ISRO is a homegrown Indian success story often literally pushing against the edges of our universe, inspiring millions of people. But there’s room for it to do more.
The Bill fails to address specific space-based activities separately, instead trying to cover large swaths of the space value chain in one go. It will not do justice to the entrepreneurial community if it is implemented as is.
A spare satellite, IRNSS 1I, was expected to launch in November 2017, followed by two more spares next year. How the failure of C39 will impact this schedule is not known.
Rao succeeded Satish Dhawan and helped ISRO work more systematically, in the process leading a series of significant projects like the INSAT 2 and PSLV.
Of the 31 communication satellites produced by ISRO, 19 have been launched on Ariane rockets, 10 on the GSLV, one on the PSLV and, earlier this month, one on the GSLV Mk III.
The D1 mission has injected the GSAT-19 communications satellite into a geostationary orbit. It carries Ka-/Ku-band transponders, an indigenous lithium-ion battery and the GRASP instrument.
ISRO is a state-backed, not market-driven, organisation, while its two launchers were conceived 30-40 years ago to meet specific domestic needs.
If nanosatellites are the future, why is ISRO not designing any of its own? And other questions about a ‘record-breaking’ launch that has reignited widespread chest-thumping.
We know India’s ineffective legislation protects the cheapness of labour – but how do we know ISRO isn’t inadvertently profiting from it?
This time, it’s not one country against another as much as one enterprise against another, trying to capture the commercial value that space exploration brings along.
The next Mars mission will likely be launched in March 2018, have a less elliptical orbit around the red planet and could weigh seven times more than the first mission.
On Wednesday, ISRO’s PSLV rocket will blast off from the first launch pad at Sriharikota with the six Singaporean satellites. All of them will be put into orbit about 21 minutes into the flight at an altitude of 550 km.
Delays in making the GSLV reliable offset the progress that the PSLV has made for ISRO in catching up with the global $300-billion satellite-launching industry