The SSLV ISRO rocket is carrying Earth Observation Satellite-02 and an aco-passenger satellite developed by 750 academy girls. Scientists and masterminds at the Indian Space Research Organisation, or ( ISRO ), are analyzing whether its lowest rocket.
SSLV- D1- which endured data loss in the final phase- was suitable to fit the two satellites onboard into a stable route. The primary finding on the status of the charge should be available in” many hours”, Dr. Madhavan Nair,ex-Indian Space Research Organisation chief, told NDTV, calling the charge a complex.
” Thousands of runners of data will be pouring in. Several specialists will have to go through this data. supposedly, everything went well up to the third stage. There’s some divagation in the path in the final phase of the launch and that could be one reason or else there could be some anomaly during separation,” he said.
The detailed finding will be available in a week, he said.
” We’ve to really look for the coming orbital cycle and see if other ground stations are suitable to capture. also, we will be suitable to reach a conclusion. It’ll take many hours before we can get a primary finding, but a detailed finding will take many days or a week,” Dr. Madhavan Nair, who retired as Indian Space Research Organisation president in 2009, said.
Asked whether the satellites can give details on their status or their health, Dr. Madhavan Nair said,” All the launches of this kind are pre-programmed and are taken over by the computer. The first two stages go as per a destined line, but in the final phase, to achieve a precise route, certain maneuvers will have to be made.
There one has to determine the factual position, haste of the rocket, and steer the rocket to achieve the final wanted object. So, any fault taking place in the detectors or in the computers could lead to such a situation. So, unless those data are studied in detail, we can not pinpoint the reason”.
” Once the rocket has reached a particular altitude, the spacecraft separation command is given. Since this is well above the atmosphere, the separation would have been clean. But if the route isn’t correct, also the ground station won’t be suitable to catch the signals,” he added.
Dr. Madhavan Nair also said ISRO rocket is coming out in a short span was a remarkable achievement for the space agency.” This is a small rocket launcher conceived and enforced within a short possible time.
The cost optimization, the weight optimization, and getting it into marketable requests- all these aspects were considered within such a short time. This is a remarkable achievement. All the rockets have performed as asked also,” he said.
The SSLV is carrying Earth Observation Satellite-02 and aco-passenger satellite AzaadiSAT– developed by the pupil platoon of’ Space Kidz India’, an aerospace organization that aims to produce government academy scholars with introductory understanding and knowledge of space.
The” AzaadiSAT” comprises 75 loads erected by 750 academy scholars to mark the 75th Anniversary of Independence. The girl scholars who designed the satellite also witnessed the SSLV- D1 launch at the spaceport in Sriharikota.
This was the demoiselle launch of SSLV by the space agency after the successful charge launches through its trusted idler Polar Satellite Launch Vehicles( PSLV), Geosynchronous Launch Vehicle( GSLV).
One of the loads was an earth observation demonstrator, while the other was a pupil satellite erected by 750 girl scholars from pastoral government seminaries across the country.
The SSLV small-life vehicle was launched from Sriharikota on the morning of 7 August, but when functional, is anticipated to be launched from a forthcoming devoted launch pad in the same position called the Small Satellite Launch Complex( SSLC).
With the launcher, the Indian Space Research Organisation now has three different vehicles with variable configurations, strengthening its capacity to launch satellites into the route. The 34- meter high launcher can place loads of over 500 kg into a 500- km route and is designed to carry mini, micro, and nanosatellites.
