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Delayed Boeing Starliner docks into ISS

A far away photo of a space rocket launching, with a plume of smoke and cloud caused by the enginesImage source, Reuters
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Blast off: The Boeing Starliner setting off for the ISS

After multiple delays throughout the last month, the new Boeing Starliner spacecraft has successfully docked on the International Space Station (ISS).

The Starliner carried two astronauts to the ISS, they're going to spend a week up in space before coming back down to Earth.

Nasa asked Boeing - which is a private company which makes planes - to develop the Starliner so that they could have a US-made spacecraft to transport crew to and from the ISS.

What is the Boeing Starliner?

Image source, EPA-EFE/REX/Shutterstock
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The Starliner will undergo a week of tests while docked at the ISS

The Boeing Starliner is a capsule designed to transport crew and equipment into space.

It's made up of two main sections:

  • A reusable crew module, which can fit up to the seven astronauts inside

  • A service module, with thrusters and engines to power the craft

In order to get to space, it has to 'sit' on top of a big rocket, which powers the initial launch to orbit.

It has been designed to be as safe as possible, featuring an escape system that propels the crew away from the rocket if there are any problems during a launch.

What happened during the Boeing Starliner launch?

Image source, EPA-EFE/REX/Shutterstock
Image caption,

Two of Nasa's most experienced astronauts are on the flight

For the launch, the Starliner was attached to an Atlas V rocket, the longest serving rocket for space missions.

Just two crew members were onboard the Starliner for this launch - Nasa astronauts Barry 鈥淏utch鈥 Wilmore and Sunita "Suni" Williams.

The Starliner docked with the ISS - which means it attached to it - at 06:35 in the morning, UK time.

After a week on the ISS, Butch and Suni will return and test the Starliner with a hard landing, which means the craft itself will touchdown on Earth, with parachutes slowing it down safely before it reaches the ground.

If it's successful, it will be the first time a US capsule has been able to complete a hard landing.