NASA and the European Space Agency announced last week that they had posted the first 8K ultra high definition (UHD) video of astronauts living, working and conducting research from the International Space Station. The same engineers who sent high-definition (HD) cameras, 3D cameras, and a camera capable of recording 4K footage to the space station now have delivered a new camera capable of recording images with four times the resolution than previously offered.
The footage was captured by the RED Helium 8K camera which can shoot at resolutions ranging from conventional HDTV up to 8K, specifically 8192 x 4320 pixels. By comparison, the average HD consumer television displays up to 1920 x 1080 pixels of resolution, and digital cinemas typically project in resolutions of 2K to 4K.
“This new footage showcases the story of human spaceflight in more vivid detail than ever before,” said Dylan Mathis, communications manager for the International Space Station Program at NASA’s Johnson Space Center in Houston. “The world of camera technology continues to progress, and seeing our planet in high fidelity is always welcome. We’re excited to see what imagery comes down in the future.”
Viewers can watch as crew carry out a range of experiments on the space station.
While the 4K camera brought beautiful footage of fluid behaviour in the space station’s microgravity environment to the world, the new 8K video takes viewers through a variety of experiments and facilities aboard the orbiting outpost, which on 2nd November, marked the 18th anniversary of humans living continuously aboard and the 20th anniversary of the launch of the first two space station elements on 20th November and 4th December, 1998, respectively.
Delivered to the station in April aboard the 14th SpaceX cargo resupply mission through a Space Act Agreement between NASA and RED, this camera’s ability to record twice the pixels and at resolutions four times higher than the 4K camera brings science in orbit into the homes, laboratories and classrooms of everyone on Earth.
“We’re excited to embrace new technology that improves our ability to engage our audiences in space station research,” said David Brady, assistant programme scientist for the International Space Station Program Science Office at Johnson. “Each improvement in imagery fidelity brings that person on Earth closer to the in-space experience, allowing them to see what human spaceflight is doing to improve their life, as well as enable humanity to explore the universe.”
Viewers can watch high-resolution footage from inside and outside the orbiting laboratory right on their computer screens. A screen capable of displaying 8K resolution is required for the full effect, but the imagery is shot at a higher fidelity and then down-converted, which results in higher-quality playback, even for viewers who do not have an 8K screen.