Multiple Z 9 cameras that were not modified physically are sent to NASA so that they can document life on the International Space Station and conduct research.

Tokyo - The Nikon Z 9 was launched into orbit to the International Space Station (ISS) in January, enabling NASA astronauts to take stunning, iconic photos of Earth and space with exceptional clarity and quality. This announcement was made with pleasure by Nikon Corporation (Nikon). As the first mirrorless camera from Nikon that the crew of the space station will use, this is a historic accomplishment for the Z series.

The 20th Northrop Grumman commercial resupply services mission for NASA has sent multiple Z 9 bodies and an impressive assortment of NIKKOR Z lenses to the orbiting laboratory. On January 30, 2024, the SpaceX Falcon 9 rocket carrying the Cygnus cargo spacecraft lifted off from Space Launch Complex 40 at the Cape Canaveral Space Force Station.

The D6 and D5 digital SLR cameras that are currently in use on the space station are being replaced by the Z 9 mirrorless camera, which is the newest model available. The D5 has been in use since 2017. Nikon cameras and lenses have been utilized by NASA for space exploration on multiple missions and space shuttles since the Apollo 15 mission over half a century ago. Since 1999, the orbiting laboratory has been equipped with Nikon cameras (the Nikon F5) and NIKKOR lenses to support scientific research, maintenance, and astronauts' capture of the iconic images of Earth, the heavens, and beyond. The gear is used in a unique "blanket" created by NASA that is both inside the space station and outside in the relentless vacuum of space. NASA received the D2XS digital SLR in 2008, and the crew of the space station received 38 Nikon D4 digital SLR cameras and 64 NIKKOR lenses in 2013.

Since its 2018 launch, the Nikon Z series of mirrorless cameras has benefited from ongoing firmware updates, cutting-edge innovation, and a rapidly growing selection of NIKKOR Z lenses. Nikon's flagship mirrorless full-frame camera, the Z 9, is highly regarded for its next-generation technology, incredibly sturdy construction, and unwavering dependability for professionals. As the first camera of its kind, the Z 9 has no shutter, reducing moving parts for optimal longevity. Since the cameras on the orbiting laboratory are not physically altered, users on Earth can benefit from the same level of build quality as the crew members of space stations. This is a testament, certifying that Nikon technology and the Z 9 are capable of thriving in the extreme rigors of living in zero gravity and space exploration.

Despite having identical hardware, Nikon engineers collaborated with NASA to develop specialized firmware specifically designed to cater to the needs of astronauts and the space environment. As part of this, noise reduction will be extended to faster shutter speeds to take into consideration the continuous barrage of cosmic radiation that the crew and equipment on the space station are exposed to. The order of file names has also been altered, and default settings and controls have been adjusted to be more suitable for life in the orbiting laboratory and when covered in the protective covering for external missions.Additional l y, modifications have been made to the in-camera file transfer protocol and transfer protocol to streamline astronaut workflow, boost productivity, and lower power consumption during image transmission from space to Earth.