NASA's Next Manned Spaceship Passes 'Most Complex' Parachute Test

Orion Spacecraft Parachute Test
NASA successfully tested the complicated parachute system on the Orion spacecraft on June 25, 2014. (Image credit: NASA/Rad Sinyak)

NASA successfully completed its "most complex" test of the Orion spacecraft's parachute system today (June 25), space agency officials said.

The Orion capsule — designed to take astronauts deeper into space than ever before, to destinations like Mars and an asteroid dragged into orbit near the moon — will depend on parachutes to slow its descent when it re-enters the atmosphere after spaceflight. Parachutes will be used to slow Orion down when it comes back from its first spaceflight, which is currently scheduled for December.

In order to test the effectiveness of the parachutes, engineers working on Orion are launching a series of parachute tests in Arizona. Today's test was the 14th and the most difficult test for the system, officials said. In total, there will be 17 tests of the parachute system before the December spaceflight. [See a video of the successful drop test]

"We've put the parachutes through their paces in ground and airdrop testing in just about every conceivable way before we begin sending them into space on Exploration Flight Test (EFT)-1 before the year's done," Orion program manager Mark Geyer said in a NASA statement. "The series of tests has proven the system and will help ensure crew and mission safety for our astronauts in the future."

During today's test, Orion was dropped from a C-17 aircraft 35,000 feet (10,668 meters) above the Arizona desert, marking the first time the parachutes were tested from such heights, NASA officials said. After the capsule was released, Orion fell for 10 seconds, increasing speed and adding stress to the parachutes once they were released, space agency officials said.

The first set of chutes — called the forward bay cover parachutes — deployed as planned, and pulled the forward bay cover away from Orion during the test. This step is important because if the forward bay cover remained attached, it would prevent the second set of parachutes, used to slow Orion down to a safe speed, from deploying correctly, according to NASA officials.

"Engineers also rigged one of the main parachutes to skip the second phase of a three-phase process of unfurling each parachute, called reefing," NASA officials said in the statement. "This tested whether one of the main parachutes could go directly from opening a little to being fully open without an intermediary step, proving the system can tolerate potential failures."

For EFT-1, Orion will launch atop a Delta 4 Heavy rocket to an altitude of 3,600 miles (5,800 kilometers). As it comes back to Earth, Orion will be traveling at about 20,000 mph (32,200 km/h) and be forced to withstand temperatures near 4,000 degrees Fahrenheit (2,200 degrees Celsius). Ultimately, the parachutes will need to slow Orion down to about 20 mph (32 km/h) to splash down safely in the Pacific Ocean, NASA officials said.

NASA will perform another parachute test in August, dropping Orion with the planned failure of one main parachute and one drogue chute, which is used for stability.

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Miriam Kramer
Staff Writer

Miriam Kramer joined as a Staff Writer in December 2012. Since then, she has floated in weightlessness on a zero-gravity flight, felt the pull of 4-Gs in a trainer aircraft and watched rockets soar into space from Florida and Virginia. She also served as's lead space entertainment reporter, and enjoys all aspects of space news, astronomy and commercial spaceflight.  Miriam has also presented space stories during live interviews with Fox News and other TV and radio outlets. She originally hails from Knoxville, Tennessee where she and her family would take trips to dark spots on the outskirts of town to watch meteor showers every year. She loves to travel and one day hopes to see the northern lights in person. Miriam is currently a space reporter with Axios, writing the Axios Space newsletter. You can follow Miriam on Twitter.