In preparation for this technology transfer, the Indian National Space Promotion and Authorization Center (IN-SPACe) is in the process of identifying an industry consortium that will take up the SSLV production. This consortium will work closely with ISRO over the next two years to fully understand, adopt the technology and build two rockets. “Once they are successfully launched, industries will be free to manufacture any number of rockets in their manufacturing facilities,” he said. .Somanath said it is not just about transferring manufacturing technology but also about sharing the knowledge and expertise required to build the rocket. “They need to come inside ISRO and work with us and learn the techniques. We will be teaching them how to build the rocket from scratch,” he explained.Echoing Somanath’s view, IN-SPACe director Vinod Kumar told TNIE an one-day interaction with key stakeholders, including prominent industry players was held to discuss potential challenges related to technology transfer and to align expectations with ISRO’s requirements.”SSLV has huge commercial value with the demand for advanced microsatellites growing. We are in the process of shortlisting the companies for technology transfer,” Kumar said.Earlier, Somanath said various criteria, including manufacturing capabilities, facilities, and financial strength, would be considered in selecting the industry partners. A technology transfer fee will be charged, but this initiative will be exclusive to domestic companies.By the time industry will be ready for full-scale production of SSLV, Kulasekarapattinam spaceport in Thoothukudi for which construction has already started will be completed. “We will have Sriharikota launchpads and Kulasekarapattinam spaceport at our disposal for launching commercially produced SSLVs,” ISRO officials said.
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