The 10-Year-Old Nikon DSLR
NASA Sent to the Moon

When people imagine the cameras aboard humanity's first crewed lunar mission since 1972, they probably picture something extraordinary — custom-built hardware, cutting-edge sensors, the latest mirrorless body with a stacked processor and computational everything.

What NASA actually chose for Artemis II is a Nikon D5 — a DSLR released in January 2016, now a decade old. Two of them made the trip aboard the Orion spacecraft, serving as the primary imaging tools for a crew that flew further from Earth than any humans before them.

That decision is more interesting than it first appears. It says something real about what space photography actually demands — and why the spec that matters in 2026 looks nothing like the one camera reviewers typically care about.

The D5s weren't the only cameras aboard. Here's the key imaging gear, as reported by NASA and the photo press:

NASA describes the D5s as flight-qualified camera systems with wide-angle and telephoto lenses; it hasn't published the exact lens models.

The D5's selection wasn't a budget decision or an oversight. Three concrete factors drove it — and together they explain why newer, technically superior cameras didn't make the cut.

1. ISO performance that no modern camera has matched

Space is dark in a way most photographers never have to reckon with. The lunar surface, the far side of the Moon, the night side of Earth viewed from beyond low orbit — these subjects demand extreme sensitivity.

The D5 was Nikon's low-light flagship of its generation, with an expanded ISO ceiling of 3,280,000. Its successor, the D6, is a touch cleaner at the very top, so the D5's case isn't that nothing beats it — it's that its low-light performance is more than good enough and its record in space is long.

2. Proven radiation resistance

Beyond low Earth orbit, radiation becomes a serious engineering problem. The ISS sits within Earth's magnetic field, which provides meaningful shielding. Beyond that envelope, it does not. Artemis II flew beyond the Moon — further from Earth than any crew before — and out there, the radiation environment is substantially harsher.

The D5 has years of service on the International Space Station behind it and has been through NASA's flight qualification. A camera with no flight history carries unknown risk, however good its spec sheet looks.

3. Fewer things to go wrong

Coverage of NASA's choice points to the D5's mechanical shutter and mirror and its proven record in extreme conditions: fewer points of electronic failure than a newer, more complex body.

NASA has said future Artemis missions will move to newer camera systems once they finish spaceflight qualification.

Nikon cameras have flown with NASA since Apollo 15 in 1971. That history is what makes a decade-old DSLR the obvious choice — not the newest camera, but the most trusted one.

No story about cameras in space is complete without Hasselblad. The Swedish medium-format manufacturer's cameras defined the visual record of the Apollo programme — the images that changed how humanity saw itself.

It was astronaut Walter Schirra, a keen photographer, who first recommended Hasselblad to NASA after earlier cameras produced disappointing results. A modified Hasselblad first appeared on Mercury 8 in October 1962, and the relationship deepened through Gemini and Apollo.

The transition away from Hasselblad in the post-Apollo era came down to operational practicality. Medium-format film bodies are heavier and slower to operate than 35mm SLRs. As missions became longer and more varied — requiring rapid documentation of experiments, EVA operations, and Earth observation science — Nikon's smaller, faster, autofocus system became the better fit.

A Nikon Z9 was added to Artemis II late, after a push from the crew, to see how a modern mirrorless body copes with deep-space radiation.

Its role on Artemis II is as a testbed, not a primary camera. The data gathered from its deep-space behaviour will directly inform the next step: the Handheld Universal Lunar Camera (HULC).

When it flies, the HULC will be the first mirrorless camera on the lunar surface. But it's worth noting what hasn't changed: the underlying Nikon platform, the institutional familiarity, and the principle that the camera going to the Moon should be the one most qualified by track record — not by spec sheet.

During Artemis II the crew passed Apollo 13's 1970 record (about 400,171 km) for the furthest humans have travelled from Earth. From beyond the Moon, the D5 captured images of the Moon's surface, the lunar far side, and Earth — perspectives no human eye has seen since 1972.

The Earthset image — showing Earth disappearing behind the lunar horizon — joins a lineage that includes Earthrise from Apollo 8 and the Blue Marble from Apollo 17. Each of those photographs changed, in some small way, how people understand where they live.

The fact that a 10-year-old DSLR made the photograph is not a compromise. It's a reminder that the camera best suited to a specific job is not always the newest one.