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Table of contents
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Table of contents

0:00
Мы в центре управления полетами Пилигрим
0:34
Что такое сверхмалый космический аппарат Кубсат
3:07
Назначение и возможности наноспутников Cubesat
5:09
Как развивается проект наноспутников
5:45
Центр управления полетами наноспутник Кубсат
9:00
Центр управления беспилотными аппаратами
12:21
Центр технологических проектов Политеха СПБПУ
13:10
Программа обучения космическием технологиям
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кубсат
space pi
центр управления полетами пилигримм
сверхмалый космический аппарат
cubesat
cubesat 3u
спутники для околоземной орбиты
наноспутники
центр управления полетами пилигрим
роскосмос
спбпу
политех
политех петра великого
центр управления беспилотным транспортом
mashnews
космические технологии
космос
сделано в россии
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00:00:00
Hello on the Mash News channel today
00:00:01
Exclusive, our team was the first to get to the
00:00:04
flight control center of an unmanned
00:00:06
vehicle Pilgrim
00:00:08
is a single-unit satellite measuring 10 by
00:00:13
10 by 10 now up to 2000 launches
00:00:16
have already been transferred LLC during this time they are
00:00:18
launching single-unit or three-
00:00:20
unit satellites inventing a satellite launched
00:00:22
great what's next by clicking on
00:00:24
the drone you can aim at it
00:00:26
and see where it is at the current
00:00:28
moment
00:00:34
Anastasia Let’s clarify what an
00:00:36
amazing place we are in today.
00:00:37
You are at the Polytechnic
00:00:39
University, this is a huge organization at
00:00:43
your university, not only a bunch of
00:00:44
institutes where student
00:00:46
teachers study, but also an extensive
00:00:49
scientific part of our university is a
00:00:51
research center and we are one of
00:00:53
such units. I represent the center of
00:00:55
technological projects and we are located
00:00:57
in the flight control center for fruitless
00:00:59
transport, which was made
00:01:02
directly with the support of the Grant
00:01:04
priority 20-30. But today we
00:01:06
wanted to talk about satellites, we are
00:01:08
at Of course, here we are, within the framework of this
00:01:11
Grant, we made a satellite, we made a
00:01:13
mission control center in order to
00:01:15
receive data from satellites and
00:01:17
generate and connect to our
00:01:20
drones Anastasia Well, I still have in
00:01:22
my head a satellite from
00:01:24
1957, and it’s so round with these
00:01:26
rays And here this is the satellite,
00:01:28
what is it called, what is it, this is an
00:01:30
ultra-small spacecraft of the
00:01:32
Kusat type, the concept of Kusat appeared in
00:01:35
99, they were invented at the California
00:01:37
Polytechnic University,
00:01:39
primarily so that students who
00:01:42
come to study in satellite
00:01:43
rocket science could go through
00:01:46
all the stages from idea to prototype with
00:01:48
the formation of satellites But then
00:01:51
the idea about it took root and expanded, what is their
00:01:54
advantage, that is, this is our
00:01:56
full-size satellite, one Unit. Let's
00:01:58
tell about it, firstly,
00:01:59
how much it weighs, what size it is, this is a
00:02:01
single-unit satellite
00:02:03
measuring 10 by 10 by 10 limitation
00:02:06
weighing 1.3 kg on average, they are most often
00:02:09
launched either on unit merchants or
00:02:11
three units, it’s just Three cubes in a row
00:02:13
But in principle, it’s possible from one to
00:02:17
24 What is their advantage? First of all,
00:02:19
they are located in low
00:02:21
Earth orbit, this is 400 500 km above
00:02:24
with the earth at a given height, the
00:02:26
radiation field of the Earth is still active, that
00:02:28
is, much protection from radiation is not required,
00:02:30
this greatly simplifies in
00:02:34
terms of choice for electronics, that
00:02:36
is, components
00:02:38
that are used in simple life can be used here,
00:02:40
this reduces the cost very much, the average
00:02:44
service life is from six months to two years, that is,
00:02:46
six months and two years, it’s in
00:02:48
orbit like this for six months to two years, the
00:02:51
attraction from the earth acts and they
00:02:55
gradually slowly slowly slowly descend
00:02:57
from the Orbit, but due to the fact that they are very
00:02:59
small, they burn up in the atmosphere, that
00:03:01
is, after launch you don’t have to think about
00:03:03
how to lower it to the ocean or
00:03:05
transfer it to Orbit burial That is,
00:03:07
this problem is solved. The main cost of
00:03:10
launching
00:03:11
any satellite is its weight and also its
00:03:13
shape because for each satellite you
00:03:15
need to make your own equipment so that it can be
00:03:17
launched in the case of cupsats
00:03:20
there are standard containers of three
00:03:22
unitec they are called pipods, so there is
00:03:25
no need to make new containers every time, a
00:03:28
new shape is already
00:03:30
standardized, just like the merchant’s shape, that
00:03:34
is, the most important thing is that by
00:03:36
standardizing the use of standard
00:03:38
components, the launch
00:03:40
cost is significantly reduced,
00:03:42
the cost of the cupsat itself and the
00:03:44
development time are now up to 2000 launches have
00:03:47
already been carried out in this time
00:03:51
most often they launch single-unit or
00:03:54
three-unit a year ago the
00:03:57
spsp program was created it was created with the
00:04:00
support of the innovation promotion fund
00:04:01
Polytechnic universities geostan
00:04:04
Roscosmos was launch services and Group of
00:04:06
companies the main goal of this program
00:04:09
is to attract talented
00:04:12
youth to schoolchildren in non-space
00:04:15
technology and development launching
00:04:17
pupsats on the screen You can see all the
00:04:23
cupsats launched within the framework of this program, it was just in August,
00:04:25
the last one there were already three launches,
00:04:27
the last launch was on August 9 and the two
00:04:30
satellites that flew were
00:04:32
launched by the Polytechnic University,
00:04:35
we can see Yes, right now
00:04:36
the policy has been allocated Universe 1 and Polytech
00:04:39
Universe 2 you said about
00:04:40
some kind of satellite where they launched a branch of lilac,
00:04:42
tell me it’s true, yes, one of the schools, that
00:04:47
is, here on the website spacep.space you can
00:04:50
see
00:04:51
not only where the satellite is located, but
00:04:54
read more about each of them and one
00:04:57
of the schools we launched
00:04:58
one unit bite in which the
00:05:01
Lilac Sprout is located and there is a camera there is an application
00:05:04
where you can download it to see what
00:05:06
condition the lilac is in now. That is, it
00:05:08
periodically Yes, it sends photos, it
00:05:13
usually makes a revolution twice a day,
00:05:16
at the moment we can see here it is
00:05:18
highlighted in red, it has already flown by
00:05:22
And when it flies here, how
00:05:24
long does it take?
00:05:25
In principle, visibility like satellites is
00:05:30
around 10 minutes. And what kind of
00:05:32
filling they have, that is.
00:05:33
It depends on what you want, that is,
00:05:37
firstly, including for commercial
00:05:40
organizations, it may be interesting how the
00:05:41
technology was tested you
00:05:44
want to test some new microchip board
00:05:46
how it will behave in real
00:05:49
conditions in space, it’s easier to use
00:05:52
a merchant than to spend ten years developing a
00:05:55
large satellite, but for three units,
00:05:59
that is, it will be like this, you
00:06:02
can already add an engine that will fit
00:06:05
in order to adjust the Orbit
00:06:07
so that it would be better with the orientation there.
00:06:09
For example, you can add a camera. A remote sensing camera
00:06:12
is a remote sensing of the earth,
00:06:14
photographs are taken, an increase in the
00:06:17
number of satellites with cameras makes it
00:06:20
possible to improve the overview, for example,
00:06:22
what are they useful for, fire monitoring,
00:06:25
tracking
00:06:27
changes, river beds. That is, for example,
00:06:30
if you use the Google website,
00:06:32
you can look at one and the same area
00:06:34
there has been changing for tens of two dozens and two years,
00:06:38
that is, plus the
00:06:41
cameras are not as usual. We
00:06:43
photograph several channels there, 8
00:06:46
it seems, and depending on which ones are
00:06:49
used, you can watch different
00:06:51
things, that is, they can, for example,
00:06:53
look at the vegetative index. This
00:06:55
how wet is the soil Because when
00:06:58
you photograph green and green from above
00:07:01
Yes, and with the help of different combinations of different
00:07:04
channels of the vegetative index you can
00:07:07
see where there is drought, where on the contrary there is
00:07:09
too much moisture and in fact
00:07:12
these kids can cope, including
00:07:14
see what you think What is the
00:07:15
smallest space What pixel is the
00:07:18
smallest on earth you can see
00:07:21
what can be revealed as much as possible
00:07:23
[laughter]
00:07:24
And now there is a camera up to 10 cm up to
00:07:28
30 cm 1 pixel That is, you can see
00:07:31
very
00:07:32
small objects this year in August there was a
00:07:36
launch of educational dolls and Mikheev
00:07:39
developed new ion engines
00:07:41
which they launched on three unit
00:07:44
merchants and if it proves to
00:07:46
work well, then in the future it can be
00:07:50
used on three unit merchants. It is very small, a new
00:07:52
development
00:07:53
like Here is an example of use as a
00:07:56
commercial one. We are developing first of all
00:07:58
a platform, any satellite consists of
00:08:01
percent at 80 From the platform this is the body
00:08:04
this is the service system this is the
00:08:06
antenna power and 20 percent of the payload
00:08:09
even if you don’t have any
00:08:10
equipment no transceiver receiver
00:08:13
nothing at all no laptop and
00:08:16
Internet access You can type searches in SDR to
00:08:19
connect to the soup for example in
00:08:23
Cherepovets
00:08:24
they opened and receive any data on the
00:08:28
network, there is a lot of open data on
00:08:31
satellites. That is, this is not only a merchant
00:08:33
so that you can send requests to
00:08:35
receive in response an amateur radio
00:08:36
card that confirms that there was a
00:08:39
signal and from some satellites you can
00:08:41
get photographs if I make
00:08:43
satellites such as Terra but Aqua of which
00:08:46
you can get
00:08:48
data today looked into
00:08:51
history. Yes, I remembered our first satellite
00:08:53
in space in 57. And if we talk now
00:08:55
about artificial satellites,
00:08:57
how many of them are there? Is it possible to count it;
00:08:59
understand? That is, these are thousands,
00:09:03
a lot, that is, a rack quantity.
00:09:06
I’m afraid Nobody will be able to calculate That
00:09:09
is, these are different levels of Orbits, plus in
00:09:13
fact there is a lot of space
00:09:14
debris there also exists now they are
00:09:16
coming up with various satellites, I saw
00:09:19
Army 22 at the exhibition and in the
00:09:22
Roscosmos pavilion there are small round satellites
00:09:24
there are several small round
00:09:27
satellites and one for tracking, that is,
00:09:28
they reflect the signal notices from space
00:09:30
debris and then transmits
00:09:34
the program is monitored in order to
00:09:35
reduce the amount of space debris
00:09:37
class is good We were just talking about the fact that the
00:09:39
flight control center for unmanned
00:09:41
vehicles I see you another
00:09:43
interesting area Let's then move on and
00:09:44
tell you that we can talk not only about satellites
00:09:46
here Let's look at
00:09:48
another zone that is in your
00:09:51
center, what is it,
00:09:53
roughly speaking, a smaller version? That
00:09:56
is, this is an operator’s workstation with
00:09:57
six monitors for controlling
00:09:59
unmanned vehicles because
00:10:01
the main direction of our activity
00:10:03
is the development of unmanned surface and
00:10:07
ground platforms. We are also developing in
00:10:09
other areas of implementation. Nerovrov
00:10:11
Niokor is a scientific research and
00:10:13
experimental constitutional work, that is,
00:10:15
we have a development team that
00:10:17
completely goes from an idea to a prototype
00:10:20
implementation, that is, this chair, this
00:10:24
automated
00:10:25
operator’s workstation was made entirely by us,
00:10:29
it was carried out with a partner, Morsvyaz
00:10:31
Automation, of course, we did not saw
00:10:34
the metal ourselves. I’m
00:10:35
glad Because I thought you
00:10:37
could do everything if you wanted, but why do we have this
00:10:43
software open on our screen, that is, it’s
00:10:45
completely our development? During
00:10:48
tests, when we drive, we use,
00:10:50
of course, a smaller version, you can
00:10:52
open it on a tablet, but when you have
00:10:55
a lot of drones you need
00:10:57
the operator's workplace is already used to track;
00:10:59
its shape is made so that we
00:11:02
can install it in containers, that
00:11:04
is, large transport containers,
00:11:06
or, in principle, a
00:11:10
Fiat Ducato can be installed there at the back
00:11:13
when you need to be deployed
00:11:15
somewhere quite quickly. That is,
00:11:17
we have
00:11:18
unmanned boats that you can have
00:11:21
special carts for, like for yachts for
00:11:23
transportation, that is, they cling to this
00:11:25
software you can
00:11:27
connect not only to the surface
00:11:28
drones that we started but
00:11:30
also
00:11:32
our new work on a tracked
00:11:35
robotic platform;
00:11:38
tests were also carried out on it in the fall
00:11:40
and now everything is optimized, you can
00:11:43
also control it remotely about this
00:11:45
object By the way, we made a separate
00:11:47
material So watch it on our
00:11:49
YouTube channel,
00:11:50
it’s not real, it’s an emulation by clicking on
00:11:53
the drone You can aim at it
00:11:56
and see where it is at the current
00:11:58
moment, yes, for example, I see an echo sounder, which means
00:12:02
it can measure the depth to, for example, an
00:12:05
echo sounder is one of the payload options
00:12:07
for drones. This
00:12:10
screen shows an example from real
00:12:11
tests of a
00:12:13
depth map that was drawn
00:12:17
just in our application. It is also
00:12:19
possible to set
00:12:24
various zones and markers on the map
00:12:28
that allows you to mark interesting
00:12:30
places or some
00:12:33
possible
00:12:35
zone of interest or on the contrary, there are some
00:12:38
dangerous water areas that are not
00:12:41
worth
00:12:44
marking or some dangerous area. Yes,
00:12:47
on the water, these are the zones on the map, they
00:12:49
are simply used to
00:12:51
mark interesting places on the water, that is,
00:12:54
places that need to be scanned.
00:12:57
For example, if we are given some
00:13:00
coordinates with objects, we mark these
00:13:03
objects on the map in the form of markers and then
00:13:06
plan routes Anastasia opened
00:13:09
such an amazing center And what next we are
00:13:12
now opening a training program
00:13:15
aimed at teachers of physics
00:13:17
technology as well as students and
00:13:19
schoolchildren on an introduction to the development of
00:13:22
ultra-small spacecraft, of course there is
00:13:25
a lot of information But only if
00:13:27
you already have some kind of background for
00:13:29
this We created a program that
00:13:30
tells about a merchant about satellites
00:13:33
what they consist of a short introduction to
00:13:35
modeling in the development of boards How
00:13:37
to come up with a payload and also a
00:13:39
part What to do next I came up with This
00:13:41
satellite launched perfectly what next
00:13:44
earning data remote
00:13:46
sensing of the earth processing Other
00:13:48
data that appears about ground
00:13:51
stations and we will also attract
00:13:54
students to develop
00:13:55
payloads for our satellites, we
00:13:57
will be great with pleasure to watch how you
00:13:59
develop Well, and tell you
00:14:00
about new technologies and home from the first
00:14:03
Industrial Subscribe to our channel
00:14:07
[music]

Description:

Космические технологии будущего: наноспутники Кубсат от российской программы Space Pi ✅ Подписывайтесь на канал: https://www.youtube.com/c/MASHNEWSTV ✅ Следите за новостями: https://t.me/news_engineering ✅ Читайте статьи: https://mashnews.ru// Смотрите также наши выпуски: Невероятная техника от студентов Политеха: https://www.youtube.com/watch?v=CE6cDWaD2mg Новинки беспилотного флота: https://www.youtube.com/watch?v=ORlCL6nIyds В этом видео: 0:00 Мы в центре управления полетами Пилигрим 0:34 Что такое сверхмалый космический аппарат Кубсат 3:07 Назначение и возможности наноспутников Cubesat 5:09 Как развивается проект наноспутников 5:45 Центр управления полетами наноспутник Кубсат 9:00 Центр управления беспилотными аппаратами 12:21 Центр технологических проектов Политеха СПБПУ 13:10 Программа обучения космическием технологиям ✅ Подписывайтесь на канал MASHNEWS и смотрите самые свежие видео о промышленности в России: https://www.youtube.com/c/MASHNEWSTV ✅ Следите за новостями: https://t.me/news_engineering ✅ Читайте статьи: https://mashnews.ru Следите за новостями в наших соц.сетях: ВКонтакте: https://vk.com/engine.technology Яндекс Дзен: https://dzen.ru/mashnews Instagram: https://www.facebook.com/unsupportedbrowser

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mobile menu iconHow can I download "Куда шагают КОСМИЧЕСКИЕ технологии: наноспутники Кубсат от всероссийской программы Space Pi" video?mobile menu icon

  • http://unidownloader.com/ website is the best way to download a video or a separate audio track if you want to do without installing programs and extensions.

  • The UDL Helper extension is a convenient button that is seamlessly integrated into YouTube, Instagram and OK.ru sites for fast content download.

  • UDL Client program (for Windows) is the most powerful solution that supports more than 900 websites, social networks and video hosting sites, as well as any video quality that is available in the source.

  • UDL Lite is a really convenient way to access a website from your mobile device. With its help, you can easily download videos directly to your smartphone.

mobile menu iconWhich format of "Куда шагают КОСМИЧЕСКИЕ технологии: наноспутники Кубсат от всероссийской программы Space Pi" video should I choose?mobile menu icon

  • The best quality formats are FullHD (1080p), 2K (1440p), 4K (2160p) and 8K (4320p). The higher the resolution of your screen, the higher the video quality should be. However, there are other factors to consider: download speed, amount of free space, and device performance during playback.

mobile menu iconWhy does my computer freeze when loading a "Куда шагают КОСМИЧЕСКИЕ технологии: наноспутники Кубсат от всероссийской программы Space Pi" video?mobile menu icon

  • The browser/computer should not freeze completely! If this happens, please report it with a link to the video. Sometimes videos cannot be downloaded directly in a suitable format, so we have added the ability to convert the file to the desired format. In some cases, this process may actively use computer resources.

mobile menu iconHow can I download "Куда шагают КОСМИЧЕСКИЕ технологии: наноспутники Кубсат от всероссийской программы Space Pi" video to my phone?mobile menu icon

  • You can download a video to your smartphone using the website or the PWA application UDL Lite. It is also possible to send a download link via QR code using the UDL Helper extension.

mobile menu iconHow can I download an audio track (music) to MP3 "Куда шагают КОСМИЧЕСКИЕ технологии: наноспутники Кубсат от всероссийской программы Space Pi"?mobile menu icon

  • The most convenient way is to use the UDL Client program, which supports converting video to MP3 format. In some cases, MP3 can also be downloaded through the UDL Helper extension.

mobile menu iconHow can I save a frame from a video "Куда шагают КОСМИЧЕСКИЕ технологии: наноспутники Кубсат от всероссийской программы Space Pi"?mobile menu icon

  • This feature is available in the UDL Helper extension. Make sure that "Show the video snapshot button" is checked in the settings. A camera icon should appear in the lower right corner of the player to the left of the "Settings" icon. When you click on it, the current frame from the video will be saved to your computer in JPEG format.

mobile menu iconWhat's the price of all this stuff?mobile menu icon

  • It costs nothing. Our services are absolutely free for all users. There are no PRO subscriptions, no restrictions on the number or maximum length of downloaded videos.