The launch from the Vostochny cosmodrome, which was scheduled for May 25, has been postponed to another time. Information about this appeared in the telegram channel of the tour operator @taygaxtour28region.The launch on May 25 from the Vostochny Cosmodrome has been cancelled. Information about the transfer to another date will be announced later. For the rest of the launches, in June and July, the dates remain the same, the tour operator said in a statement.The Amuru port in the company confirmed that the information about the postponement of the launch was reliable, was received from TsENKI
Launch vehicle "Proton-M" launched from the Baikonur CosmodromeToday at 02:12:59.981 Moscow time, the Proton-M launch vehicle with the Breeze-M upper stage and the Luch-5X spacecraft was launched from the 200th site of the Baikonur Cosmodrome.The carrier rocket worked in the normal mode, the upper stage separated from the third stage of the rocket and puts the satellite into a given orbit.This is the fourth launch of Russian space rockets in 2023. For "Proton-M" this flight was the 115th, for "Breeze-M" - the 107th in history.
March 23 (082:07:00:xx.xxx) - Kosmos-2567 (Bars-M №4) - Soyuz-2-1a (x15000-xxx) - Plesetsk, 43/3 or NET Q2 (xxx:xx:xx:xx.xxx) - Obzor-R №1 - Soyuz-2-1a (С15000-027?) - Plesetsk, 43/xMarch 29 (088:20:00:xx.xxx) - Kosmos-2568 (MKA-EO №4) - Soyuz-2-1V (x) - Plesetsk 43/4
The launch of the Rezonans-MKA spacecraft is planned for 2027-2028 This was reported to TASS in the Scientific and Production Association (NPO) named after. S.A. Lavochkin."Rezonans-MKA" will be launched into orbit by an associated launch, which is scheduled for 2027-2028. The launch date will be specified taking into account the readiness of the main spacecraft," the press service of the enterprise said. NPO Lavochkina also noted that the assembly of the Resonance mock-up for vibrodynamic tests has now been completed. According to the enterprise, during the development of a complex of scientific equipment ( KPA) there was a need for import substitution. "For some imported components, due to the need, import substitution was carried out. This slightly delayed the production of design and development samples of devices from the KPA, they added."Resonance-MKA" is designed to study the interaction of electromagnetic waves and particles at the outer boundaries of the earth's magnetosphere, as well as the interaction of the solar wind with the atmosphere. The spacecraft consists of a unified space platform "Karat-200" manufactured by NPO Lavochkin and KNA "Strannik", which is being developed by the Space Research Institute of the Russian Academy of Sciences.
The constellation of Russian meteorological satellites will grow by six devices in 2023 and reach 18. This was announced on Tuesday at the TASS press center by the head of Roshydromet, Igor Shumakov."We have big plans for this year - together with Roskosmos, the launch of six more hydrometeorological devices. Space monitoring is 12 devices in orbit and plus six more this year. This is being done by the Planeta research center in the Roshydromet system. This is an institution that on-line produces up to 300 units of products per day for different consumers, receiving information from 12 Russian satellites and from foreign satellites of countries with which we have agreements left - this is another 23 devices that allow you to see certain phenomena that are interesting to the consumer," Shumakov said.He recalled that in February, the Baikonur Cosmodrome launcheda new hydrometeorological device "Electro-L" No. 4. This is a serial device, three devices are currently operating in orbit. The first satellite is in limited use due to technical problems."I can proudly say that with the launch of the third device, which is in geostationary orbit, 36,000 km from our planet, and, as it were, hovering over one point on the globe, these three devices allow us to completely abandon the so-called imported information," Shumakov added.
https://www.roscosmos.ru/39057/Google translate:QuoteToday and tomorrow, the Roscosmos State Corporation is holding an annual all-Russian meeting on remote sensing of the Earth (ERS). On behalf of the Director General of Roscosmos, Yuri Borisov, work has been launched to create small spacecraft (SSCs) for remote sensing within the framework of the federal project "Sphere", including "Pixel- VR with a spatial resolution of 0.5 m. Lavochkin (part of Roskosmos). The first Pixel-VR satellite is planned to be produced by 2025. In addition, the first Kondor-FKA remote sensing radar spacecraft is being prepared for launch in 2023, which will be able to conduct all-weather and round-the-clock monitoring of the Earth, including the Arctic region. The second satellite is planned to be launched into orbit in 2024, and two more by 2029-2030. Design documentation for the Kondor-FKA-M spacecraft with improved characteristics is being developed. Its launch is planned after 2030. The production of the first remote sensing radar satellite Obzor-R, which is expected to be launched into orbit in 2023, is nearing completion. By 2030, it is planned to create another "Obzor-R". This year, it is planned to launch the remote sensing satellite "Resurs-P" No. 4, next year - "Resurs-P" No. 5. Further development of highly detailed imaging satellites is associated with the development of the satellite " Resurs-PM" with improved characteristics. The launch of the first device into orbit is expected in 2025. In 2024, it is planned to launch two small satellites Aist-2T for stereoscopic observation of the Earth. .In 2025, it is planned to launch into orbit the geostationary hydrometeorological satellite Elektro-L No. 5. Elektro-L will be replaced by the Elektro-M satellite with improved resolution and an increased number of spectral channels. The launch of the first Elektro-M satellite is expected after 2030. In 2023, it is planned to launch the highly elliptical hydrometeorological satellite Arktika-M No. 2, and by 2030 - four more such devices. The Arktika-M satellite will be replaced by the Arktika-MP satellite with improved characteristics, which will be unified with the Elektro-M in terms of the composition of the target equipment. No. 2-3, 2-4, 2-5, 2-6). In the future, they will begin to be replaced by Meteor-MP satellites, which, in terms of the composition of the target equipment, will be unified with the promising oceanographic spacecraft Okean. The latter will be equipped with a surveillance radar to assess the ice cover. The preliminary design of the Russian-Belarusian spacecraft for highly detailed Earth survey with a spatial resolution of 0.35 m has already been completed. In 2023, it is planned to begin its production, the launch is expected in 2028. In the future, on its basis, it is planned to create a joint constellation of highly detailed surveys. Four Ionosphere-M satellites are expected to be launched into orbit to monitor space weather. It is planned to create a spacecraft "Zond-M" for observing the Sun.
Today and tomorrow, the Roscosmos State Corporation is holding an annual all-Russian meeting on remote sensing of the Earth (ERS). On behalf of the Director General of Roscosmos, Yuri Borisov, work has been launched to create small spacecraft (SSCs) for remote sensing within the framework of the federal project "Sphere", including "Pixel- VR with a spatial resolution of 0.5 m. Lavochkin (part of Roskosmos). The first Pixel-VR satellite is planned to be produced by 2025. In addition, the first Kondor-FKA remote sensing radar spacecraft is being prepared for launch in 2023, which will be able to conduct all-weather and round-the-clock monitoring of the Earth, including the Arctic region. The second satellite is planned to be launched into orbit in 2024, and two more by 2029-2030. Design documentation for the Kondor-FKA-M spacecraft with improved characteristics is being developed. Its launch is planned after 2030. The production of the first remote sensing radar satellite Obzor-R, which is expected to be launched into orbit in 2023, is nearing completion. By 2030, it is planned to create another "Obzor-R". This year, it is planned to launch the remote sensing satellite "Resurs-P" No. 4, next year - "Resurs-P" No. 5. Further development of highly detailed imaging satellites is associated with the development of the satellite " Resurs-PM" with improved characteristics. The launch of the first device into orbit is expected in 2025. In 2024, it is planned to launch two small satellites Aist-2T for stereoscopic observation of the Earth. .In 2025, it is planned to launch into orbit the geostationary hydrometeorological satellite Elektro-L No. 5. Elektro-L will be replaced by the Elektro-M satellite with improved resolution and an increased number of spectral channels. The launch of the first Elektro-M satellite is expected after 2030. In 2023, it is planned to launch the highly elliptical hydrometeorological satellite Arktika-M No. 2, and by 2030 - four more such devices. The Arktika-M satellite will be replaced by the Arktika-MP satellite with improved characteristics, which will be unified with the Elektro-M in terms of the composition of the target equipment. No. 2-3, 2-4, 2-5, 2-6). In the future, they will begin to be replaced by Meteor-MP satellites, which, in terms of the composition of the target equipment, will be unified with the promising oceanographic spacecraft Okean. The latter will be equipped with a surveillance radar to assess the ice cover. The preliminary design of the Russian-Belarusian spacecraft for highly detailed Earth survey with a spatial resolution of 0.35 m has already been completed. In 2023, it is planned to begin its production, the launch is expected in 2028. In the future, on its basis, it is planned to create a joint constellation of highly detailed surveys. Four Ionosphere-M satellites are expected to be launched into orbit to monitor space weather. It is planned to create a spacecraft "Zond-M" for observing the Sun.
https://tass.ru/kosmos/17496725Google translate:QuoteMINSK, April 11. /TASS/. Belarusian specialists are developing a satellite for remote sensing of the Earth (SDZZ) with an equipment resolution of 0.5 m, which can be included in the Russian orbital constellation. Alexander Shumilin, Academician-Secretary of the Department of Physics, Mathematics and Informatics of the National Academy of Sciences of Belarus, said this at a press conference on Tuesday, answering a question from a TASS correspondent about the prospects for creating a completely Belarusian satellite."In 2028, the launch of a [Russian-Belarusian] satellite with a resolution of 0.35 m, ultra-high resolution is scheduled for 2028. 2028 is far enough away, so the launch of a satellite with a resolution of 0.5 m is underway," Shumilin said.He noted that one satellite is the development of technologies, in itself, from the point of view of use in the real sector of the economy, it is not of great interest. "We have always been interested in the constellation of Earth remote sensing satellites. <...> The development of technologies is based on the constellation. Therefore, in the Russian constellation of promising devices with a resolution of 0.5 m, it is assumed that there will be one of the Belarusian satellites, in which we will invest more of our own resources, in the development and creation," said the Academician-Secretary.Shumilin informed that in the SDDS orbital constellation being created, the optical payload will be designed, developed and partially manufactured in Belarus.At the end of January, the Chairman of the Presidium of the National Academy of Sciences Vladimir Gusakov reported that Belarus was working on a "100% Belarusian" satellite. At the same time, he noted that if the joint Russian-Belarusian device is planned to be launched in 2028, then "Belarusian can be launched in 2025."The timing of the creation and launch of the Russian-Belarusian satellite for remote sensing of the earth, the draft design of which was completed in 2020, has been shifted several times. In September 2022, Roscosmos CEO Yuri Borisov announced that work was scheduled to begin on January 1, 2023.
MINSK, April 11. /TASS/. Belarusian specialists are developing a satellite for remote sensing of the Earth (SDZZ) with an equipment resolution of 0.5 m, which can be included in the Russian orbital constellation. Alexander Shumilin, Academician-Secretary of the Department of Physics, Mathematics and Informatics of the National Academy of Sciences of Belarus, said this at a press conference on Tuesday, answering a question from a TASS correspondent about the prospects for creating a completely Belarusian satellite."In 2028, the launch of a [Russian-Belarusian] satellite with a resolution of 0.35 m, ultra-high resolution is scheduled for 2028. 2028 is far enough away, so the launch of a satellite with a resolution of 0.5 m is underway," Shumilin said.He noted that one satellite is the development of technologies, in itself, from the point of view of use in the real sector of the economy, it is not of great interest. "We have always been interested in the constellation of Earth remote sensing satellites. <...> The development of technologies is based on the constellation. Therefore, in the Russian constellation of promising devices with a resolution of 0.5 m, it is assumed that there will be one of the Belarusian satellites, in which we will invest more of our own resources, in the development and creation," said the Academician-Secretary.Shumilin informed that in the SDDS orbital constellation being created, the optical payload will be designed, developed and partially manufactured in Belarus.At the end of January, the Chairman of the Presidium of the National Academy of Sciences Vladimir Gusakov reported that Belarus was working on a "100% Belarusian" satellite. At the same time, he noted that if the joint Russian-Belarusian device is planned to be launched in 2028, then "Belarusian can be launched in 2025."The timing of the creation and launch of the Russian-Belarusian satellite for remote sensing of the earth, the draft design of which was completed in 2020, has been shifted several times. In September 2022, Roscosmos CEO Yuri Borisov announced that work was scheduled to begin on January 1, 2023.
Meteor-M #3 launch July 28:https://tass.ru/kosmos/17498755Google translate:QuoteSAINT PETERSBURG, April 11. /TASS/. Peter the Great St. Petersburg Polytechnic University (SPbPU), as part of the Space Pi project, will for the first time send a cubesat (an ultra-small artificial satellite for space exploration) with an engine into Earth orbit. The launch is scheduled for July 28, 2023, Sergey Makarov, professor at the Higher School of Applied Physics and Space Technologies of SPbPU, said on Tuesday.Earlier, in August 2022, two cubesats, manufactured at the Polytechnic University under the Space Pi project, already went into Earth orbit from the Baikonur Cosmodrome."On July 28 this year, I hope the date will not change, the third Polytech Universe 3 will be launched. It will differ from previous devices in that it will be powered. We really hope that we will be able to watch how it will change its location. In general , control of an aircraft in Earth's orbit is the number one task, not only here, all over the world," he said at a press conference at TASS.According to him, it is very difficult to solve this problem, but this may open up some prospects for combining these devices into blocks, that is, it will make it possible to build structures directly in orbit. Makarov is sure that this will be the first step towards a completely different standard of living."After that, according to the plan, we have the launch of two more devices, which should fly in the first quarter of next year, I think, in March. These devices will no longer have one engine, but several - I hope we will succeed," he said. scientist.
SAINT PETERSBURG, April 11. /TASS/. Peter the Great St. Petersburg Polytechnic University (SPbPU), as part of the Space Pi project, will for the first time send a cubesat (an ultra-small artificial satellite for space exploration) with an engine into Earth orbit. The launch is scheduled for July 28, 2023, Sergey Makarov, professor at the Higher School of Applied Physics and Space Technologies of SPbPU, said on Tuesday.Earlier, in August 2022, two cubesats, manufactured at the Polytechnic University under the Space Pi project, already went into Earth orbit from the Baikonur Cosmodrome."On July 28 this year, I hope the date will not change, the third Polytech Universe 3 will be launched. It will differ from previous devices in that it will be powered. We really hope that we will be able to watch how it will change its location. In general , control of an aircraft in Earth's orbit is the number one task, not only here, all over the world," he said at a press conference at TASS.According to him, it is very difficult to solve this problem, but this may open up some prospects for combining these devices into blocks, that is, it will make it possible to build structures directly in orbit. Makarov is sure that this will be the first step towards a completely different standard of living."After that, according to the plan, we have the launch of two more devices, which should fly in the first quarter of next year, I think, in March. These devices will no longer have one engine, but several - I hope we will succeed," he said. scientist.
QuoteThe launch of the Venera-D research space complex is scheduled for June 2031. The launch date is determined by astronomical windows.https://t.me/government_rus/6931
The launch of the Venera-D research space complex is scheduled for June 2031. The launch date is determined by astronomical windows.
Meteor launch June 27https://ngs42.ru/text/science/2023/04/13/72216482/Google translate:QuoteThe flight control center of the Kuzbass State Technical University plans to launch the second regional satellite KuzGTU-1 this year. The new device was presented at the celebration of Cosmonautics Day on April 12. According to the developers, the satellite plans to take off on June 27, 2023.
The flight control center of the Kuzbass State Technical University plans to launch the second regional satellite KuzGTU-1 this year. The new device was presented at the celebration of Cosmonautics Day on April 12. According to the developers, the satellite plans to take off on June 27, 2023.
https://tass.ru/kosmos/17514141QuoteLaunch vehicle "Start-1M" will be created in RussiaMOSCOW, 13 April. /TASS/. The Start-1M conversion launch vehicle was developed in the Russian Federation, its model was first presented at the Sphere congress, a TASS correspondent reports on Thursday from the scene.According to the information presented at the stand of the Agat organization, the developer is the Moscow Institute of Thermal Engineering (part of Roscosmos). "The complex provides for the preparation and launch of spacecraft (spacecraft - TASS note) weighing 150-700 kg into orbits with an altitude of 200-1,500 km from the Vostochny and Plesetsk cosmodromes," the organization's materials say.It is clarified that the advantages of the complex are the high efficiency of removing the load, the low cost of the rocket, increased reliability, and the ability to use the existing infrastructure."JSC" Organization "Agat" took part in the assessment of the economic efficiency of the use of the complex," the materials say.
Launch vehicle "Start-1M" will be created in RussiaMOSCOW, 13 April. /TASS/. The Start-1M conversion launch vehicle was developed in the Russian Federation, its model was first presented at the Sphere congress, a TASS correspondent reports on Thursday from the scene.According to the information presented at the stand of the Agat organization, the developer is the Moscow Institute of Thermal Engineering (part of Roscosmos). "The complex provides for the preparation and launch of spacecraft (spacecraft - TASS note) weighing 150-700 kg into orbits with an altitude of 200-1,500 km from the Vostochny and Plesetsk cosmodromes," the organization's materials say.It is clarified that the advantages of the complex are the high efficiency of removing the load, the low cost of the rocket, increased reliability, and the ability to use the existing infrastructure."JSC" Organization "Agat" took part in the assessment of the economic efficiency of the use of the complex," the materials say.
https://twitter.com/RussianSpaceWeb/status/1646879055503917060
https://t.me/taygaxtour28region/980Google translate:Quote27.05.23 Soyuz 2.1b launch vehicle with Condor-FKA, 00.14 Moscow timeSubmission of documents until April 1727.06.23 Soyuz 2.1b launch vehicle with Meteor-M spacecraft, 14.34 Moscow timeSubmission of documents until May 1713.07.23 Soyuz 2.1b launch vehicle with Luna-Glob spacecraft. Start time will be announced later.
27.05.23 Soyuz 2.1b launch vehicle with Condor-FKA, 00.14 Moscow timeSubmission of documents until April 1727.06.23 Soyuz 2.1b launch vehicle with Meteor-M spacecraft, 14.34 Moscow timeSubmission of documents until May 1713.07.23 Soyuz 2.1b launch vehicle with Luna-Glob spacecraft. Start time will be announced later.
On the other hand, the implementation of another interplanetary project is approaching, which also until recently was in the category of "unrealizable plans." We are talking about the launch of the Luna-25 spacecraft.Date: July 13Time: 03:06:46 Moscow timeLocation: Vostochny Cosmodromet.me/roscosmos_press/1154
MOSCOW, May 20. /TASS/. Russias Progress Rocket and Space Corporation (RSC) has finished assembling the fourth Resurs-P satellite for high-resolutin imagery of the earth, the companys press office has told TASS."The Resurs-P No.4 satellite has been assembled and will be sent to the Baikonur space center soon," the press service said.Progress RSC Director General Dmitry Baranov told reporters in late January that the fourth satellite in the Resurs-P family will be orbited this summer.
ROSTOV-ON-DON, May 19. /TASS/. The first space satellite of the Rostov region, ArcCube-01, will be launched into orbit from the Vostochny cosmodrome on June 27, it is intended for school experiments on organizing a secure transmission channel, the Ministry of Regional Policy and Mass Communications of the Rostov Region reported on Friday."As of today, the launch date has been set - June 27, 2023, within which the first Don spacecraft will fly from the Vostochny cosmodrome. The final events remain - transportation, preparation and integration of the container with the apparatus on the launch vehicle," the words of the public Advisor to the Governor of the Rostov Region Anton Alekseev.
RCC "Progress" is preparing for launch from VostochnyMay 16, 2023In April 2023, a meeting of the Council of Chief Designers on the completion of flight tests of the space rocket complex and readiness for the launch of the Soyuz-2.1a launch vehicle (LV) with the Fregat RB and the spacecraft " Condor-FKA" №1.
The launch of the Soyuz-2.1a carrier rocket with the Progress MS-23 cargo spacecraft is scheduled for May 24 at 15:56:07 Moscow time.
The Soyuz-2.1a rocket was assembled there to launch the Kondor-FKA satellite!🗓 Pickup May 23🗓 Launch of the Soyuz-2.1a rocket with the Fregat upper stage and Condor-FKA No. 1 on May 27 at 00:14:51 Moscow time.
MOSCOW, May 22. /TASS/. The Aist-2T spacecraft, which are designed for stereoscopic imaging of the Earth, will be launched on the Soyuz-2 launch vehicle, and not on the Angara. This was reported to TASS in the press service of the Progress Rocket and Space Center (RCC) (part of Roscosmos)."The Aist-2T spacecraft are currently at the manufacturing stage and are awaiting the receipt of part of the onboard equipment. The spacecraft will be launched into orbit by the Soyuz-2 launch vehicle," the press service noted.In March, Roscosmos spokesman Vitaly Mironichev said at a meeting with representatives of executive authorities that the launch of the Aist-2T satellites, which was scheduled for 2023, would take place in 2024.In June 2022, Dmitry Rogozin, who at that time served as the general director of Roscosmos, announced that the Aist-2T satellite would become the load of the Angara-1.2 launch vehicle during the first launch from the Vostochny cosmodrome in December 2023.
