The Indian Space Research Organisation (ISRO) will launch three more satellites to provide high-speed bandwidth connectivity to rural areas as part of the government’s Digital India programme, an official said on Sunday.
Speaking to reporters after the successful launch of two UK satellites by Indian rocket Polar Satellite Launch Vehicle (PSLV) here on Sunday, ISRO Chairman K Sivan said: “The ISRO will launch three more satellites, which together will provide international level bandwidth speed.” According to Sivan, the satellites are AGSAT 20 (to be launched next year), GSAT 11, and GSAT 29. GSAT 19 has already been launched.
Sivan said that the space agency had planned a series of launches over the next six months. He said that there will be a rocket launch mission every second week. Sivan also said earth observation satellites will also be launched in addition to the communication satellites. He said that the much-expected moon mission will happen next January.
“The launch window for the Chandrayaan-2 mission is planned between January 3 and February 16, 2019. We are aiming for January 3. We do not expect any delay in the Chandrayaan-2 mission,” Sivan said. Queried about the certifying agency for the rocket that would carry Indian astronauts Sivan said that the ISRO will be the certifying agency. He also said that the norms for certification will be drawn with the help of the Directorate General of Civil Aviation. Sivan said that the ISRO would like to get the expertise of other countries in this regard.
India on Sunday night successfully put into orbit British earth observation satellites NovaSAR and S1-4 in copybook style.
The two satellites belonged to Surrey Satellite Technologies Ltd (SSTL), UK. According to S Rakesh, Chairman-cum-Managing Director, Antrix Corporation Ltd, the revenue from the launch of two UK satellites is over Rs 220 crore. Queried about the next commercial launch, Sivan said that the next PSLV rocket will carry 30 small satellites from third parties apart from carrying an Indian satellite.