Chennai: A sounding rocket carrying 150 payloads built by students for educational purpose was successfully launched near Chennai, the organisers said on Sunday. The Dr APJ Abdul Kalam Satellite Launch Vehicle Mission 2023 (APJAKSLVM2023) was designed and built by a team comprising students and space industry experts. The rocket carrying 150 research experiment cubes lifted off around 8.15 am from an open space belonging to the Tamil Nadu Tourism Development Corporation ground at Devanari village in neighbouring Chengalpet district.
The event was organised by the Dr APJ Abdul Kalam International Foundation set up in memory of late former president A P J Abdul Kalam and Martin Foundation, an NGO set up by the Martin Group of Companies. Nearly 3,500 students of Classes 6 to 12 studying in various government schools across the country took part in the launch event. The rocket can be used for taking up research in weather, atmospheric and radiations, Martin Foundation said.
Of the 3,500 students, 80 students were sponsored by Mumbai Municipal Corporation, Nagpur Municipal Corporation who were shortlisted for manufacturing the payloads. Late president Kalam's niece Nazema Maraikayar, a trustee of the Kalam International Foundation, said: "As a family member, this is a proud moment for me. Kalam dreamt about providing equal educational opportunities to all and we have taken a small step towards realising his dreams." Telangana Governor Tamilisai Soundararajan and noted Indian Space Research Organisation scientist Mayilsamy Annadurai were present on the occasion among others.
Later talking to reporters, Annadurai said students not only learned about satellite technology but also gained knowledge on science, technology, engineering and mathematics. Elaborating further, he said ahead of major rocket launches undertaken by various space agencies including ISRO, National Aeronautics and Space Administration (NASA) in United States, sounding rockets were used for educational purposes to ensure whether the vehicle reach the desired altitude carrying the payloads.