines should increase to01:45:34
54 percent parallel to roads01:45:37
South Korea encourages producers01:45:39
engage in drone power01:45:41
the republics created an industrial alliance01:45:43
future transport which includes the main01:45:46
manufacturers of machinery and equipment01:45:48
Hyundai has become a key player01:45:50
started working in several01:45:52
directions it is famous in Russia01:45:54
joint project with index and01:45:56
investment of 1.6 billion01:45:59
dollars joint development with01:46:01
company and birds and other endeavors, well01:46:04
what is china in a nutshell free01:46:07
robo taxi and chaos on china roads01:46:10
rightfully considered a pioneer of the issue01:46:12
state regulation of drones is one01:46:15
from the first countries that led a unified01:46:17
rules for the movement of drones in01:46:19
throughout the country and local businesses are active01:46:21
participates in the creation of autonomous cars01:46:24
for example, the largest search engine Baidu on01:46:26
annual conference showed a prototype01:46:28
a car in which the driver's seat is not01:46:30
indicated in principle by the concept01:46:32
was an autonomous capsule with01:46:34
gullwing doors and large01:46:37
screen multimedia system in place01:46:39
traditional torpedo and organs01:46:41
control instead of the driver for control01:46:43
answers and the latest chip pendant 201:46:46
possessing artificial intelligence01:46:48
in total there are01:46:50
more than 30 companies that develop01:46:53
drones and coronavirus are not for them01:46:55
interfered only in the first 4 months of 202001:46:58
at least 10 Chinese startups01:47:01
received a new round of funding01:47:03
one of the most popular destinations01:47:05
robot xi your service robot xi is01:47:08
almost every major01:47:10
developer for example startups then x in01:47:12
2020 received from the Shanghai authorities01:47:15
license to use immediately 10001:47:17
unmanned vehicles for transportation01:47:19
passengers at first such01:47:21
must sit in cars01:47:23
operator but he doesn’t drive the machine01:47:25
must simply be present01:47:27
The service is currently running in test mode01:47:30
and by order of the Shanghai City Hall01:47:32
trips for passengers are01:47:33
free whale interested01:47:36
developers also because it’s local01:47:38
the movement is different from the European one and01:47:40
there is a lot of American on the roads here01:47:43
more pedestrians and motorcycles01:47:46
what a computer manager needs01:47:48
car to learn how to drive01:47:50
follows the system requires complex cases01:47:53
Russia from a technological point of view has01:47:56
We're not all that bad in September 202001:47:59
year the index highlighted its unmanned01:48:01
business into an independent structure01:48:03
index lv driven groups park autonomous01:48:06
the company's cars reached 160 copies01:48:10
in a polis city in Tatarstan they01:48:12
work as a robot xi this is the first01:48:15
such a service in Europe and the second in the world in01:48:17
Skolkovo drones are used as01:48:19
couriers drive dozens of cars with engineers01:48:22
while driving in Moscow there is success and01:48:25
Kamaz unmanned electric bus shuttle01:48:27
unmanned shuttle truck and01:48:29
with a lifting capacity of 10 tons and already01:48:31
working unmanned version of Kamaz is not01:48:33
and who travels around Nazarbayev01:48:35
University in Kazakhstan Nursultan01:48:37
on the territory of the first city hospital01:48:39
Moscow ply drone based01:48:42
ford focus created by innovation agencies01:48:44
Moscow and not and bridge trans project01:48:46
the vehicle is delivering medicines01:48:49
and analyzes minimizing contacts01:48:51
healthcare workers with potentially dangerous01:48:53
substances and unmanned snow blowers01:48:56
mini tractors ohh work work in01:48:58
Russia winter 2018, what about01:49:01
legislation then all for now01:49:03
called in process for example01:49:05
Ministry of Transport together with01:49:07
Association of Digital Transport and01:49:09
logistics generates an application to create01:49:11
unmanned logistics corridors in01:49:13
experimental legal01:49:15
modes01:49:16
implementation of a previously approved project01:49:18
by the Russian government in digital format01:49:20
sandboxes will be allowed starting next 202201:49:24
year to begin test runs of unmanned vehicles01:49:26
trucks on sections of the M11 highway01:49:29
this will be the first step towards their large-scale01:49:32
commercial use01:49:33
highways between Moscow and St. Petersburg with01:49:36
2024 and the launch of autonomous transportation01:49:39
between Asia and Europe by 2030 myth01:49:43
fifth drone technology is complex and01:49:46
will not be finalized soon accepted01:49:48
consider that the car may have01:49:50
six levels of autonomy 0 this car01:49:53
which is completely controlled by a person01:49:55
six car which a person generally01:49:57
you don’t need that perfect drone01:50:00
the future is now all drones01:50:03
are approximately between the second and01:50:04
third levels to get to01:50:07
upper link and move or become01:50:09
ordinary cars with people driving01:50:11
there is still a lot to be done with the drone01:50:13
learn01:50:14
for example, moving in large01:50:16
megacities during rush hour in such traffic01:50:18
there may be a billion and01:50:20
unforeseen circumstances therefore01:50:22
drones continue to be tested01:50:24
different areas and in cities with different01:50:26
population but big corporations01:50:27
continue to move the drone market01:50:30
forward for example in January general motors01:50:32
and Microsoft invested $2 billion01:50:35
Chris is a startup that develops01:50:37
driverless taxis are just one of them01:50:39
examples, apparently, there will soon be disputes about01:50:42
android and apple smartphone and go to01:50:44
everyone will argue about the past01:50:45
cooler drone from apple or xiaomi01:50:48
Chinese corporation intends to enter01:50:50
self-driving car market01:50:52
apple xiaomi is ready to invest in this01:50:54
project of one and a half billion dollars in its01:50:57
turn American apple company01:50:59
preparing to present its electric car01:51:01
Preparations are in full swing for 202501:51:05
recently announced a move to apple01:51:07
former top manager of BMW UL Hakk satchel01:51:10
he will develop automobile01:51:12
direction of the American company under01:51:14
BMW fender management came out01:51:16
i3 electric car and oh 8 hybrid01:51:19
worked for the Bavarians for 30 years in full01:51:22
will work under the leadership of yes aha phil01:51:24
Yes, who previously answered those tears01:51:26
project model 3 so in the next couple01:51:29
years of technology race awaits us01:51:31
unmanned transport the future is already01:51:33
very close because technology is not01:51:35
develop in a second and gradually but01:51:37
inevitably integrates into our lives01:51:40
and who said that a person is more reliable01:51:42
drone near a self-driving car01:51:44
no stress emotions no blind spots or01:51:47
directed focus of attention, for example01:51:50
a person can focus on the side01:51:52
mirror and won't notice what's happening01:51:54
right in front of the hood and unmanned01:51:56
the car is basically designed so that01:51:58
see and analyze everything at the same time01:52:00
what's going on around you after all01:52:03
escalators and elevators are also a kind01:52:05
drones are just simpler, but no one01:52:07
not surprised by the words in the subway escalator01:52:09
technical means of increased01:52:11
dangers and people are very unhappy when01:52:13
you have to stomp on the stopped one01:52:15
stairs with your own feet noticeable01:52:17
number of driverless cars on the roads01:52:19
may affect driving culture in01:52:22
in general, people's driving style is largely01:52:24
determined by a specific environment if in01:52:27
It's common to drive aggressively in the city01:52:28
violation of the rules speed plus 20 k01:52:31
limited becomes the norm but01:52:33
remember if you were in the city01:52:35
where it is not customary to break the speed limit01:52:36
for example, when we traveled to Belarus or01:52:38
Finland very fast calm style01:52:41
driving in a new place becomes01:52:43
familiar and resident of the metropolis01:52:44
robot drivers adapt to it01:52:47
Rule-followers can help01:52:49
create such an environment so that through01:52:51
in a couple of years it can become quite common01:52:53
unmanned taxi without driver main thing01:52:56
so that the smart drone is fire and forget01:52:58
issue or there may be an opportunity01:53:00
buy unmanned vehicles at a car dealership01:53:02
cars tell him take me home01:53:04
will appear in ten years at least01:53:10
in 2010 the main destination of the Chinese01:53:13
there was copying of expensive brands here01:53:16
some of the most scandalous famous01:53:19
examples of landwind xm which is completely01:53:22
repeated the English range rover lifan01:53:24
320 which is like two peas in a pod01:53:27
mini cooper and more dota with r9 porsche style01:53:31
macan but as of today in 202101:53:34
how things go with concepts in Chinese01:53:37
market we will be the first to present to your attention01:53:39
electric sports car nio ep901:53:42
batteries are located on01:53:44
on the sides of cars for better weight distribution01:53:47
instead of a floor there is a huge diffuser for01:53:50
greater streamlining of each wheel01:53:52
equipped with a separate electric motor01:53:55
gearbox, which generally helps her01:53:57
produce 1360 horsepower01:54:00
the car weighs a couple of hundred01:54:02
a kilogram less than the same Bugatti sides01:54:04
therefore has outstanding dynamics01:54:06
acceleration of 2.7 seconds to one hundred kilometers01:54:10
hour such characteristics helped him01:54:13
become a champion among electric sports cars01:54:15
on the famous Nürburgring track01:54:17
the next representative of this category01:54:20
became so rules ren ren rs which one01:54:23
appearance makes it clear that he is01:54:25
Italians did the design01:54:27
incredible lines in lamborghini style01:54:29
central positioning of the pilot in a manner01:54:32
mclaren f1 four electric motors with01:54:34
total power of 1305 horsepower01:54:38
at acceleration of up to one hundred kilometers per hour this01:54:40
the car beat its competitor like this01:54:43
how it accelerates to hundreds in two seconds01:54:45
half a second with all this not01:54:48
Electric motors have a considerable range01:54:50
one thousand one hundred seventy kilometers at01:54:52
full fuel tank another successful01:54:56
project with the support of Europeans01:54:58
this time the Spaniards became a hypercar Erg Fox01:55:00
JT body represents01:55:03
streamlined monocoque and presented hurts in01:55:05
road coupe has two trim levels01:55:08
four electric motors with peak power01:55:10
1632 horsepower ok racing01:55:14
the variant acquired a huge anti-wing01:55:16
six electric motors which in total01:55:18
produce 1020 power and twice as much01:55:21
newton moment to hundreds this copy01:55:24
accelerates in 2.6 seconds, which is not much01:55:27
inferior in dynamics to the previous trolley01:55:30
and finish the review of Chinese hypercars at01:55:33
the most unexpected instance of Han Che with 901:55:36
in general, the han che company is known for its01:55:39
super luxury sedans for Chinese01:55:41
government officials in general01:55:44
so-called members of universities but suddenly01:55:46
hypercar and in the creation of this masterpiece01:55:49
you can also see the hand of Italian craftsmen and01:55:51
10 alfa romeo has a v8 engine of 401:55:56
liter with two turbochargers01:55:57
performs in tandem with three01:55:59
electric motors at the output total01:56:02
thousand 400 horsepower acceleration up to01:56:05
hundreds for one point nine01:56:07
seconds and top speed over01:56:09
400 kilometers per hour would seem steeper and01:56:13
more powerful than all competitors but how01:56:15
there is always one thing but the power reserve is in01:56:17
electric mode 40 kilometers01:56:19
of course, all these hypercars are clearly not for01:56:21
mere mortals but also for residents01:56:23
rural Chinese outback has good01:56:26
news for example her from 6 is-8 and of course01:56:30
she doesn’t have these for mass production01:56:33
this is still only an application but a grandiose one01:56:36
intentions in this vein aluminum01:56:38
electric crossover with a power of01:56:40
600 horsepower and acceleration to hundreds in01:56:43
5 seconds but the most interesting solution in01:56:46
this model has replaceable batteries that01:56:48
are charged outside the car itself, but01:56:51
another crossover byd tank second01:56:53
generation not only became excellent01:56:55
a competitor for her but also reached01:56:57
mass buyer with true design01:57:00
the Chinese were again helped by the Italians and01:57:03
the 4.3 s nameplate means nothing more than01:57:06
acceleration time to 100 kilometers per hour01:57:09
there are several of this crossover01:57:10
electric hybrid and petrol trim levels01:57:14
option they all differ in price01:57:15
and characteristics and the most powerful01:57:18
the hybrid version produces a total of almost01:57:20
450 horsepower however love01:57:23
copying from the Chinese has not gone away01:57:26
well, or let's say this a little01:57:27
transformed here are a couple of examples cheers01:57:31
is a subsidiary of Great Wall which01:57:33
presented her cat concept electro01:57:36
a car that vaguely resembles01:57:37
something in between the Porsche Panamera01:57:39
and Volkswagen Beetle and in the cabin you01:57:42
meet none other than bugatti and more01:57:45
one model from the company bark this time01:57:48
called punk get which this time01:57:50
frankly looks like a four-door01:57:52
variation of volkswagen everyone is creepy01:57:54
a little sprinkled with mini echoes01:57:56
cooper even though it's a concept01:57:59
2021 it is clearly inspired by01:58:02
nostalgic past machine01:58:05
looks as old school as possible and01:58:07
really looks like a retro car01:58:09
modern auto says it01:58:11
electric motor and full interior01:58:13
electronics now let's move on to the Koreans01:58:16
back in 2010, Koreans had01:58:19
interesting ideas for example hybrid kirei01:58:22
a concept that was able to overcome01:58:24
one thousand two hundred kilometers without refueling01:58:27
or for example a hydrogen car from01:58:30
Fonda or Hyundai as we like01:58:31
pronounce then in 2010 it was01:58:35
advanced idea but in 202101:58:38
concept cars from Korean brands have already01:58:40
quite capable of competing with anyone01:58:42
whatever, this Genesis from Honda is equipped with01:58:46
two electric motors with a power of 300 501:58:48
horsepower and a stock of codes of 50001:58:51
kilometers the cars will be presented in01:58:53
several trim levels with rear and01:58:55
all-wheel drive and will be available in01:58:57
sale from 2022 in addition to its01:59:00
the sportiness of the car will also be equipped with01:59:03
all the delights of modern life01:59:05
non-standard and steering wheel steering wheel01:59:07
surrounded by six small displays01:59:10
which also serve as keys01:59:12
quick access to activate various01:59:14
systems and this concept is01:59:17
the prototype is not only certain models01:59:19
but also the entire line of hot hatchbacks ndn01:59:22
for the near future this concept01:59:25
Fully track oriented 800 1001:59:28
a strong electric motor accelerates the car01:59:30
from zero to hundred in 3 seconds and vodka01:59:33
shaped crossover drones and future01:59:36
the concept also has a glass roof01:59:38
NLO style interactive lighting01:59:40
a body that reacts to its surroundings01:59:43
car objects and secret01:59:45
characteristics that are not yet01:59:47
an unusual solution for01:59:49
front optics are used not only by me but01:59:52
and Hindus, for example, their Honda crossover01:59:55
vision he also looks like a guest from01:59:58
super future rough lines clear02:00:01
contoured wheel arches and not ordinary02:00:03
Koreans are also experimenting with headlights02:00:06
such unusual forms of machines as02:00:08
for example trucks from Honda02:00:10
presented a concept truck02:00:12
Neptune prototype represents a pula02:00:15
autonomous mainline tractor02:00:17
running on hydrogen as they say02:00:19
korean designers inspiration for this02:00:22
they got the concept from trains of the 1930s02:00:25
years instead of side mirrors on a truck02:00:28
built-in camera that helps02:00:30
solve the problem of blind spots and here's another02:00:32
one drone model in progress02:00:35
translated as prophecy has02:00:37
unusual streamlined shapes in style02:00:39
Porsche 911 and pixel headlights concept02:00:43
they are used both in the head and in02:00:45
rear optics as well as integrated02:00:47
spoiler car has hinged doors02:00:50
which give access to four seats in02:00:53
interior without a central pillar because02:00:55
the car was conceived as a drone02:00:57
traditional governing bodies02:00:59
there is no center console instead of a steering wheel02:01:02
both sides of the driver's seat02:01:03
joysticks are installed and the role of the instrument panel02:01:06
the panel got once stretched to its fullest extent02:01:08
front panel digital display but02:01:11
they are so Chinese and Korean looking at them02:01:14
it seems that the future is what we are used to02:01:16
to see in the cinema is already very close02:01:18
drones futuristic bodies and02:01:20
optics sea of electronics but is it so soon02:01:24
all this will become everyday life02:01:25
Let's see, let's not wait02:01:28
we recommend watching a couple more02:01:31
thank you for watching our episodes and02:01:33
see you on the channelDescription:
Мы собрали наши самые интересные выпуски на тему «Запрещенные и альтернативные технологии, авто, машины и механизмы» в один большой документальный фильм. Для удобной навигации по интересующим вас темам можно пользоваться тайм-кодами: __ Тайм-коды: 00:00:00 - Технологии недавнего прошлого 00:09:20 - Изобретение не для простых смертных 00:18:14 - Самые безумные двигатели 00:24:19 - Удивительные автомобили прошлого 00:30:35 - Атомный автомобиль 00:36:59 - Запрещённые двигатели 00:42:51 - Кто убил электромобиль? 00:48:34 - Почему машины до сих пор не летают? 01:05:27 - Удивительные внедорожники 01:14:59 - Легендарные автоконцепты 01:32:26 - Что не так с беспилотниками? 01:53:08 - Китай только копирует? __ #технологии #авто #документальныйфильм
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