Spacewalk Ends Early After Water Detected in Helmet

Spacewalker Tim Kopra
Spacewalker Tim Kopra
Spacewalker Tim Kopra is helped out of his spacesuit by Commander Scott Kelly and Flight Engineer Sergey Volkov. Credit: NASA TV

Astronauts Tim Kopra and Tim Peake ended their spacewalk at 12:31 p.m. EST with the repressurization of the U.S. Quest airlock following an early termination of the spacewalk after Kopra reported a small water bubble had formed inside his helmet.

Commander Scott Kelly will assist the crew members with an expedited removal of their spacesuits and helmets. Once they have removed the spacesuits and helmets, the astronauts will use a syringe to take a water sample and retrieve the helmet absorption pad to determine what may have prompted the water to form inside Kopra’s helmet.

The crew was never in any danger and returned to the airlock in an orderly fashion. The astronauts replaced a failed voltage regulator that caused a loss of power to one of the station’s eight power channels last November, accomplishing the major objective for this spacewalk.

The 4 hour and 43 minutes spacewalk was the third for Kopra and the first for Peake, who both arrived to the station Dec. 15. It was the 192 in support of assembly and maintenance of the orbiting laboratory.

Stay up-to-date on the latest ISS news at: www.nasa.gov/station

14 thoughts on “Spacewalk Ends Early After Water Detected in Helmet”

  1. Tim , Tim I was sorry to hear your wonder in the pool of space got cut short. I was wondering if u guys could get some video in the way of a global sweep . Up down front back u get my drift . Play safe hooe chat again .
    Tim out eh!

  2. Can anyone confirm, when Tim Kopra took off his top part of suit I saw something float up from behind him and it disappeared into the ceiling?

    Cheers

  3. Congratulations on completing a successful space walk guys, glad you are back inside safe, God bless you all on the ISS from all of us in th UK

    Regards
    Stevie L

  4. does the astronauts helmet have the capacity to absorb both perspiration and coolant ? — sounds like the dreaded “O” ring scenario

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