Monday , June 27 2022

Stunning Images in Space "How a Spaceship Puts Our Planet"


Tweeted astronaut Alexander Gerst from the International Space Station.

A rocket launch is always an impressive sight that captures the viewer's attention – if you watch the live stream on the internet or you have the privilege of witnessing the event near the launch. And as we have seen our fair share of unforgettable rocket launches from the world, a handful of people have a unique opportunity to watch these incredible efforts from space.

A great video shoot from the International Space Station (ISS) allows a spacecraft to be thrown into orbit, revealing how a rocket launching looks like the Karman Line, the widely accepted boundary between the Earth's atmosphere and the outer space.

The shooting of a Soyuz-FG rocket launch from the ISS by the German Astronaut Alexander Gerst of the European Space Agency (ESA) fills in the missing parts of the story and reveals the invisible aspects of the spaceship. Eyes of observers connected to the world.

According to the ESA, the short film was captured on November 16th, when the Soyuz-FG rocket was taken to the area carrying the Russian Progress MS-10 cargo spacecraft. The cargo ship, also known as Progress 71, was sent to the ISS on a supply run and was clamped with the orbital patrol two days later.

The majestic landscape was captured by the camera by Gerst, who managed to capture about 15 minutes of the Progress 71 launch from the Cupola window, wrapped around the space station. Earlier this week, the German astronaut went to Twitter to share incredible sights from space.

57 This is the real ed tweeted Gerst, who manages the ISP as commander of Expedition 57

The breathtaking timelapse was captured with a camera set to take photos at regular intervals and showed that the throw was approximately eight to 16 times the normal speed.

In the video, the Soyuz rocket can be seen leaving the planet in a bright glow and then deploying the Progress 71 cargo ship. The key moments of the launch show the departure of the rocket amplifier at 00:07, the initial phase separation of 00:19, the deployment of the Progress spacecraft and the entry of orbit in 00: 34 – then the re-entry. Soyuz first stage in the atmosphere of the world 00:36.

The rocket and his load rose in the sky 1.14 in the cosmopolitan Baikonur in Kazakhstan. November 16 th EST. Russian cargo reached the ISS on November 18th and supplied 5.652 pounds of supplies to the astronauts, who live and work 250 miles on Earth.

Or The progression of the spacecraft has supplied food, fuel and supplies, including about 750 kilograms of propellant gas, 75 kilograms of oxygen and air and 440 liters of water leme, makes a statement from ESA.

A Russian Progress spacecraft with ISS was placed.

A Russian Progress spacecraft with ISS was placed.



Wikimedia Commons

This is the first flight of a Soyuz-FG rocket since a malfunction event that stopped a sewer on 11 October. Sputnik News.

Russian news agency TASS, "Progress spacecraft was originally planned to be presented to the ISS on October 30, but the launch was re-planned on November 16th after the end of November 11th."

The incident occurred last month during NASA astronaut Nick Hague and Russian cosmonaut Alexei Ovchinin during the man-made capsule of the MS-10 capsule connected to ISS. Two astronauts were able to return safely to the world a few minutes after they were unharmed. Inquisitor reported at the time.

The next scheduled launch from Baikonur will take place on December 3, as the Soyuz MS-11 capsule receives a crew of three to the space station. Astronauts waiting to launch the plane into space are NASA's Anne McClain, Roscosmos's Oleg Kononenko and David Saint-Jacques of the Canadian Space Agency.

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