List of Satish Dhawan Space Centre launches

This page provides a list summary of the launches taken place in Satish Dhawan Space Centre. It is the main satellite launch centre for the Indian Space Research Organisation (ISRO). It is located in Sriharikota, Andhra Pradesh, 80 km (50 mi) north of Chennai. Originally called Sriharikota Range[1] (SHAR), an acronym that ISRO has retained to the present day. The centre was renamed in 2002 after the death of ISRO's former chairman Satish Dhawan.

Launch statistics edit

As of 17 February 2024, there have been a total of 95 launches from the three main orbital pads,[Note 1] including 80 successful launches, 5 partial successes,[Note 2] and 10 failed launches. In addition to this, an indefinite number of suborbital launches has taken place from the Sounding Rocket Complex.

By rocket edit

Orbital vehicles edit

  • SLV: 4 (1 failure, 1 partial success & 2 successful)
  • ASLV: 4 (2 failures, 1 partial success & 1 successful)
  • PSLV: 60 (2 failures, 1 partial success & 57 successful)
  • GSLV: 16 (4 Failures, 2 partial success & 10 successful)
  • LVM 3: 7 (0 Failures, 0 partial success & 7 successful)
  • SSLV: 2 (1 failure & 1 successful)

Suborbital vehicles edit

By launch pad edit

  • SLV Launch Pad: 8 (3 Failures, 2 partial success & 3 successful)
  • First Launch Pad: 51 (2 Failures, 2 partial success & 47 successful)
  • Second Launch Pad: 36 (5 Failures, 1 partial success & 30 successful)
  • Sounding Rocket Complex: 2+ (0 Failures, 0 partial success & 2+ successful)

By year edit

1
2
3
4
5
6
7
8
1980
1985
1990
1995
2000
2005
2010
2015
2020

(Launches from the Sounding Rocket Complex are not included)

List of launches by pad edit

SLV Launch Pad edit

#Launch dateLaunch Vehicle & VariantVersion /
Serial [2]
ResultNotes
110 August 1979SLV-3D1FailureFaulty valve and wrong assessment causes vehicle to crash into the Bay of Bengal (317 s after takeoff), Developmental Flight.[3]
218 July 1980SLV-3D2SuccessDevelopmental Flight.
331 May 1981SLV-3D3Partial SuccessDid not reach intended height. Satellite only orbits for 9 days, Developmental Flight.[3]
417 April 1983SLV-3D4SuccessDevelopmental Flight.
524 March 1987ASLVD1FailureFirst stage did not ignite after strap-on burnout, Developmental Flight.[4]
613 July 1988ASLVD2FailureInsufficient control gain, Developmental Flight.[4]
720 May 1992ASLVD3Partial SuccessLower than expected orbit and incorrect spin-stabilisation, payload decayed quickly.[5]
84 May 1994ASLVD4SuccessSROSS-C2 launched.[5]

First Launch Pad edit

#Launch dateLaunch Vehicle & VariantVersion /
Serial [2]
ResultNotes
120 September 1993PSLVD1FailureUnexpected large disturbance at the second stage separation resulting in a sub-orbital flight of the vehicle. One of the retro rockets designed to pull the burnt second stage away from the third stage failed.[6]
215 October 1994PSLVD2SuccessWith the successful launch, India became the sixth country in the world to launch satellite in low-Earth orbit.[6]
321 March 1996PSLVD3SuccessThird developmental test flight, PSLV placed the 922 kg IRS-P3 satellite in the intended 817 km polar orbit.
429 September 1997PSLVC1Partial SuccessPSLV's first operational flight, placed IRS-1D into a polar orbit. However, it did not place the satellite in the desired circular orbit of 817 km, but in an elliptical orbit due to a leak of helium gas from one of the components.[7][8]
526 May 1999PSLVC2SuccessPSLV's first commercial launch and also was for the first time an Indian launch vehicle carried multiple satellites.[9]
618 April 2001GSLV Mk I(a)D1Partial SuccessDevelopmental Flight, payload placed into lower than planned orbit, and did not have sufficient fuel to reach a usable orbit.[10]
722 October 2001PSLVC3SuccessPlaced three satellites in orbit - TES of India, PROBA (PRoject for On Board Autonomy) of the European Space Agency and the BIRD (Bispectral and Infrared Remote Detection) of Germany.
812 September 2002PSLVC4SuccessIndia's first launch to place a satellite into a Geosynchronous Transfer Orbit. The flight path of PSLV-C4 was specially modified to inject the satellite into a Geosynchronous Transfer Orbit having a perigee 250 km and an apogee of 36,000 km.
98 May 2003GSLV Mk I(a)D2SuccessDevelopmental Flight[11]
1017 October 2003PSLVC5SuccessPayload capability had been progressively increased by more than 600 kg since the first PSLV launch. Launch took place despite heavy rain.[12]
1120 September 2004GSLV Mk I(b)F01SuccessFirst operational flight[13]
1210 January 2007PSLVC7SuccessFor the first time, a Dual Launch Adopter (DLA) was used in the PSLV to accommodate two primary satellites at the same time.[14] Space capsule Recovery Experiment (SRE-1) also launched. The SRE-1 module remained in orbit for 12 days before re-entering the Earth's atmosphere and splashing down into the Bay of Bengal 22 January 2007. The re-capture of the SRE-1 module made India the fourth country to do so after the US, Russia and China.[15]
1321 January 2008PSLV-CAC10SuccessAn Israeli reconnaissance satellite, and ISRO's first fully commercial launch.[16]
1423 September 2009PSLV-CAC14Success7 satellites launched.[17] SwissCube-1[18] and ITUpSAT1,[19] Switzerland's and Turkey's first home-grown satellites launched into space.
1512 July 2010PSLV-CAC15SuccessMain satellite Cartosat-2B and Algeria's ALSAT-2A along with AISSat-1, TIsat-1, and StudSat. TIsat-1 is the second ever Swiss satellite launched into Space. AISSat-1 and TIsat are part of NLS-6.[20]
1620 April 2011PSLVC16SuccessThe standard version, with six solid strap-on booster motors strung around the first stage, was used. ResourceSat-2 launched.[21]
1712 October 2011PSLV-CAC18SuccessThe Megha-Tropiques satellite for climate research launched along with three microsatellites: SRMSAT, the remote sensing satellite Jugnu and the VesselSat-1 to locate ships on high seas.[22][23]
1826 April 2012PSLV-XLC19SuccessRadar Imaging Satellite-1 (RISAT-1) launched.[24]
199 September 2012PSLV-CAC21SuccessISRO's 100th mission.[25]
2025 February 2013PSLV-CAC20SuccessIndo-French SARAL and six other foreign satellites launched.[26][27]
211 July 2013PSLV-XLC22SuccessLaunch of IRNSS-1A, the first satellite of the Indian Regional Navigation Satellite System.[28]
225 November 2013PSLV-XLC25SuccessMars Orbiter Mission or Mangalyaan, India's first mission to Mars.[29]
234 April 2014PSLV-XLC24SuccessIRNSS-1B, the second out of seven in the Indian Regional Navigation Satellite System (IRNSS) launched.[30][31]
2430 June 2014PSLV-CAC23SuccessFive foreign satellites including France's SPOT-7 launched.[32]
2516 October 2014PSLV-XLC26SuccessIRNSS-1C, the third out of seven in the Indian Regional Navigation Satellite System (IRNSS) launched.[33]
2610 July 2015PSLV-XLC28SuccessUK-DMC 3 and two other foreign satellites launched. Heaviest ever commercial launch mission undertaken by ISRO.[34][35]
2728 September 2015PSLV-XLC30SuccessLaunch of India's first dedicated astronomy satellite Astrosat and ISRO's first launch of US satellites.[36]
2816 December 2015PSLV-CAC29SuccessCommercial launch of 6 Singaporean satellites. Fourth stage re-ignition demonstrated successfully after payload deployment.[37]
2928 April 2016PSLV-XLC33SuccessIRNSS-1G, the last out of seven in the Indian Regional Navigation Satellite System (IRNSS) launched.[38][39]
3023 May 2016RLV-TDHEX 01SuccessSuborbital. RLV-TD is one of the most technologically challenging endeavors of ISRO towards developing essential technologies for a fully reusable launch vehicle to enable low cost access to space.
3126 September 2016PSLVC35SuccessFirst mission of PSLV to launch its payloads into two different orbits. Launch of ScatSat-1, 5 foreign and 2 student satellites.[40][41]
327 December 2016PSLV-XLC36SuccessLaunch of Resourcesat-2A. First mission of PSLV to use India's own regional navigation system (NavIC) to navigate PSLV.[42][43]
3315 February 2017PSLV-XLC37SuccessSuccessfully carried and deployed a record 104 satellites including Cartosat-2D in the polar Sun-synchronous orbit.[44][45]
3423 June 2017PSLV-XLC38SuccessSimultaneous launch of 31 satellites including 29 foreign satellites, 1 student satellite and Cartosat-2E.[46]
3512 January 2018PSLV-XLC40SuccessSimultaneous launch of 31 satellites including 28 foreign satellites and ISRO's 100th satellite Cartosat-2F.[47][48]
3611 April 2018PSLV-XLC41SuccessLaunch of IRNSS-1I, the ninth satellite of Indian Regional Navigation Satellite System (IRNSS).[49]
3716 September 2018PSLV-CAC42SuccessLaunch of NovaSAR and S1-4 of Surrey Satellite Technology[50]
3824 January 2019PSLV-DLC44SuccessLaunch of Microsat-R and Kalamsat.[51]
391 April 2019PSLV-QLC45SuccessLaunch of EMISAT and 28 foreign satellites.[52]
4022 May 2019PSLV-CAC46SuccessLaunch of RISAT-2B.[53]
4111 December 2019PSLV-QLC48SuccessLaunch of 9 Commercial Satellites and RISAT-2BR1.[54]
427 November 2020PSLV-DLC49SuccessLaunch of 9 Commercial Satellites and EOS-01.[55]
4328 February 2021PSLV-DLC51SuccessLaunch of Amazonia-1 and 13 commercial satellites.[56]
4414 February 2022PSLV-XLC52SuccessLaunch of EOS-4/RISAT-1A, INSPIRESat-1 and INS-2TD.[57][58]
457 August 2022SSLVD1FailureFirst demonstration flight of SSLV which carried the satellite payloads EOS 02 and AzaadiSAT. Due to sensor failure coupled with shortcomings of onboard software, the stage as well as the two satellite payloads were injected into an unstable elliptical orbit, and subsequently destroyed upon reentry.[59][60][61]
4626 November 2022PSLV-XLC54SuccessLaunch of the EOS-06/Oceansat-3 satellite and 8 commercial cubesats.
4710 February 2023SSLVD2SuccessLaunch of EOS-07 and two other satellites
4822 April 2023PSLV-CAC55SuccessCommercial launch for Singapore's TeLEOS-2 satellite.
4930 July 2023PSLV-CAC56SuccessCommercial launch for Singapore's DS-SAR satellite.
5021 October 2023TV-D1Test Vehicle Abort Mission-1SuccessSuborbital. High altitude abort test for the Gaganyaan crew spacecraft.
511 January 2024PSLV-DLC58SuccessLaunch of the XPoSat scientific mission

Second Launch Pad edit

#Launch dateLaunch Vehicle & VariantVersion /
Serial [2]
ResultNotes
15 May 2005PSLVC6SuccessFirst launch from the Second Launch Pad, inaugurated on the immediately preceding day. After its integration in the Vehicle Assembly Building, the PSLV-C6 was transported on rails to the Umbilical Tower (UT) located 1 km away using the Mobile Launch Pedestal where the final operations were carried out.[62]
210 July 2006GSLV Mk I(b)F02FailureBoth rocket and satellite had to be destroyed over the Bay of Bengal after the rocket's trajectory veered outside permitted limits.
323 April 2007PSLV-CAC8SuccessFirst flight of the 'Core-Alone' version. ISRO's first exclusively commercial launch.[63]
42 September 2007GSLV Mk I(b)F04Partial SuccessSuccessful Launch,[64] apogee lower and inclination higher than expected, due to minor error in guidance subsystem.[65] Eventually the 2160 kg payload reached the designated geostationary transfer orbit.[66][67]
528 April 2008PSLV-CAC9SuccessRocket put 10 satellites into orbit in a precisely timed sequence, highest by any Indian launch vehicle. Two satellites belonged to India and the remaining were very small ones built by universities in different countries.[68]
622 October 2008PSLV-XLC11SuccessFirst flight of the PSLV-XL version.
Chandrayaan-1, India's first mission to the Moon launched.[69]
720 April 2009PSLV-CAC12SuccessIndia's first all weather observation spy satellite RISAT-2 launched.[70]
815 April 2010GSLV Mk IID3FailureFirst flight test of the ISRO designed and built Cryogenic Upper Stage. Failed to reach orbit due to malfunction of Fuel Booster Turbo Pump (FBTP) of the Cryogenic Upper Stage.[71]
925 December 2010GSLV Mk I(c)D4FailureFirst flight of GSLV Mk.I (c) Destroyed by range safety officer after loss of control of liquid fuelled boosters.[72]
1015 July 2011PSLV-XLC17SuccessIndigenously developed flight computer 'Vikram' used for the first time. GSAT-12 launched.[73]
115 January 2014GSLV Mk IID5SuccessLaunch of GSLV with indigenously built cryogenic engine and carrying GSAT-14 satellite.[74][75][76]
1218 December 2014LVM 3LVM3-XSuccessSub-orbital development test flight. It carried the CARE module.[77][78][79]
1328 March 2015PSLV-XLC27SuccessIRNSS-1D, the fourth out of seven in the Indian Regional Navigation Satellite System (IRNSS) launched.[80]
1427 August 2015GSLV Mk IID6SuccessGSAT-6 launched and second successful launch of GSLV with indigenous cryogenic upper stage (CE-7.5).[81]
1520 January 2016PSLV-XLC31SuccessIRNSS-1E, the fifth out of seven in the Indian Regional Navigation Satellite System (IRNSS) launched.[82]
1610 March 2016PSLV-XLC32SuccessIRNSS-1F, the sixth out of seven in the Indian Regional Navigation Satellite System (IRNSS) launched.[83][84][85]
1722 June 2016PSLV-XLC34SuccessSimultaneous launch of 20 satellites including 17 foreign satellites, 2 student satellites and Cartosat-2C.[86][87][88]
188 September 2016GSLV Mk IIF05SuccessFirst operational flight of GSLV Mk II with indigenous CUS carrying INSAT-3DR.[89][90]
195 May 2017GSLV Mk IIF09SuccessLaunch of GSAT-9 / South Asia Satellite.[91][92]
205 June 2017LVM 3D1SuccessFirst orbital test launch of GSLV Mk. III with a functional cryogenic stage. Launch of GSAT-19 satellite.[93][94]
2131 August 2017PSLV-XLC39FailurePayload fairing (heat shield) failed to separate, causing the IRNSS-1H satellite to remain inside the fairing with the payload dispenser detaching the satellite internally.[95]
2229 March 2018GSLV Mk IIF08SuccessLaunch of GSAT-6A using an enhanced version of the Vikas engine called High Thrust Vikas Engine (HTVE) which had a thrust of 848 kN in GS2 stage.[96][97]
2314 November 2018LVM 3D2SuccessLaunch of GSAT-29.[98]
2429 November 2018PSLV-CAC43SuccessLaunch of HySIS and 30 commercial satellites.[99]
2519 December 2018GSLV Mk IIF11SuccessLaunch of GSAT-7A.[100]
2622 July 2019LVM 3M1SuccessLaunch of Chandrayaan-2.[101]
2727 November 2019PSLV-XLC47SuccessLaunch of Cartosat-3.[102]
2817 December 2020PSLV-XLC50SuccessLaunch of CMS-01.[103]
2912 August 2021GSLV Mk IIF10FailureLaunch of EOS-03. Cryogenic upper stage failure resulted in mission failure.[104]
3030 June 2022PSLV-CAC53SuccessLaunch of DS-EO electro-optical satellite and two other small satellites from Singapore.[105] It also carried the PSLV Orbital Experimental Module (POEM) that is attached to upper stage to carry in-orbit experiments and carries 6 hosted payloads.[106]
3122 October 2022LVM 3M2SuccessCarried 36 OneWeb Satellites. First commercial launch of LVM 3.It is the heaviest payload that is launched by a LVM 3 and ISRO to date.
3226 March 2023LVM 3M3SuccessIt carried 36 OneWeb Satellites. Second commercial launch of LVM 3.
3329 May 2023GSLV Mk IIF12SuccessLaunch of the NVS-01 / IRNSS-1J navigation satellite.
3414 July 2023LVM 3M4SuccessLaunch of the Chandrayaan-3 lunar exploration mission.
352 September 2023PSLV-XLC57SuccessLaunch of the Aditya-L1 scientific mission
3617 February 2024GSLV Mk IIF14SuccessLaunch of the INSAT-3DS weather satellite

Sounding Rocket Complex edit

#Launch dateLaunch Vehicle & VariantVersion /
Serial [2]
ResultNotes
?28 August 2016Scramjet Engine - TD-SuccessThe first experimental mission of ISRO's Scramjet Engine towards the realisation of an Air Breathing Propulsion System was successfully conducted from Satish Dhawan Space Centre SHAR, Sriharikota.
?18 November 2022[107]Vikram-SPrarambhSuccessCarried 3 customer payloads. It was a India's First Private Rocket launch by Skyroot Aerospace

Planned launches edit

Launch dateLaunch padLaunch Vehicle & VariantVersion /
Serial [2]
ResultNotes
March 2024TBDGSLVPlannedNISAR
September 2024TBDPSLV-XLPlannedPROBA-3
2024TBDPSLVPlannedANVESHA
2024TBDPSLVPlannedTHEOS-2A

Other test activities by ISRO edit

Source:[108]
Launch dateLaunch padLaunch Vehicle & VariantVersion /
Serial [2]
ResultNotes
5 July 2018-ISRO Pad Abort TestPATSuccessCrew Escape System along with the simulated crew module with a mass of 12.6 tonnes, lifted off at 07.00 AM (IST) at the opening of the launch window from its pad at Satish Dhawan Space Centre, Sriharikota.

Notes edit

  1. ^ Manually counting from the below given list of launches. All the stats given in this section have been found out using the same way.
  2. ^ A partial success occurs when the payload is placed into an orbit where it was still usable even though the intended height or orbit was not reached, or which could be corrected with the spacecraft's own propulsion.

References edit

External links edit