Artemis II mission crew uses iPhone 17 Pro Max to document trip around the Moon

The Artemis II mission crew uses iPhone 17 Pro Max devices to record images and videos during space travel around Lua. Astronauts Reid Wiseman, Victor Glover, Christina Koch and Jeremy Hansen received the mobile devices during the preparatory quarantine period, which began in March. The use of commercial equipment inside the Orion capsule marks the first time that NASA has authorized the use of conventional smartphones on a manned mission to deep space. The phones operate under severe technical restrictions, without any type of internet connection or Bluetooth networks, to guarantee the security of the navigation systems.

The initiative’s main objective is to document panoramic views of the Terra, the lunar surface and the upper stage of the rocket responsible for propelling the spacecraft. Imagens transmitted to the control center shows the iPhone 17 Pro Max floating freely in the cabin of Orion, driven by the absence of gravity in the space environment. One of the silver-colored devices was recorded passing through the hands of the crew within the first four hours after launch. The practice adds a new layer of visual records to the historical journey. The flight consolidates the return of humans to regions beyond the low orbit of Terra after an interval of more than five decades.

EARTHSET.
April 6, 2026.

Humanity, from the other side. First photo from the far side of the Moon. Captured from Orion as Earth dips beyond the lunar horizon. Photo: NASA pic.twitter.com/ZEBTQA85TY

— The White House (@WhiteHouse) April 7, 2026

Processo approval of devices by the space agency

NASA subjected smartphones to a battery of rigorous tests before granting definitive authorization to embark on the Artemis II mission. The security protocol involved an evaluation process divided into four distinct phases. Technicians analyzed the integrity of the hardware and possible impacts on the electronic systems of the Orion capsule. Space agency engineers performed stability checks by subjecting the phones to the extreme vacuum conditions and high levels of radiation found outside the Terra’s magnetic shield. The objective of the analyzes was to ensure that the internal components of the devices did not present faults or pose a fire risk in the confined environment.

The devices underwent software modifications to operate exclusively with the camera functions activated. The measure definitively eliminates any possibility of accidental data transmission or radio frequency interference. The release of the iPhone 17 Pro Max represents a significant change in operational protocols compared to previous space missions, in which photographic equipment was restricted to older and heavier professional camera models. The inclusion of modern and affordable consumer technology aims to elevate the quality of images captured by the crew, while maintaining the absolute integrity of flight safety protocols established by mission directors.

Registros visuals of lunar orbit and capsule interior

Mobile devices help capture dynamic visual records that complement the work of official photographic equipment installed in the mission structure. The crew uses high-resolution lenses to photograph the exterior environment through the windows of the Orion capsule and to record the team’s daily interactions during orbital maneuvers. Cada astronaut maintains possession of a specific device for personal and technical documentation purposes throughout the travel days. The images obtained include geological details of the lunar surface, with emphasis on the craters located on the hidden side of Lua, captured with the aid of optical zoom during the flyby phase.

Leia Tambem

Romantic comedies and mysteries arrive on Netflix in June with Office Passion and Oasis

Uruguay announces squad list for the 2026 World Cup with six Brazilian football players

When does the 2026 World Cup start? Date, time, first game and opening ceremony

Commander Reid Wiseman shared some of the images of the hidden face of Lua with the ground control team, showing the impressive clarity of the rock formations. Para To optimize the quality of the captures and avoid unwanted reflections on the spacecraft’s windows, the team temporarily turned off the internal lights of the main cabin. Vídeos shorts and photographs also document the continued movement of Orion through space and the rocket’s upper stage. The structure remained visible at a short distance immediately after the modules were separated. Todo the visual material generated contributes to the formation of a digital collection that will be analyzed in detail by teams of scientists at Terra.

Configurações techniques for operation in microgravity

The behavior of the devices in the microgravity environment requires adaptations in the way astronauts handle the equipment during their work routine. The devices float freely around the cabin, as seen during live video broadcasts when a smartphone passed over the heads of two team members before being intercepted by a colleague. The complete absence of network connectivity prevents the use of traditional applications, cloud services or any system that requires pairing with other electronic devices. The main function of phones remains strictly focused on driving image sensors and recording video in high definition format.

• Flutuação of the devices in the Orion cabin during the execution of orbital maneuvers.
• Captura detailed images of the hidden face of Lua using the optical zoom system.
• Registro in video of interactions between astronauts in the zero gravity environment.
• Documentação visual of the rocket booster stage visible through the spacecraft window.

The crew members apply the devices in a practical and quick way to record everyday and technical aspects of space travel. The images sent to the reception stations on Terra include self-portraits of the team with the globe in the background and panoramic views of the natural satellite during the closest approach maneuver. Esses photographic records act as a direct complement to the complex scientific data collected by the specialized instruments and navigation sensors integrated into the Orion capsule control panel. The space agency confirmed that the phones underwent minimal physical changes to meet flight certification requirements.

Cronograma from mission started on Kennedy Space Center

The Artemis II mission was launched on April 1, 2026, departing from the Kennedy Space Center facilities, located in the state of Flórida. The spaceflight has the fundamental purpose of testing all life support and navigation systems of the Orion capsule to enable future lunar landing operations. The schedule includes practical demonstrations of orbital maneuvers and preparations for docking with descent modules. Using the iPhone 17 Pro Max serves as an additional technical documentation tool. The device offers a high degree of portability and superior image quality within an environment where physical space and payload weight are critical factors for successful operation.

The inclusion of commercial smartphones on the Artemis II mission demonstrates a clear evolution in the way NASA manages personal items and audiovisual recording tools on long-duration expeditions. Astronauts maintain the use of devices in strict accordance with operational protocols established prior to launch, prioritizing at all times the safety of the crew and the integrity of the capsule’s vital systems. The records obtained enrich the material available for scientific dissemination and support public monitoring of the mission. Orion completes the lunar flyby and begins the return trajectory, with Terra expected to land after around ten days in outer space.