Geosynchronous Satellite Launch Vehicle Mk III
GSLV mk-3 sub-orbital experiment test flight from Satish Dhawan Space Centre at Sriharikota
|Function||Mid-Heavy lift launch vehicle|
|Manufacturer||Indian Space Research Organisation|
|Country of origin||India|
|Height||43.43 m (142.5 ft)|
|Diameter||4.0 m (13.1 ft)|
|Mass||640,000 kg (1,410,000 lb)|
LEO (600 km)
|8,000 kg (18,000 lb)|
|4,000 kg (8,800 lb)|
|Launch sites||Satish Dhawan Space Centre SLP, Andhra Pradesh, India|
|Total launches||1 (2 stage version)|
|Successes||1 (2 stage version)|
|First flight||18 December 2014 (2 stage version; sub-orbital flight)|
|Booster Stage - S200|
|Length||25 m (82 ft)|
|Diameter||3.2 m (10 ft)|
|Propellant mass||207,000 kg (456,000 lb)|
|Thrust||5,150 kN (525 tf) each|
|Specific impulse||274.5 (vacuum)|
|Burn time||130 sec|
|Core Stage - L110|
|Length||17 m (56 ft)|
|Diameter||4.0 m (13.1 ft)|
|Propellant mass||110,000 kg (240,000 lb)|
|Engines||2 Vikas engines|
|Thrust||1,598 kN (163.0 tf)|
|Specific impulse||293 sec|
|Burn time||200 sec|
|Upper Stage - C25|
|Length||13.5 m (44 ft)|
|Diameter||4.0 m (13.1 ft)|
|Propellant mass||27,000 kg (60,000 lb)|
|Thrust||186 kN (19.0 tf)|
|Specific impulse||450 sec|
The GSLV-III or Geosynchronous Satellite Launch Vehicle Mark III (Hindi: भूस्थिर उपग्रह प्रक्षेपण यान एमके-३; also called LVM3) is a launch vehicle developed by the Indian Space Research Organisation (ISRO).
GSLV-III also called LVM3 is a heavy launch capability launcher being developed by ISRO. It will allow India to achieve complete self reliance in launching satellites as it will be capable of placing 4 tonne class Geosynchronous satellites into orbit. The LVM3 will have an India built cryogenic stage with higher capacity than GSLV It is intended to launch satellites into geostationary orbit and as a launcher for an Indian crew vehicle. The GSLV-III features an Indian cryogenic third stage and a higher payload capacity than the current GSLV.
- 1 History
- 2 Vehicle description
- 3 Scheduled launches
- 4 Future Improvement
- 5 Comparable rockets
- 6 See also
- 7 References
- 8 External links
Development for the GSLV-III began in the early 2000s, with the first launch planned for 2009-2010. Several factors have delayed the program, including the 15 April 2010 failure of the ISRO-developed cryogenic upper stage on the GSLV Mk II.
A suborbital flight test of the GSLV-III launcher, with a passive cryogenic third stage, was successfully carried out on 18 December 2014, and was used to test a crew module on a suborbital trajectory. The first orbital flight is planned to take place in 2017. The first flight with a crew on board would take place after 2020.
S200 static test
The S-200 solid rocket booster was successfully tested on 24 January 2010. The booster fired for 130 seconds and generated a peak thrust of about 500 tonnes. Nearly 600 ballistic and safety parameters were monitored during the test and indicated normal performance. A second successful static test was conducted on 4 September 2011.
L110 static test
The Indian Space Research Organisation conducted the first static test of the L110 core stage at its Liquid Propulsion Systems Centre (LPSC) test facility at Mahendragiri, Tamil Nadu on 5 March 2010. Originally targeted for a full 200 second burn, the test was terminated at 150 seconds after a leakage in a control system was detected. On 8 September 2010 ISRO successfully conducted a full 200 second test.
Suborbital flight test
The GSLV LVM-3 lifted off from the second launch pad, Sriharikota, at 9.30 am IST on 18 December 2014. The 630.5 tonne launch vehicle stacking was as follows : a functional S200 solid propulsion stage, a functional L110 liquid propulsion stage, a non-functional dummy stage (in lieu of CE-20 cryogenic propulsion engine) and finally the 3.7-tonne Crew Module Atmospheric Re-entry Experiment (CARE) payload stage. Just over five minutes into the flight, the rocket ejected CARE at an altitude of 126 km. CARE then descended at high speed, controlled by its onboard motors. At an altitude of 80 km, the thrusters were shut down and the capsule began its ballistic re-entry into the atmosphere. CARE’s heat shield was expected to experience a temperature of around 1600 °C. ISRO downloaded launch telemetry during the ballistic coasting phase prior to the radio black-out to avoid data loss in the event of a splash-down failure. At an altitude of around 15 km, the module’s apex cover separated and the parachutes were deployed. CARE splashed down in the Bay of Bengal near the Andaman and Nicobar Islands
Stage 1 – solid boosters
The GSLV-III uses S200 solid motors. Each booster has a diameter of 3.2 metres, a length of 25 metres, and carries 207 tonnes of propellant. These boosters burn for 130 seconds and produce a peak thrust of about 5,150 kilonewtons (525 tf) each.
A separate facility has been established at Sriharikota to make the S200 boosters. Another major feature is that the S200’s large nozzle has been equipped with a ‘flex seal.’ The nozzle can therefore be gimballed when the rocket’s orientation needs correction.
In flight, as the thrust from the S200 boosters begins to tail off, the decline in acceleration is sensed by the rocket’s onboard sensors and the twin Vikas engines on the ‘L110’ liquid propellant core stage are then ignited. Before the S200s separate and fall away from the rocket, the solid boosters as well as the Vikas engines operate together for a short period of time.
Stage 2 – liquid motor
The core stage, designated L110, is a 4-meter-diameter liquid-fueled stage carrying 110 tonnes of UDMH and N2O4. It is the first Indian liquid-engine cluster design, and uses two improved Vikas (rocket engine)s, each producing about 700 kilonewtons (70 tf). The improved Vikas engine uses regenerative cooling, providing improved weight and specific impulse, compared to earlier rockets. The L110 core stage ignites 113 seconds after liftoff and burns for about 200 seconds.
Stage 3 – cryogenic upper stage
The cryogenic upper stage is designated the C25 and will be powered by the Indian-developed CE-20 engine burning LOX and LH2, producing 186 kilonewtons (19.0 tf) of thrust. The C-25 will be 4 metres (13 ft) in diameter and 13.5 metres (44 ft) long, and contain 27 tonnes of propellant.
This engine is slated for completion and testing by 2015, it will then be integrated with the C25 stage and be put through a series of tests. The first C25 stage will be used on the GSLV-III D-1 mission in early 2017. This mission will put in orbit the GSAT-19E communication satellite. Work on the C25 stage and CE-20 engine for GSLV Mk-III upper stage was initiated in 2003, the project has been subject to many delays due to problems with ISRO's smaller cryogenic engine, the CE-7.5 for GSLV MK-II upper stage.
The payload fairing has a diameter of 5 metres (16 ft) and a payload volume of 110 cubic metres (3,900 cu ft).
|Flight||Launch date/time (UTC)||Variant||Launch Pad||Payload||Payload Mass||Result||Note(s)|
|X||18 December 2014
|LVM3-X||Second||Crew Module Atmospheric Re-entry Experiment (CARE)||3,775 kg||Success||Sub-orbital development test flight
This flight carried a non functional version of the C25 upper stage to simulate its weight and attributes.
The launch of LVM3 vehicle on 18 December was successful, with both the launch vehicle and the CARE module meeting the parameters of the mission.
|D1||December 2016||Mk III||Second||GSAT-19E||3,500 kg||For launching new generation GSAT weighing about 3.5t.
Will have a functional cryogenic stage.
- Comparison of orbital launchers families
- Comparison of orbital launch systems
- Geosynchronous Satellite Launch Vehicle
- ISRO Orbital Vehicle
- Polar Satellite Launch Vehicle
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We will be checking the crew capsule for all parameters.
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