An
Indian Geosynchronous Satellite Launch Vehicle carrying the communication
satellite GSAT- 5P
India is
stepping up its space program with a higher budget, the launch of a new
satellite and a proposed mission to Mars. The country's space agency will
attempt ten space missions by November 2013, bringing its total budget to $1.3
billion.
The
3,400-kilogram GSAT-10 communication satellite – the heaviest ever built by
India – launched early Saturday aboard an Ariane-5 rocket, the Alaska Dispatch
reported. The satellite aims to be fully operational by November, and has a 15
year lifespan.
The
GSAT-10 will boost telecommunications, direct-to-home and radio navigation
services by adding 30 much-needed transponders to the country's current
capacity. India is currently leasing foreign transponders to meet domestic
demand.
The
satellite launch was delayed by a week after scientists from Indian Space
Research Organization (ISRO) detected a small malfunction, discovering one gram
of dust in the upper part of the rocket.
Future plans: Ten missions in one
year
With the
first launch a success, the ISRO faces a hectic schedule for the next year,
with 9 more missions on the agenda. The most high-profile event is the launch
of an orbiter to Mars, slated for November 2013, which aims to collect data on
Martian methane sources. The ISRO timed the mission to coincide with a window
where the planet's orbit brings it closest to Earth.
India
intends to complete the mission with no international assistance, as a means to
demonstrate the growth of the ISRO. “At the moment, we plan to do it on our
own,” ISRO chief K. Radhakrishnan said.
Some
experts believe that even though India has the capacity to complete the mission
without outside help, there is one potential stumbling block.
“How
will the Mars orbiter be controlled, being 100-200 million kilometers away from
the Earth? India might not have the right technology and the needed resources
for this,” Novosti Kosmonavtiki ('Space News') columnist Igor Lisov told SW.
India
also has the ambitious goal of sending a manned mission to space by 2016, which
will be a huge step for the country, but may also prove difficult to implement
in the limited timeframe.
“India
has 4 years left, which is not a long time. However, the country has the chance
to adapt what has already been developed by Russia, China and US,” Lisov told
SW.
Mixed response
The ISRO
has grown into one of the world's top six space programs since its
inauguration: “The first 50 missions took 27 years, the next 50 took place in
the last 10 years and the next 58 missions will happen in the next five years,”
Radhakrishnan said.
Though
its budget is less than one-tenth that of NASA's, it has increased every year
since the early 2000s, jumping from $591 million in 2004 to 2005, to $1.3
billion in 2012 to 2013.
However,
India’s space ambitions have been met with a mixed response among the domestic
population. The mission to Mars drew widespread criticism for its high costs in
the midst of an economic downturn – the venture is estimated to cost the
country nearly $90 million.
Nevertheless,
India's science community embraced the gains made by their country's space
program. “India is a country which works on different levels,” Krishan Lal,
President of the Indian National Science Academy told the Alaska Dispatch.
“On the
one hand, we have a space mission, on the other hand a large number of bullock
carts,” he said. “You can’t, say, remove all the bullock carts, then move into
space. You have to move forward in all directions.”
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