План индийских космических пусков

[Salo]

https://www.wionews.com/india-news/isros-next-gen-rocket-sslv-to-have-maiden-launch-by-july-end-493369

ISRO's next-gen rocket SSLV to have maiden launch by July-end
Written By: Sidharth MP
New Delhi, India Updated: Jun 30, 2022, 11:36 PM(IST)

India's new-age rocket, the Small Satellite Launch Vehicle (SSLV) would have its maiden flight by July end, said ISRO Chairman, Dr S. Somanath. He was speaking following the successful launch of the PSLV-C53 mission that ISRO had performed to orbit three customer satellites from Singapore. Having completed two launch missions in 2022, Somanath added that ISRO is looking forward to performing three more launch missions by the end of the year.

SSLV is a rocket that is designed to orbit satellites weighing less than 500kg in Low Earth Orbit. Dr Somanath had earlier told WION that SSLV was being conceptualised as a rocket that can be handed over to the Indian industry for the entire manufacturing process and it can be put together for launch in a week's time. He had added that SSLV uses less-exotic materials in its manufacturing process to ensure that it is kept simple and easy to adopt by industry.

On the 'POEM' (PSLV Orbital Experiment Module) that is being carried out by the fourth stage of the PSLV C-53 rocket, he said that it was akin to recycling space debris and putting it to productive uses. "This time, the stage won't be uncontrolled (it will be stabilised) and we have used on-board computers and sensors to handle it," he said, referring to how the stage carries science experiments from Indian start-ups.

Sharing updates on the upcoming high-profile national missions, he said that the Gaganyaan Human Spaceflight mission would happen only around 2024 and elaborated that two Crew Escape system tests would be carried out this year, using a new vehicle known as 'Test Vehicle' or TV.

"Unmanned mission we could have by mid-2023 and then we will have two more escape tests and then another unmanned mission, followed by a manned mission," he said.

In terms of Aditya-L1, the science mission to study the Sun, he said that its critical payload- a Coronagraph to study the sun's corona effect was being tested and calibrated at the Indian Institute of Astrophysics and could possibly be launched by year-end. With regards third Lunar mission Chandrayaan-3, the Chairman said that testing of its lander propulsion systems and ruggedization of the Lunar lander's legs were in progress.

[Salo]

https://timesofindia.indiatimes.com/india/gaganyaan-mission-cant-happen-this-year-or-next-year-focus-fully-on-safety-aspects-isro-chief/articleshow/92579979.cms
Quote

Mk-III we have already announced for launch for commercial launches. Next mission will be a commercial mission. That will carry a very well known OneWeb satellites, mid Sept-Oct this year and next year by January 2023."

[Salo]

Состоявшиеся пуски
№п/п - Дата - КА - РКН - Космодром - Время (ДМВ)

2022
01 - 14 февраля - EOS-04 (RISAT-1A), InspireSat-1, INS-2TD - PSLV-XL (С52) - Шрихарикота 1 - 03:29:00
02 - 30 июня - DS-EO, NeuSAR, SCOOB-I (все Сингапур), POEM (с тремя неотделяемыми ПН) - PSLV-CA (C53) - Шрихарикота 2 - 15:32:00
03 - 7 августа - EOS-02 (Microsat-2A), AzaadiSAT - SSLV-D1 - Шрихарикота 1 - 06:48:00 - авария верхней ступени

На зарубежных носителях:
1 апреля - Transporter-4: Shakuntala (Pixxel-TD 2) - Falcon 9-146 (B1061.7 ASDS) - Канаверал SLC-40 - 16:24:17
23 июня - CMS-02 (GSAT-24) - Ariane-5 ECA+ (VA257) - Куру ELA-3 - 00:50:07.300

Планируемые пуски
Дата - КА - РКН/РБ - Космодром - Время (ДМВ)

2022
середина сентября-  не ранее   октябрь - OneWeb (х36) - GSLV-MkIII - Шрихарикота 2
август-    сентябрь   не ранее октября  I п/годие 2023 - EOS-06 (OCEANSAT-3), Anand (Pixxel-TD 1), BhutanSat (INS-2B), APRSDP-BTN (Бутан) - PSLV-CA (C54) - Шрихарикота 1
сентябрь-октябрь  конец года - ADITYA-L1 - PSLV-XL - Шрихарикота (или март 2023)
конец года - первый пуск - Vikram I - Шрихарикота
конец года - первый пуск - Agnibaan - ПО

Попутная нагрузка:
15 августа-31 декабря - 75 студенческих спутников (множественные пуски) - PSLV - Шрихарикота (или 2023)
ПО - Anant - PSLV - Шрихарикота
ПО - Azad-1 - PSLV - Шрихарикота
ПО - CLIMB - PSLV - Шрихарикота
ПО - IITMSAT - PSLV - Шрихарикота
ПО - Lagari (Турция) - PSLV - Шрихарикота
ПО - Landmapper-BC 7 (Corvus-BC 7) (США) - PSLV - Шрихарикота
ПО - LPUSAT - PSLV - Шрихарикота
ПО - NEMO-AM (Канада, Индия) - PSLV - Шрихарикота
ПО - RSAT - PSLV - Шрихарикота
ПО - RVSAT-1 - PSLV - Шрихарикота

2023
январь - OneWeb (х36) - GSLV-MkIII - Шрихарикота 2
январь - RESOURCESAT-3SA - PSLV-XL - Шрихарикота
начало года - коммерческий пуск - Vikram I - Шрихарикота
4-й квартал 2022  I п/годие - NVS-01 (IRNSS-1J) - GSLV-MkII (F14) - Шрихарикота 2
  начало   середина года - GaganYaan (первый беспилотный полёт) - GSLV-MkIII (M3) - Шрихарикота 2 (или не позже 15 августа)
август - HRSAT-1A, HRSAT-1B, HRSAT-1C - PSLV-XL - Шрихарикота 1 ~09:00
декабрь - RESOURCESAT-3 - PSLV-XL - Шрихарикота
конец года - GaganYaan (второй беспилотный полёт) - GSLV-MkIII - Шрихарикота 2
ПО - TDS-01 - PSLV    (C54)   - Шрихарикота
ПО - RESOURCESAT-3S - PSLV-XL - Шрихарикота
ПО - Chandrayaan-3 - GSLV-MkIII (M2) - Шрихарикота 2
ПО - CMS-04 (IDRSS-1) - GSLV-MkII - Шрихарикота
ПО - CMS-?? (IDRSS-2) - GSLV-MkII - Шрихарикота
ПО - CARTOSAT-3A - PSLV-CA - Шрихарикота
ПО - SCATSAT-1A - PSLV-XL - Шрихарикота
ПО - OCEANSAT-3A - PSLV-CA - Шрихарикота
ПО - TeLEOS-2 (Сингапур) - PSLV - Шрихарикота
ПО - RISAT-1B - PSLV-XL - Шрихарикота
ПО - EOS-05 (GISAT-2) - GSLV-MkII (F12) - Шрихарикота 2
ПО - GSAT-32 - GSLV-MkII (F13) - Шрихарикота 2
ПО - GSAT-7R (7B) (IAF ComSat) - GSLV-MkII - Шрихарикота
ПО - CMS-03 (GSAT-20) - GSLV-MkIII - Шрихарикота
ПО - GSAT-22 - GSLV-MkIII - Шрихарикота
ПО - GSAT-23 - GSLV-MkIII - Шрихарикота
  август   не ранее сентября 2022  ПО - BlackSky Global 5, BlackSky Global 6, BlackSky Global 9, BlackSky Global 10 (США), APRSDP-BTN - SSLV -D2 - Шрихарикота 2
ПО - XPoSat (X-Ray Polarimeter Satellite) - SSLV - Шрихарикота
ПО - ПО - SSLV - Куласекарапаттинам

Попутная нагрузка:
1-й квартал - Pixxel (x6) - PSLV/SSLV - Шрихарикота/Куласекарапаттинам
ПО - Pixxel (x12) - PSLV/SSLV - Шрихарикота/Куласекарапаттинам

2024
январь - RESOURCESAT-3A - PSLV-XL - Шрихарикота
сентябрь 2023  начало года   январь - NISAR/NI-SAR (научная миссия NASA-ISRO) - GSLV-MkIII - Шрихарикота 2
2023  2-й квартал - InSat-3DS - GSLV-MkII - Шрихарикота
2-й квартал    декабрь   - TRISHNA - PSLV - Шрихарикота
декабрь - Shukrayan-1 (индийская научная миссия к Венере) - ПО - Шрихарикота (или середина 2026)
ПО - Mangalyaan-2/MOM-2 (вторая орбитальная марсианская миссия) - GSLV - Шрихарикота
ПО - AHySIS-2 - PSLV - Шрихарикота
декабрь 2022  I п/годие 2023  ПО - ПО - SSLV    -D3   - Куласекарапаттинам
ПО - DISHA-H - PSLV/SSLV - Шрихарикота/Куласекарапаттинам (или 2025)
ПО - DISHA-L - PSLV/SSLV - Шрихарикота/Куласекарапаттинам (или 2025)

Попутная нагрузка:
  2022   3-й квартал - SPaDEx Chaser, SPaDEx Target - PSLV - Шрихарикота

ПО - Pixxel (x16) - PSLV/SSLV - Шрихарикота/Куласекарапаттинам

2025
  2024   ПО - GaganYaan (первый пилотируемый полёт) - GSLV-MkIII - Шрихарикота 2
ПО - ATMSAT-1 (Atmospheric Satellite-1) - PSLV - Шрихарикота
ПО - ASTROSAT-2 - GSLV - Шрихарикота

На зарубежных носителях:
  2024   ПО - Chandrayan-4 (индийская научная миссия на полюс Луны)  LUPEX (Lunar Polar Exploration Mission) (Selene-R: посадочный модуль ISRO, ровер JAXA) - H-3 - Танегасима

2028
ПО - Exowords (индийская научная миссия по изучению экзопланет) - ПО - Шрихарикота

2030
ПО - индийская пилотируемая космическая станция - ПО - Шрихарикота

C неопределённой датой:
Дата - КА - РКН/РБ - Космодром
не ранее 2023 - CARTOSAT-3B - PSLV-CA - Шрихарикота
не ранее 2023 - RESOURCESAT-3B - PSLV-XL - Шрихарикота
не ранее 2023 - IRNSS-1K - PSLV-XL - Шрихарикота
не ранее 2023 - IRNSS-1L - PSLV-XL - Шрихарикота
не ранее 2023 - IRNSS-1M - PSLV-XL - Шрихарикота
не ранее 2023 - IRNSS-1N - PSLV-XL - Шрихарикота
не ранее 20232 - IRNSS-S1 - PSLV-С-XL - Шрихарикота
не ранее 2023 - IRNSS-S2 - PSLV-XL - Шрихарикота
не ранее 2023 - IRNSS-S3 - PSLV-XL - Шрихарикота
не ранее 2023 - RISAT-2A - PSLV-XL - Шрихарикота
не ранее 2023 - GSAT-7C (IAF ComSat) - GSLV-MkII - Шрихарикота
2023 - GSAT-21 - GSLV-MkIII - Шрихарикота 2
не ранее 2023 - GSAT-25 - GSLV - Шрихарикота
не ранее 2023 - GSAT-26 - GSLV - Шрихарикота
не ранее 2023 - GSAT-27 - GSLV - Шрихарикота
не ранее 2025 - InSat-4 - GSLV-MkII - Шрихарикота
середина 30-х годов - INSIST (INdian Spectroscopic Imaging Space Telescope) - ПО - ПО
ПО - RISAT-3 - PSLV - Шрихарикота
ПО - PRATUSH - GSLV - Шрихарикота
ПО - Oneweb - PSLV - Шрихарикота
ПО - Oneweb - GSLV-MkIII - Шрихарикота
ПО - ПО -  Vikram II - Шрихарикота
ПО - ПО -  Vikram III - Шрихарикота

Попутная нагрузка:
  2021   2022-2023 - BeliefSat-1 - PSLV - Шрихарикота
ПО - десять спутников AIS (Индия, Франция) - PSLV - Шрихарикота
ПО - IMS-1B (ENVIRON) - PSLV - Шрихарикота
ПО - IMS-1С -ПО -ПО
ПО - IMS-1D -ПО -ПО
ПО - IMS-1E, IMS-1F - PSLV - Шрихарикота

Используемые сокращения:
DISHA - Disturbed and quite-type Ionosphere System at High Altitude
КА - космический аппарат
РКН - ракета космического назначения
РБ - разгонный блок
ПО - подлежит определению
ДМВ - декретное московское время
НВМ - неотделяемый весовой макет

Статистика:
Орбитальные  пуски - 81
Запущенные спутники - 442

Изменения от 2 июля
Изменения от 9 июля
Изменения от 25 июля
Изменения от 2 августа
Изменения от 3 августа
Изменения от 4 августа
Изменения от 7 августа
Изменения от 16 августа
Изменения от 10 сентября
Изменения от 14 сентября
Изменения от 21 сентября
Изменения от 2 октября

[Salo]

https://www.livemint.com/news/india/isro-to-launch-sslv-by-august-says-senior-scientist-11656062849497.html

Isro to launch SSLV by August, says senior scientist

 

New Delhi: The Indian Space Research Organisation (Isro), India's central space agency, will be launching its Small Satellite Launch Vehicle (SSLV) within "the next one or two months", said Victor Joseph, associate scientific secretary at Isro. 

Speaking at his keynote at a conference by the Astronautical Society of India (ASI) on Friday, Joseph added that the SSLV will be one of India's key lightweight and reusable commercial rockets alongside those being built by private space startups in the country

.

[zandr]

https://www.wionews.com/india-news/indias-gslv-mk3-rocket-to-launch-oneweb-satellites-in-oct22-and-jan23-isro-chairman-493475

India's GSLV Mk3 rocket to launch Oneweb satellites in Oct'22 and Jan'23: ISRO Chairman
...

[Salo]

https://www.outlookindia.com/national/isro-chief-reports-centre-s-intentions-to-open-public-private-partnership-to-strengthen-space-industry-news-208082

To a question on the launch of a small satellite launch vehicle (SSLV), Somanath said it would happen by this month-end or at the beginning of August.
Asked about starting a launchpad at Kulasekharapatnam in Tamil Nadu, he said the State government has allotted 2,000 acres of land and after developing the required infrastructure, it may be ready in another two years.

[Salo]

https://amsat-dl.org/satelliten-geplant/

Satellit/Projekt	voraussichtlicher Starttermin	Startplatz / Rakete	HAM-Nutzlast	Organisation	Info
AzaadiSAT	2. August 2022	Satish Dhawan Space Centre, Sriharikota, India  SSLV (ISRO)	70cm FSK/AFSK-SSTV/LoRa-Downlink	Space Kidz India	Info
APRSDP-BTN	August/September 2022	Satish Dhawan Space Centre, Sriharikota, India  (ISRO)	Packet Radio APRS-Digipeater	Department of IT and Telecom, Ministry of Bhutan	Info

[Salo]

https://timesofindia.indiatimes.com/india/another-chandrayaan-3-test-done-on-sunday-sslv-launch-planned-for-august/articleshow/92982060.cms

SSLV First Mission
The space agency is also awaiting clearance for the launch of the first Small Satellite Launch Vehicle (SSLV), a technology demonstrator mission of which is expected in the coming weeks. While Isro is confident of an August launch, the final date, an official said, "was yet to be decided". "We are looking at August, but it may not happen in the first few days."

[Salo]

https://twitter.com/pbdes/status/1551816021161517057

Peter B. de Selding @pbdes
.  @Eutelsat_SA @OneWeb combination 2:
3 @SpaceX launches (equivalent to 4 Soyuz OneWeb launches) & 2 Indian GSLV missions will complete Gen 1 deployment between Sept and March. OneWeb chairman Sunil Bharti thanked US & Indian govts for their influence in securing these launches.

[Salo]

https://www.indiatoday.in/science/story/isro-to-launch-sslv-on-aug-7-all-about-india-s-smallest-launch-vehicle-1982802-2022-08-02

HIGHLIGHTS

• Isro will launch SSLV on its maiden flight on August 7
• SSLV will carry Earth Observation Satellite-02 to space
• SSLV is aimed to cater to on demand satellite launch market

In a bid to compete with the commercial satellite market, the Indian Space Research Organisation (Isro) is set to conduct the maiden launch of its Small Satellite Launch Vehicle (SSLV) on August 7. The rocket will carry Earth Observational Satellite (EOS-02) Mission to space.

The mission will be launched from Satish Dhawan Space Centre in Sriharikota at 9:18 am, and Low Earth Orbit (LEO). The EOS-02 mission is a technology demonstration satellite for various new technologies with applications that include agriculture, forestry, geology, and hydrology.
WHAT IS SSLV?
The Small Satellite Launch Vehicles have been designed by the Indian space agency to attract the emerging small satellite market and provide launch-on-demand services to domestic and foreign customers.
SSLV will free Isro's workhorse Polar Satellite Launch Vehicle for bigger missions. The maiden mission is aimed to demonstrate the technological advancement made by Isro and its capability to deliver smaller payloads into low Earth Orbit.

SSLV is a brainchild of current Isro chief S Somnath, who has been known for his rocket wizardry worldwide. The SSLV has been designed to launch a payload weighing 500 kg to a 500-kilometer planar orbit. By comparison, the PSLV — the workhorse of Isro — can take up to a 1,750-kilogram payload into the Sun Synchronous Orbit at 600 km altitude.
Apart from the capability to launch up to 500 kg of satellite mass, the SSLV will have the option of multiple satellite mounting options for nano, micro, and small satellites.
SSLV stages have successfully undergone necessary ground tests. (Photo: Isro)

Weighing 110-tons, the three-stage all-solid stage vehicle is the smallest in the Isro arsenal of launchers and Isro is marketing it as one with the quickest turnaround. The rocket can be assembled and integrated in just 72 hours against other launch vehicles, which takes close to two months to reach the launch pad from the assembly building.
Isro in March conducted the ground testing of the solid booster stage (SS1) that will power the launch vehicle. Isro said that the successful testing has given it sufficient confidence to proceed with the first developmental flight of SSLV (SSLV-D1).

It is worth mentioning that the Centre has allocated Rs 169 crores for the development of the project, which is to cover the development & qualification of the vehicle systems and the flight demonstration through three development flights, SSLV-D1, SSLV-D2, and SSLV-D3.

The Ministry of Science & Technology has in the past said that the SSLV has been primarily envisaged to build a cost-effective launch vehicle with high launch frequency and quick turnaround capability in order to cater to the growing opportunity in the global launch services market for small satellites.
The maiden launch of India's much-awaited SSLV has been delayed in the past owing to the coronavirus pandemic and successive lockdowns that followed. Isro had initially planned to launch the mission in the first quarter of this year. However, the final testing took some time.

[Salo]

https://twitter.com/EricFielding/status/1547238148270215168

Dr. Eric J Fielding, PhD @EricFielding

I am biased because I am on the project science team, but I think the NISAR (NASA-ISRO SAR) mission is a large NASA project that has taking decades to complete and will provide a huge increase in Earth Science data in late 2023/early 2024. Also largest SAR satellite ever built.

6:14 PM · 13 июл. 2022 г.·Twitter for Mac

[Salo]

file:///D:/Downloads/CGMS-50-joint-IMD-ISRO-WP-01_PPT.pdfВы не можете просматривать это вложение.
Вы не можете просматривать это вложение.
Вы не можете просматривать это вложение.
Вы не можете просматривать это вложение.
Вы не можете просматривать это вложение.

[Salo]

https://techcrunch.com/2022/05/20/indian-launch-startup-skyroot-successfully-completes-full-duration-stage-test/

Indian launch startup Skyroot successfully completes full-duration stage test

Aria Alamalhodaei@breadfrom / 11:48 PM GMT+3•May 20, 2022

Skyroot, the first private Indian company to design, build and test a solid rocket propulsion stage, has reached another key milestone in the development of its Vikram-I launch vehicle: a full-duration test of the rocket's third stage.
The third stage, dubbed Kalam-100 in homage to Indian rocket scientist and former President A.P.J. Abdul Kalam, is just one part of the company's debut rocket. Vikram-I includes three solid fuel stages, plus a liquid-fueled kick stage that's designed to serve the small satellite launch market. It's designed to carry up to 480 kilograms to low-inclination orbits, and the company says on its website that it's designed to be assembled and launched from any launch site within 24 hours.
Vikram-I is one of a trio of rockets Skyroot is currently developing; the other two, Vikram-II and Vikram-III, will be able to carry heavier payloads with multiple orbital insertions, Skyroot says.

The test-firing of the rocket stage took place at a private test range in Nagpur City, India, CEO Pawan Kumar Chandana told TechCrunch in an email. That range belongs to Skyroot investor and industrial explosives, ammunitions and propulsion systems manufacturer Solar Industries India.
The next steps will be test firings for Stage 1 and Stage 2, Chandana said. The company's existing funding, including an $11 million Series A and a $4.5 million bridge round, will cover most of the costs of testing. Skyroot is in the process of raising a Series B to take the company to "multiple orbital launches," he said.
All this funding should get Skyroot to a technology demonstration launch by the end of this year, with the company's first commercial orbital mission early next year. That launch would take off from India's spaceport on Sriharikota Island, and would make Skyroot the first private Indian company to build and launch private rockets.

[Salo]

https://www.livemint.com/companies/start-ups/agnikul-cosmos-opens-india-s-first-private-rocket-engine-factory-in-chennai-11657718676257.html

Agnikul Cosmos opens India's first private rocket engine factory in Chennai
 
Moin SPM, Co-Founder & COO (L) & Srinath Ravichandran, Co-Founder & CEO, AgniKul Cosmos. 2 min read . Updated: 13 Jul 2022, 07:00 PM IST Shouvik Das

Agnikul Cosmos said that the Chennai facility will use additive manufacturing technology to build 3D printed rocket engines, and will be used to produce engines for its own in-house rockets
Homegrown space startup, Agnikul Cosmos, the country's first private factory dedicated to building rocket engines in Chennai on Wednesday, inaugurated by N Chandrasekaran, chairman, Tata Sons, and S Somanath, chairman of ISRO and secretary, department of space. The company said that the facility will use additive manufacturing technology to build 3D printed rocket engines, and will be used to produce engines for its own in-house rockets.
Srinath Ravichandran, chief executive of Agnikul Cosmos, said that the facility presently has the capacity to build two rocket engines from scratch, every week. This will allow the factory to produce eight engines every month, and build the number of engines required to launch Agnibaan – its two-stage launch vehicle, expected to launch by the end of the year.
"Since companies and organisations looking to launch satellites no longer have access to Russian facilities, and launching aboard heavy rockets could be expensive, small orbital launch vehicles can help India win a large chunk of satellite launch orders in the near future," Ravichandran said. He added that the company will take an additional week to launch the rocket, once the engines are ready.
The company said that it already has partners who are preparing small-sized satellites to be launched on the Agnibaan rockets, and the factory will address this demand. Agnibaan is an ultra-light launch vehicle that is lighter than the Indian Space Research Organisation (ISRO)'s upcoming small, light commercial rocket – the Small Satellite Launch Vehicle (SSLV). While the SSLV can carry payloads of around 300kg, Agnibaan will be able to carry payloads of up to 100kg to low Earth orbits (LEOs) of up to 700km above Earth.
To be sure, Agnikul Cosmos is not the only entity that is building such small launch vehicles for use in commercial space missions. Fellow Indian space startup Skyroot Aerospace is also nearing a technology demonstration (or test) launch of its own indigenous rocket, Vikram, later this year.
"Gaining the ability to build small, easy to build and affordable rockets on a conveyor belt setup will help India build capacity to attract a larger chunk of the global satellite launches market," said Chaitanya Girl, a consultant at Ministry of External Affairs-affiliated Research and Information System for Developing Countries.
With satellite internet operators, and space sensing and earth observation technology startups looking to deploy small satellite constellations in low Earth orbits, light and affordable rockets, and even ISRO's Polar Satellite Launch Vehicles (PSLVs), which are being developed by an industry consortium comprising Hindustan Aeronautics Limited and Larsen & Toubro, could all contribute to India offering multiple avenues for educational institutes, research organisations and private companies launch their satellites in orbit.

[Salo]

https://tass.ru/kosmos/15414411

НЬЮ-ДЕЛИ, 7 августа. /ТАСС/. Индия осуществила в воскресенье запуск своей новой легкой ракеты SSLV (Small Satellite Launch Vehicle), произошла потеря данных на заключительной стадии. Об этом Индийская организация космических исследований и разработок (ISRO) сообщила в своем Twitter.
"Первый полет SSLV завершен. Все этапы выполнены, как планировалось. Потеря данных наблюдается на терминальной стадии. Проводится анализ, обновим информацию в ближайшее время", - заявили в ISRO.
Ракета-носитель была запущена с космодрома на острове Шрихарикота с двумя спутниками - студенческим и спутником наблюдения Земли.

[Salo]

https://news.abplive.com/india-at-2047/india-space-odyssey-isro-future-space-missions-mangalyaan-2-chandrayaan-2-gaganyaan-1546639

Shukrayaan-1
Shukrayaan-1 is a planned mission that aims to study the surface and atmosphere of Venus. An orbiter will be launched to Venus atop a GSLV Mark III rocket from Satish Dhawan Space Centre. The mission duration is four years. 
The objectives of the mission are to study surface stratigraphy (scientific discipline concerned with the study of rock layers), analyse atmospheric chemistry, and study solar wind interaction with the ionosphere of Venus.
Shukrayaan-1 is expected to be launched in December 2024.

Lunar Polar Exploration Mission (LUPEX)
The Lunar Polar Mission is a joint robotic lunar exploration mission between the Japanese Aerospace Exploration Agency (JAXA) and ISRO. Previous studies have suggested the presence of water in the polar regions on the Moon. The LUPEX mission aims to obtain information on the quantity and forms of water resources present on the Moon. This will help determine the feasibility of utilising these water resources for future sustainable space exploration activities.
According to the official website of JAXA, the aim of the mission is to understand the distribution, conditions, forms, and other parameters of the lunar water resources. 
Through LUPEX, ISRO and JAXA also seek to improve the technology required to explore the surface of low-gravity celestial bodies.
The mission duration will be six months. LUPEX is expected to be launched in 2025.

Mangalyaan-2
Mangalyaan-2, or Mars Orbiter Mission 2 (MOM 2), is ISRO's second interplanetary mission, expected to be launched in 2025. The mission is the successor to Mangalyaan-1, or Mars Orbiter Mission 1 (MOM 1). 
The proposed mission duration is one year. 
According to a report by The Times of India, the Mangalyaan-2 mission will consist of only one orbiter. 
Mangalyaan-2 will be launched atop a GSLV Mark III rocket from Satish Dhawan Space Centre. 

AstroSat-2
AstroSat-2 is the successor to AstroSat, the first Indian satellite fully dedicated to the study of astronomy. AstroSat, the space telescope of India, was launched on September 28, 2015.
AstroSat-2 is India's second space observatory mission. 
The launch date for the mission is yet to be announced. 
ISRO is making a humongous effort for the betterment of mankind in various fields such as meteorology, communication, tele-education, and telemedicine, among others.

[Salo]

https://www.romsenter.no/Aktuelt/Siste-nytt/Oppdraget-over-for-radarsatellitten-Sentinel-1B
Google перевёл:

Кроме того, НАСА и индийская космическая организация ISRO в январе 2024 года запустят радиолокационный спутник L-диапазона NISAR, сообщает Молдестад.

[zandr]

https://twitter.com/OneWeb/status/1572109306710970369

OneWeb  @OneWeb
Florida - Satish Dhawan Space Centre

We are excited to confirm the arrival of 36 satellites at the Satish Dhawan Space Centre in advance of a planned launch from Sriharikota, India

Thanks to our launch partners, @isro and @NSIL_India as well as the team at @OneWebSatellit1.

[zandr]

https://twitter.com/ISROSpaceflight/status/1575842366027862016

ISRO Spaceflight  @ISROSpaceflight
(1/3) Here's our first detailed look at the design of the docking mechanism being developed by ISRO! This will be used on the Space Docking Experiment (SpaDEx) currently scheduled to launch in Q3, 2024. #ISRO #SpaDEx

Спойлер

[свернуть]

(2/3) As of now what we now about SpaDex is that it's gonna consist of two 200kg satellites - a target vehicle and a chaser vehicle. At launch they'll be stacked on top of each other held together by only the docking ports.

Спойлер

(3/3) After separation from launch vehicle both vehicles will undock and drift apart. Later the chaser vehicle will perform autonomous rendezvous and docking with the target vehicle.

The docking mechanism in itself appears to be highly inspired from NASA's IDSS used on the ISS.

[свернуть]

[Salo]

https://www.indiatoday.in/science/story/36-oneweb-satellites-arrive-in-india-to-be-launched-by-isro-on-gslv-mk-iii-2002464-2022-09-20

36 satellites part of a constellation by OneWeb arrived in India on Tuesday to be launched by the Indian Space Research Organisation (Isro) into Low Earth Orbit (LEO). The satellites arrived at the Satish Dhawan Space Centre (SDSC- SHAR) and will be launched from Sriharikota.

The satellites will be launched onboard Isro's Geosynchronous Satellite Launch Vehicle Mark III (GSLV MK-III) from the Satish Dhawan Space Centre as part of an agreement signed between the United Kingdom-based firm and the NewSpace India Limited (NSIL).
While Isro is yet to say anything about the launch date, it is expected to happen in October.
Also Read | Mars looks blinding as Webb telescope zooms in on Red Planet
The company in a release said that with this launch, OneWeb will have more than 70 per cent of its planned Gen 1 Low Earth orbit (LEO) constellation in orbit as it progresses to deliver high-speed, low-latency connectivity services around the world. The launch will be the company's 14th mission to deploy these satellites into orbit.
36 OneWeb satellites arrive at the Satish Dhawan Space Centre. (Photo: OneWeb)
"Undertaking the launch of 36 OneWeb satellites onboard GSLV-MkIII from India is a historic moment for NSIL and Isro. We are excited to see the arrival of the satellites and the ground support equipment in India in preparation for the launch," Radhakrishnan D, Chairman-cum-Managing Director, NewSpace India Limited, said in a statement.
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OneWeb had to look for new launch partners after relations between the West and Russia soured. it is worth mentioning that OneWeb was using the Russian Space Agency launch services to deploy its satellites into orbit. Russia had denied launching the satellites even after integrating three dozen of them with the launch vehicle and moving it on the pad.