|Country of origin||India|
|Launch mass||30–41.5 kilograms (66–91 lb)|
|Power||3 watts (RTP)
16 watts (others)
|Equipment||Launch Vehicle monitor
Solid State camera(RS-D2)
|Regime||400km Circular Low Earth|
10 August 1979
|Last launch||Rohini RS-D2
17 April 1983
Rohini is the name given to a series of satellites launched by the Indian Space Research Organisation. The Rohini series consisted of four satellites, all of which were launched by the Indian space research organisation Satellite Launch Vehicle (SLV) and three of which made it successfully to orbit. The series were mostly experimental satellites.
Satellites in series
It was a 35 kg experimental spin stabilised satellite that used 3W of power and was launched on 1979-08-10 from SDSC. The satellite contained instruments to monitor the launch vehicle. It did not achieve its intended orbit as the carrier rocket SLV was only 'partially successful'.
It was also a 35 kg experimental spin stabilised satellite that used 16W of power and was successfully launched on 1980-07-18 from SDSC into an orbit of 305 x 919 km with an inclination of 44.7°. The satellite provided data on the 4th stage of SLV. The satellite had an orbital life of 20 months.
It was a 38 kg experimental spin stabilised satellite that used 16 W of power and was launched on 1981-05-31 The launch of the SLV was a partial success as the satellite did not reach the intended height and thus it only stayed in orbit for 9 days. It achieved an orbit of 186 x 418 km with an inclination of 46° The satellite carried a solid state camera for remote sensing applications that performed to specifications.
It was a 41.5 kg experimental spin stabilised satellite that used 16 W of power and was launched successfully on 1983-04-17 into an orbit of 371 x 861 km and an inclination of 46°. The satellite was in operation for 17 months and its main payload, a Smart sensor camera took over 2500 pictures. The camera had the capability to take pictures both in Visible and infrared bands. It reentered the atmosphere on 19 April 1990.