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An epic SpaceX Falcon Heavy launch — only the second visit to space for this particular rocket line — attracts a set of NASA technologies one step closer to getting its ride to orbit.

Falcon Heavy made its first operational flight (April 11), delivering communications satellite Arabsat-6A aloft while successfully landing all of its rockets — such as the center and 2 boosters. 

“We’re delighted with the success of yesterday’s Falcon Heavy launch and first-stage landings,” Jim Reuter, NASA’s acting associate administrator for the distance technologies mission directorate, stated in a statement. “We have important technologies that are prepared to flyand this success helps put us on that route.”

Related: SpaceX’s Amazing Falcon Heavy Launch of Arabsat-6A in Photos

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SpaceX's Falcon Heavy rocket made its first commercial launch on April 11, 2019

SpaceX’s Falcon Heavy rocket made its first commercial launch on April (******************************************************************), respectively 2019

(Picture: © SpaceX)

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The 27 engines of SpaceX's Falcon Heavy rocket's first stage, nine per booster, launch the massive rocket off Launch Pad 39A at NASA's Kennedy Space Center in Florida on April 11, 2019.

The 27 motors of SpaceX’s Falcon Heavy rocket’s first stage( nine per booster, also launch the massive rocket away Launch Pad 39A at NASA’s Kennedy Space Center in Florida on April 11, 2019.

(Picture: © SpaceX)

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The twin side boosters that launched SpaceX's second Falcon Heavy rocket make a side-by-side landing on pads at Cape Canaveral Air Force Station, Florida after launch.

The double side boosters that launched SpaceX’s next Falcon Heavy rocket create a side-by-side landing pads at Cape Canaveral Air Force Station, Florida after launching.

(Picture: © SpaceX)

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The communications satellite Arabsat 6A separates from the second stage of SpaceX's Falcon Heavy rocket during its April 11, 2019 launch, ending a successful liftoff and trip to orbit.

The communications satellite Arabsat 6A separates in the second phase of SpaceX’s Falcon Heavy aircraft during its April 11, 2019 launch, finishing a successful liftoff and trip to orbit.

(Picture: © SpaceX)

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Half of the payload fairing that protected the Arabsat-6A satellite during the second-ever launch of SpaceX's Falcon Heavy rocket sits on a recovery ship on April 11, 2019.

Half of this payload fairing that protected the Arabsat-6A satellite during the second-ever release of SpaceX’s Falcon Heavy rocket stays on a recovery boat on April (******************************************************************), respectively 2019.

(Picture: © Elon Musk through Twitter)

NASA is planning to launch several experiments to space simultaneously, all which intend to enhance the design and functioning of future spacecraft. The assignments will burst from the Kennedy Space Center in Florida as a member of their U.S. Air Force’s Space Evaluation Program-2 (STP-2) assignment. The current concentrated launch date will be sometime in June, based on Spaceflight Now; in exactly the exact same statement, NASA stated the Air Force and SpaceX will get ready for the launching within the next few weeks.

 Connected: SpaceX Recovers Falcon Heavy Nose Cone, Will Re-fly It This Year 

One of the NASA experiments involves a pair of cubesats, small and comparatively cheap aquariums about the size of a breadbox. These devices collectively comprise the Enhanced Tandem Beacon Experiment (E-TBEx) and will measure how”bubbles” (or even distortions) at the upper air interfere with wireless signals and GPS. The bureau hopes to forecast future communications technology to be improved by these disturbances.

The Falcon Heavy will also loft NASA’s Green Propellant Infusion Mission, which will try an alternate to the usual chemical propulsion used in rockets. It will test a new fuel/oxidizer blend called hydroxyl ammonium nitrate, that, according to NASA, is much safer to handle and even also better for the environment compared to hydrazine, a favorite but toxic rocket engine fuel.

Rounding out NASA’s intended freight for the assignment is that the Deep Space Atomic Clock, which can be an extremely accurate timepiece that is anticipated to increase navigation, and also the Space Environment Testbeds device, which assesses how solar radiation close to the Earth influences hardware around the spacecraft.

The nonprofit Planetary Society also has organized to fly a payload about the STP-2 Falcon Heavy launch. That device, called LightSail, will test if a cubesat can browse into Earth orbit with a 344-square-foot (32-square meter) solar-powered sail.

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