To the Moon and Beyond: Airbus Delivers Powerhouse for NASA’s Orion Spacecraft

To the Moon and Beyond: Airbus Delivers Powerhouse for NASA’s Orion Spacecraft
In this handout provided by NASA,The United Launch Alliance Delta IV Heavy rocket with NASA's Orion spacecraft mounted atop, lifts off from Cape Canaveral Air Force Station's Space Launch Complex 37 at 7:05 a.m. EST in Cape Canaveral, Fla. on Dec. 5, 2014. (Bill Ingalls/NASA via Getty Images)

BERLIN—Europe’s Airbus on Nov. 2 delivered the “powerhouse” for NASA’s new Orion Spaceship that will take astronauts to the Moon and beyond in coming years, hitting a key milestone that should lead to hundreds of millions of euros in future orders.

Engineers at the Airbus plant in Bremen, Germany on TNov. 2 carefully packed the spacecraft into a special container that will fly aboard a huge Antonov cargo plane to NASA’s Kennedy Space Center in Florida, a first step on its way to deep space.

In Florida, the module will be joined with the Orion crew module built by Lockheed Martin, followed by over a year of intensive testing before the first three-week mission orbiting the Moon is launched in 2020, albeit without people.

Future production of Orion and the European module could result in billions of dollars of new orders for the companies involved in coming years, said Bill Gerstenmaier, associate administrator for human exploration and operations for NASA.

“This is the system that will enable humans to move sustainably into deep space ... and leave the Earth-Moon system for the first time ever,” he said.

Current plans are for a first crewed mission in 2022, but NASA and the European Space Agency (ESA) then plan to launch a manned mission every year, making the Orion project both politically and economically important at a time when China and other countries are racing to gain a foothold in space.

Airbus’s European Service Module will provide propulsion, power, thermal control and consumables to the Orion crew module, marking the first time that NASA will use a European-built system as a critical element to power an American spacecraft.

“This is a very big step. The delivery and the flight to America are just the beginning of a journey that will ultimately take us to 60,000 miles beyond the moon, further than any human has ever flown before,” Oliver Juckenhoefel, vice president of on-orbit services and exploration for Airbus, told Reuters.

Orion is part of a growing push to put humans back on the Moon, where the unexpected discovery of water has energized scientists, with rapid technological developments such as 3D printing paving the way for lunar-based infrastructure, such as data server relay stations, in coming years.

“It sounds like science fiction, but I’m convinced it’s coming, and the only question for us in Europe is whether we want to be part of it or not,” Juckenhoefel said. “In industry, we have to be careful that we don’t miss the boat.”

NASA’s Gerstenmaier said ESA was interested in participating in a so-called “lunar gateway” with an eye to landing humans on the Moon again around 2028, and providing a base for travel to Mars and beyond.

Airbus won a 390 million euro ($446.12 million) contract to build the first ESM module in 2014, and is working on a second order valued at 200 million euros. Now it is negotiating with ESA for further orders that could add up to a billion euros, Juckenhoefel said.

Mike Hawes, who runs the $11 billion Orion program for Lockheed, underscored the importance of the program for future exploration of deep space.

He said Lockheed was negotiating with NASA for up to 12 follow-on missions that could result in billions of dollars of new orders, while working to halve the cost of future spacecraft.

By Andrea Shalal