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The Unfinished Business Of The Space Race

Classify space as infrastructure, then the massive investment required starts making sense.

The moon is engulfed in the Earth’s shadow during a total lunar eclipse as seen from New York, U.S. (Photographer: Keyur Khamar/Bloomberg News)
The moon is engulfed in the Earth’s shadow during a total lunar eclipse as seen from New York, U.S. (Photographer: Keyur Khamar/Bloomberg News)

There are few events over the course of human history that have been as iconic as the Moon landings. What underpinned Moon landings and the resultant leap in technology thanks to the space programs in the 1960s was undoubtedly the race between the USSR and the United States to be the geopolitical top dog. But the moment the victor became evident there wasn’t any glory left for the competitor to keep playing. It all stopped as abruptly as it had started.

Decades later, we are now seeing a regeneration of interest in all things space. The romantic notion of humans as a multi planetary species is coming back into public imagination after a few decades when practicality - read satellites - overtook the love for exploration - read humans on Mars.

While humans look to start a new era in space, the rules of the game are as unforgiving as ever.

Space was and will continue to be expensive, harsh and unpredictable. There is no shortcut and the infrastructure, capability and capacities that need to be developed will need to survive everything that can be thrown at it.

Signs sit at the concrete driveway leading up to the Mid-Atlantic Regional Spaceport (MARS) launch Pad-0A at the NASA Wallops Space Facility in Wallops Island, Virginia, U.S. (Photographer: Andrew Harrer/Bloomberg) 
Signs sit at the concrete driveway leading up to the Mid-Atlantic Regional Spaceport (MARS) launch Pad-0A at the NASA Wallops Space Facility in Wallops Island, Virginia, U.S. (Photographer: Andrew Harrer/Bloomberg) 

The one big difference though is that the idea of space and the conversations around it is no more merely about reaching the finite finish line of humans setting foot on a celestial body like it used to be.

It is now about making space a sustainable and integral part of the global infrastructure for humanity.

This underpins the rise of NewSpace and private enterprise that is driving NewSpace.

The moment you classify space as infrastructure, the massive investments that are required to make it all happen starts making sense. Sure, it needs a lot of patient capital infusion and it will take upwards of five to seven years for any investment to really start reaping rewards, but once it is all setup, space will provide returns and will keep on giving for a long time, and with minimal maintenance. Over the next couple of decades we will see the value added to the global economy by space based infrastructure grow several fold.

Now, humans have for many decades been using space as infrastructure in limited ways like satellites. I believe we haven’t scratched the surface when it comes to possibilities yet unexplored.

Attendees stand near a model of the China Aerospace Science and Technology Corp. Mars Rover  in Zhuhai, Guangdong province, China, on November 15, 2014. (Photographer: Brent Lewin/Bloomberg)
Attendees stand near a model of the China Aerospace Science and Technology Corp. Mars Rover in Zhuhai, Guangdong province, China, on November 15, 2014. (Photographer: Brent Lewin/Bloomberg)

The addition of value to the space economy will come from several sources - some old, some from renewal of old ideas and some brand new thinking. These include evolution of existing services like next generation GPS, wide area WiFi and space-based weather prediction as well as introduction of new services like space-debris removal. Add to that space tourism of the Virgin Galactic ilk, evolution of Skybox-Terra Bella type services, renewed interest in Exo-Biology, and research into sustainable multi planetary life.

A huge factor in pushing through these would be private capital coming into what was once dominated by governmental budget allocations.

What is a given is that private enterprise will bring in huge shifts in efficiencies which would lower costs and that in turn, will be a huge driver for Space 4.0.

We are already starting to see this in areas like launch services and ground stations.

Elon Musk, chief executive officer of Space Exploration Technologies, speaks at the unveiling of the Manned Dragon V2 Space Taxi in Hawthorne, California, U.S., on May 29, 2014. (Photographer: Patrick T. Fallon/Bloomberg)
Elon Musk, chief executive officer of Space Exploration Technologies, speaks at the unveiling of the Manned Dragon V2 Space Taxi in Hawthorne, California, U.S., on May 29, 2014. (Photographer: Patrick T. Fallon/Bloomberg)

As with most entrepreneurs who are trying to establish themselves in what has been a relatively closed industry, it has not been an easy journey for us at TeamIndus over the last few years. There have been many who were, to put it mildly, cynical when they heard what we wanted to do.  The argument against entrepreneurs in a country like India exploring space is often the same. How can money be invested in space when there are millions who are poor on Earth?

But that comes from a narrow line of sight of looking at science and engineering as an end it itself.

Any investment that has been made into science and engineering has repaid humanity many times over.

To say that a country wouldn’t benefit by investing in science is to be blind to pretty much every aspect of human civilisation over the last many centuries. Encouraging entrepreneurs to find answers improves lives while creating value. There is much value to be created in space and for a country like India, it is another information technology revolution waiting to be tapped.

The truth is that while space is an expensive proposition, investments in space tend to give returns in multiple facets of human life - from communication to medicine, from materials to weather, from cartography to exploration. Space is an integral part of the global sans-national-boundary infrastructure. The time to join the dialogue, bring in new age thinking and push the boundary is now.

Rahul Narayan is Founder and Technology Lead for TeamIndus, the only Indian team in the Google Lunar XPRIZE competition, which is building a privately funded spacecraft capable of soft landing on the Moon.

The views expressed here are those of the author’s and do not necessarily represent the views of BloombergQuint or its editorial team.