Space Photography: Cameras of Artemis II Mission

Today, we examine the cameras selected for use by astronauts on the Artemis II mission and their functional roles in flight operations.

The Artemis II mission represents not only the first crewed return to lunar orbit in over half a century, but also a combination of imaging technologies from different generations. The Orion spacecraft carries a range of cameras, including established DSLR systems, more recent mirrorless models, and current-generation Apple smartphones.

Each device serves a defined purpose and has undergone extensive qualification testing, including exposure to radiation, microgravity, extreme temperatures, and vibration. Equipment selection is based on reliability, predictable performance in deep-space conditions, and crew safety rather than promotional considerations.

In total, the Orion spacecraft is equipped with approximately 28–31 cameras of various types, including external units for vehicle monitoring, internal cameras for crew observation, navigation systems, and handheld devices for both documentation and imaging tasks.

TABLE OF CONTENTS:

Nikon D5: A Proven Workhorse for Space Imaging

Two Nikon D5 cameras serve as the primary tools for mission documentation. These DSLR systems were originally introduced in 2016. At first glance, the choice may seem counterintuitive, given the availability of more recent camera models.

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The rationale is straightforward: the D5 is considered one of the most reliable cameras in its class. NASA has previously used it on the International Space Station and in earlier missions, so its behavior in radiation environments is well characterized. Its full-frame 20.8-megapixel sensor does not prioritize maximum resolution, but this is offset by strong low-light performance. The camera supports very high ISO sensitivity (up to 3,280,000 in extended mode), while maintaining stable color reproduction and relatively low noise levels even at ISO 51,200.

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Such sensitivity levels are used by astronauts to capture images of Earth and the Moon through the capsule windows. Mission commander Reid Wiseman, for example, produced one of the more notable images of Earth using the D5 paired with a Nikon 14–24mm f/2.8 wide-angle lens, at a shutter speed of 1/4 second and high ISO settings.

The camera’s large physical controls allow operation even while wearing thick gloves, while its magnesium alloy body and radiation-tolerant electronics make it suitable for environments where equipment failure carries significant risk. The shutter mechanism is rated for hundreds of thousands of actuations, contributing to its reputation for consistent performance.

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Nikon Z9: A Contemporary System Evaluated for Future Use

Although the original plan relied exclusively on the Nikon D5, the crew requested and ultimately included a Nikon Z9 shortly before launch. This flagship mirrorless camera features a 45.7-megapixel stacked CMOS sensor. It supports 8K video recording at 60 fps and continuous RAW shooting at up to 20 frames per second, utilizes a fully electronic shutter that eliminates mechanical wear, and incorporates an advanced autofocus system.

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The Nikon Z9 is included as an experimental platform, allowing NASA to evaluate how its modern sensor performs under the elevated radiation levels of deep space, which are significantly higher than in low Earth orbit. Data collected during the mission will inform the development of a modified version for Artemis III, where the Z9 or its successor may serve as the basis for a handheld universal lunar camera (HULC). While the crew benefits from the added flexibility of a modern system, the Nikon D5 remains the primary operational tool.

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GoPro HERO4 Black: A Legacy System Still in Use

The equipment set also includes the GoPro HERO4 Black, a model introduced in 2014 and considered outdated by consumer standards. However, for NASA, proven reliability takes precedence over recency. These lightweight, compact, and simple cameras are well understood from prior missions and have already been tested in microgravity and radiation environments.

Some modified GoPro units are mounted externally on Orion’s solar arrays, where they capture high-resolution views of the spacecraft, as well as Earth and the Moon. Others are used by the crew to document daily activities as part of a National Geographic project. GoPro cameras are well suited for dynamic filming in the confined environment of the capsule due to their compact size and ease of use.

iPhone 17 Pro Max: The First Officially Approved Smartphone for a Lunar Mission

The iPhone 17 Pro Max draws particular attention, as each of the four astronauts – Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen – received a personal device. This marks the first time NASA has officially approved a modern smartphone for extended use in deep space following multi-level testing, which included verification of the Ceramic Shield’s durability, as well as resistance to radiation and microgravity conditions.

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The smartphones are heavily restricted: no internet, Bluetooth, or Wi‑Fi access – only photo and video capture. However, their cameras are impressive. The main module features a large sensor with 1.4 µm pixels, advanced image processing, HDR, and algorithms similar to Deep Fusion. The front-facing 12 MP camera, equipped with electronic stabilization and a fast lens, enabled the crew to take recognizable selfies with Earth in the background – images that have already become iconic for the mission.

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The iPhone performs well under the challenging lighting conditions inside the capsule, which rely solely on LED panels, delivering a high dynamic range. NASA’s priority is not the “best camera” in a marketing sense; the agency selects equipment that is safe and predictable. Any striking space selfies that result are an added bonus for the history of photography.

Why This Combination?

NASA pairs proven hardware – such as the Nikon D5 and GoPro, which have already demonstrated reliability – with modern systems like the Nikon Z9 and iPhone 17 Pro Max to gather data for future missions, including the planned lunar landing in Artemis III. In space, there is no room for experimentation with untested equipment. Radiation can quickly damage sensors, microgravity affects mechanical components, and the confined environment plus the need to operate cameras with gloves requires intuitive, robust controls.

Thanks to this diverse “camera fleet,” Artemis II is already becoming one of the most thoroughly documented missions in history. The imagery captures not only scientific data but also the human side of the journey, including crew selfies, daily life aboard the spacecraft, and breathtaking views of Earth and the Moon.

The mission demonstrates that in space, reliability and a thoughtful combination of equipment generations matter more than novelty. While the Nikon D5 continues to capture critical moments dependably, the Nikon Z9 and iPhone 17 Pro Max are laying the groundwork for future astronauts to take even more advanced images – potentially on the lunar surface itself.