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SpaceX stream CUT before Falcon landing: 'What are they hiding?' frenzied internet asks


‘s signature Falcon 9 boosted two astronauts into orbit on Saturday, May 30, setting a new milestone for the Elon Musk company. The achievement, the first of its kind for a private company, was broadcast to millions of people over the internet. But a brief pause in SpaceX and ‘s streaming, just seconds before the Falcon 9’s safe landing in the Atlantic, has led many to question whether the mission ever happened at all.

SpaceX’s Falcon 9 took off from Cape Canaveral on Saturday at 8.22pm BST (3.22pm EDT), carrying NASA astronauts Bob Behnken and Doug Hurley aboard the Crew Dragon capsule.

Once the Falcon accelerated the Dragon to an optimal height, the rocket’s first stage separated and flew back down to Earth, aiming for a SpaceX droneship in the Atlantic Ocean.

The Falcon 9 landed on the Of Course I Still Love You vessel at 8.32pm BST (3.33pm EDT).

But the moment of the rocket’s landing was briefly lost as SpaceX’s official live stream cut out to a prerecorded message instead.

The stream cut to a message reading: “Of Course I Still Love you loss of signal.

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Someone else said: “Those are some impressive special effects of shuttle launches and space, for a round Earther.

“And the shuttle can get past the atmosphere but they’re afraid of some clouds and maybe some lightning?

“What are they hiding? #flatearth #SpaceForce #NASA”

However, SpaceX fans have explained the live stream anomaly was caused by vibration from the Falcon’s nine Merlin engines.

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According to the YouTube channel Primal Space, SpaceX’s feeds often cut out before the exciting moment.

In a video titled Why does the SpaceX droneship camera cut out?, a voiceover says: “With the droneship being in such a remote location, the live video feed has to be transmitted via satellite.

“A large antenna on the droneship sends a directional signal towards the satellite, which will then transmit that footage back down to the broadcast team.”

The signal from the droneship is directional so that it is strong enough to reach the satellite.

But as the Falcon 9 approaches the vessel, the thrust generated by the rocket’s engines begins to uncontrollably shake the droneship.

The vibrations cause the ship’s antenna to briefly lose contact with the transmission satellite.

As the rocket powers down in a vertical position, the ship stabilises and reconnects with the satellite.

But the good news is there are many videos of the Falcon 9 landing in the sea and on the land that have been shot from far away.

You can see one such example in the embedded video above.



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