Geosynchronous Satellite Launch Vehicle (GSLV) is a class of expendable launch systems operated by the Indian Space Research Organisation (ISRO). GSLV has been used in fifteen launches since 2001.

gslv mk.2(4) (gisat 1) [isro] The indian GSLV (Geostationary Launch Vehicle) series are launch vehicles in the 2500 kg to GTO class, which feature a unusual combination of different kind of stages. The first stage consists of a large solid rocket, derived from the PSLV first stage.

The GSLV uses 4 liquid strap-on motors. The strap-ons are powered by one Vikas engine each and along with the solid rocket motor core of the first stage, provide an enormous thrust to the launcher.

印度軍方發射一枚编号“f02”的gslv火箭，携带著实验用通讯卫星地球同步卫星四号c型通讯卫星，距离地面约70公里处出现箭体倾斜、连续翻转、空中爆炸，跌落在孟加拉湾。

这枚火箭为同步卫星运载火箭（gslv）f06型，当地时间下午4时04分在位于印度东南部斯里赫里戈达岛的萨蒂什·达万航天中心点火升空，原定飞行19分钟后将卫星送入预定轨道。

Indian mixed-propulsion orbital launch vehicle for geosynchronous satellites using a LOx/LH2 upper stage developed from Russian technology. AKA: Geostationary Satellite Launch Vehicle. Status: Active. First Launch: 2001-04-18. Last Launch: 2010-12-25. Number: 6 . Payload: 5,000 kg (11,000 lb). Thrust: 6,810.00 kN (1,530,940 lbf).

2020年7月10日 · GSLV(Geosynchronous Satellite Launch Vehicle),即地球同步卫星运载火箭，是印度航天(ISRO)研制的专门用于发射同步卫星的火箭。 GSLV有mk.1,mk.2,mk.3多个型号，其中GSLV mk.3火箭构型与前两型无太大关联，本篇不…

这枚火箭为同步卫星运载火箭（gslv）f06型，当地时间下午4时04分在位于印度东南部斯里赫里戈达岛的萨蒂什·达万航天中心点火升空，原定飞行19分钟后将卫星送入预定轨道。

2024年10月16日 · GSLV is a fourth-generation launch vehicle designed to place communication satellites in geostationary transfer orbit using a cryogenic third stage. Cryogenic engines consist of liquid hydrogen and liquid oxygen — which provide far greater thrust than the engines used in the older launch vehicles. It was used for launching Chandrayaan-2.

2019年4月18日 · The Union Cabinet has approved the ongoing Phase 4 of the Geosynchronous Satellite Launch Vehicle (GSLV) programme consisting of five rocket flights during 2021-2024. The phase four will enable the launch of 2000 kg class of communication and other satellites to a GEO (or geosynchronous) orbit.