Digital Camera

360-degree video taken outside the spacecraft released on the web-successfully shot with Ricoh and JAXA developed camera

A small spherical camera jointly developed by Ricoh and JAXA (Japan Aerospace Exploration Agency) succeeded in shooting 360-degree spherical images and videos outside the spacecraft. The shooting data was released on October 17.


    360-degree still image taken outside the spacecraft (replaced with a plan view) (C) JAXA

The published 360-degree spherical image and video data was taken at the International Space Station (ISS) Japanese Experiment Module “Kibo” outboard experiment platform. It is published on JAXA's "JAXA Digital Archives" (JDA) and Ricoh's site "THETA LAB". In THETA LAB, 360-degree omnidirectional operation from a web browser with a mouse etc. Can be seen in In addition, VR goggles can be used to simulate the outer space with a realistic celestial sphere.

When shooting, Ricoh and JAXA will use Ricoh's 360-degree spherical camera "THETA" series as the basis for a camera that can withstand harsh space environments such as outer space temperature and radiation.joint development. Suppose you can shoot 360 degrees in all directions at once in outer space (outside of the spacecraft), and get a lot of visual information while reducing the size and weight of the camera.

The size of the camera is 130 x 44 x 22.9 mm (length x width x thickness), and the thickness excluding the lens is 17.9 mm, making it the “world's smallest 360-degree camera used in space”. This is the first time in Japan that a 360-degree consumer-use camera has been used to shoot spherical images outside a spacecraft.


    A 360-degree camera for spacecraft developed based on the 360-degree spherical camera "THETA" series (C) JAXA


    First light of spacecraft 360 degree camera (C) JAXA

This camera has been adopted as a monitor camera for confirming the operation of the 2-axis gimbal part of the SOLISS small satellite optical communication experiment device jointly developed by JAXA and Sony Computer Science Laboratories. It is installed in an intermediate exposure experiment adapter (i-SEEP).


    (C) JAXA / SONY CSL adopted as a monitor camera for confirming the operation of the 2-axis gimbal part of the small satellite optical communication experiment equipment "SOLISS"

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