Recently, an
Indian astronomical observatory was launched into space. This astronomy
satellite was sent out for the purpose of researching black holes and neuron
stars. According to Spaceflightnow.com, The Astrosat spacecraft — joined
by six smaller secondary payloads from Indonesia, Canada and the United States —
lifted off at 0430 GMT (12:30 a.m. EDT) on top of a Polar Satellite Launch
Vehicle.
Six
strap-on rocket motors and a solid-fueled first stage combined to push the
145-foot-tall rocket off the launch pad at the Satish Dhawan Space Center on
India’s east coast with 2 million pounds of thrust.
Liquid-fueled
and solid-fueled engines took turns firing to propel the PSLV’s payloads into
space, and a twin-engine hydrazine-fed fourth stage guided Astrosat and its
companions into a nearly perfect orbit with a high point of 404 miles (651
kilometers) and a low point of 400 miles (644 kilometers).
This is the third consecutive
launch in three months for India and shows that it’s on track to bring in
information from space and make India a global competitor in the space race.
The United States and Europe have had many space observatories launched into
space, but this one is the first space observatory for India. While this one
may be smaller, it’s geared towards understanding the processes behind neuron
stars and black holes. A press kit by the Indian Space Organization reads, ““Astrosat’s five
payloads are chosen to facilitate a deeper insight into the various
astrophysical processes occurring in the various types of astronomical objects
constituting our universe.”
To conclude, small satellites continue to
showcase their use through arenas of the public and private sector in many
versatile ways. Their costs and effectiveness has now gone from allowing
nonprofits and schools to enter the space race to new countries as well.
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