India Mars Orbiter: Red Planet triumph, but at home red tape binds space firms

As India celebrated becoming the first Asian nation to reach Mars, S.M. Vaidya, head of business at conglomerate Godrej’s aerospace division that made the spacecraft’s engine and thruster components, sounded surprisingly downbeat.

The mission was, indeed, a major achievement, he said, and one of which the state-run Indian Space Research Organisation (ISRO) should be proud.

But a single trip to Mars was not enough to sustain a promising yet relatively small industry, he added, and ISRO should be doing more to foster it.

“Unless they fly more, they will not buy more from us,” Vaidya told Reuters, shortly after news broke on Wednesday that Mangalyaan, Hindi for “Mars craft”, had entered into orbit around the Red Planet about 10 months after launching.

“How many Mars missions are you going to have?”

India’s successful mission, completed on a shoestring budget of $74 million, has boosted its prestige in the global space race and, back on Earth, raised the profile of Indian companies involved in the project.

But Godrej and some other firms are frustrated at what they say is the slow execution of projects and lack of government support, which are hampering India’s efforts to compete with China and Russia as a cheaper option for launching satellites.

ISRO did not reply to questions for this article.

The Mangalyaan was built in 15 months with two-thirds of its parts manufactured by domestic firms such as Godrej & Boyce and India’s largest engineering company, Larsen & Toubro.

Prime Minister Narendra Modi has said he wants to expand India’s 50-year-old space program. The government has increased funding for space research by 50 percent to almost $1 billion this financial year.

But the program is still small, and the small number of launches limits the growth potential of private companies that supply them.

Between 2007 and 2012, ISRO accomplished about half of its planned 60 missions, government data showed. The government cited “development complexity” as the reason for the delay in some missions.

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Between 2012 and 2017 the target is 58 missions.

The agency has completed 17 missions so far, and ISRO did not say why the number remained low.

Some company executives and experts do not see that changing any time soon, with the absence of heavy rocket launchers, too few launch facilities and bureaucratic delays hampering growth.

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Asteroid Impacts on Earth Obstructed by Red Tape

Artist's view of last year’s fireball explosion over Chelyabinsk, Russia – termed a "superbolide" event.

Credit: Don Davis

Red tape is making it tougher for researchers to study and characterize asteroid strikes on Earth, which are apparently more common than previously thought, experts say.

The bureaucratic snafu affects the use of U.S. government space assets that help scientists study "airbursts" like the meteor that exploded without warning over Russia last year.

At issue is the ability to combine space data with outputs from a global network of seismic, infrasound and hydroacoustic sensors that have been deployed worldwide to provide treaty verification for a nuclear test ban.

This network is the International Monitoring System (IMS) overseen by the Comprehensive Nuclear Test Ban Treaty Organization (CTBTO).

In recent years, the IMS has detected shock waves from many airbursts, providing further evidence that asteroid impacts are more frequent than previously thought.

Ideally, matching observations from spacecraft with measurements from CTBTOs infrasound detectors would give scientists more of a heads-up on what's raining down on Earth, experts say.



Memorandum of agreement
Last year, the Air Force Space Command signed a memorandum of agreement with NASA's Science Mission Directorate.

That document, inked on Jan. 18, 2013, spelled out specifics for the public release of meteor data from sources such as high-flying, secretive U.S. government space sensors.

With that agreement in place, NASA's Near Earth Object (NEO) Observation Program started receiving information on fireball events based on analysis of data collected by U.S. government sensors.

Details of atmospheric meteor explosions, as recorded by U.S. military spacecraft sensors, were posted on a publicly accessible NASA website run by the Jet Propulsion Laboratory (JPL) in Pasadena, Calif.

In fact, the military-civil cooperation was spurred by the details of the February 2013 fireball explosion over Chelyabinsk, Russia, termed a "superbolide" event.

The website postings are designed to assist the scientific community's investigation of bolides, or exceptionally bright fireballs.

However, multiple scientists noted that the JPL website had not been updated recently. That presumably meant that there was some sort of delay, as some fairly big events were detected by infrasound in the last year.

"Because of budget and personnel reductions on our military partner, they ran into workforce issues to accomplish this task," said Lindley Johnson, NEO program executive within the Planetary Science Division of NASA's Science Mission Directorate in Washington, D.C.

"We are already in discussions with them about what it will take to get it restarted," Johnson told reporters