India’s first private spacecraft takes off: Everything you need to know about Vikram S and why it’s a big deal

India’s first private spacecraft takes off: Everything you need to know about Vikram S and why it’s a big deal

first India The specially developed launch vehicle is set for its maiden flight From the Indian Space Research Organization (ISRO) launch pad in Sriharikota between 12-16 November. The Hyderabad-based Skyroot Aerospace mission is called “Prarambh” (The Start), and will carry two payloads for an Indian customer and one for a foreign customer at launch. A vehicle called “Vikram”.

“Authorities have been notified of a launch period between November 12-16, and the deadline has been confirmed based on weather conditions,” said Pawan Kumar Chandana, CEO and co-founder of Skyroot Aerospace.

Vikram’s successful launch will be a huge step for India’s space exploration sector. In fact, Skyroot claims on its website, “Launching satellites into space will soon be as easy as booking a taxi – fast, accurate and affordable!”

How will Vikram contribute to this ambitious goal? What are the distinguishing characteristics of the missile? And why should so many satellites be launched at all? We explain.

What exactly is Prarambe’s mission?

Prarambh will see Vikram-S carry three customer satellites on a sub-orbital flight. A sub-orbital flight, such as that made by Jeff Bezos and Richard Branson, travels slower than orbital velocity – fast enough to reach outer space but not fast enough to stay in Earth orbit.

said Naga Bharat Dhaka, COO and co-founder of the company.

Also, Chennai-based spacekidz startup Spacekidz will fly “Fun-Sat”, a 2.5kg payload developed by students from India, the US, Singapore and Indonesia, on the Vikram-S.

Vikram Features

As reported by PTI, Skyroot was the first startup to sign a Memorandum of Understanding with ISRO to launch its missiles. Its launch vehicles were built specifically for the small satellite market, and were named “Vikram” in honor of Vikram Sarabhai, the founder of India’s space programme. It comes in three forms, Vikram I, II and III.

According to Skyroot, “More than 20,000 small satellites are expected to launch in the next decade, and the Vikram series is designed to enable this with unprecedented mass production capability and affordability. Vikram’s groundbreaking technology architecture provides unique capabilities such as insertion into orbits multi- and interplanetary missions; while providing customized, customized and ride-sharing options covering a wide range of small satellite customer needs.”

Skyroot claims that the Vikam missile can be assembled and launched within 24 hours from any launch site, and has “the lowest cost in the payload part.”

The need for satellite launch vehicles like Vikram

As I mentioned earlier before Indian Expressfor a very long time, small satellites – anything between 5 and 1,000 kg – You should still be satisfied with the ride into space on rockets tasked with carrying other, larger satellites.

The launch schedule will be determined by this larger, primary satellite, whose interests will take precedence. But with more and more companies, government agencies, and even universities and labs starting to send satellites — almost all of which fall into this category of small satellites — into space, backpacking restrictions are starting to hurt.

The demand for launching small satellites has grown at a rapid pace in the past eight to ten years, thanks to a growing need for space data, communications, surveillance, and commerce. The need for satellite data, imagery and space technology is now crisscrossing across sectors, from weather to agriculture to transportation to urban development.

in India

In India, ISRO is able to launch satellites into space, and demand is quickly outpacing its capacity, especially since the space agency also has other, larger goals that it needs to focus on. Therefore, the sector is opened to private players, as ISRO helps them with facilities and knowledge. A fee can be charged for use of the facilities, providing revenue for ISRO.

“We can build and equip the Vikram-S rocket mission in such a short time only because of the valuable support we have received from ISRO, IN-SPACe (Indian National Center for Space Promotion and Licensing) and the inherently technological talent we possess,” Skyroot CEO Chandna said on Tuesday. “.

Also, on November 4, the Vikram Sarabhai Space Center (VSSC), ISRO’s leading center for launch vehicle development, facilitated the hot test of a rocket engine developed by Indian Space Corporation Agnikul Cosmos, as part of a memorandum of understanding between them.

VSSC successfully conducted the 15-second hot test of the Agnilet engine at its vertical test facility, Thumba Equatorial Rocket Launching Station (TERLS), Thiruvananthapuram.

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