Deep space can produce some truly strange and beautiful sights. A newly released image from NASA is now drawing attention after showing Mars in a way that most people rarely get to see. Instead of appearing as a bright red globe, the planet looks like a thin glowing crescent surrounded by darkness. Only a narrow edge is lit by sunlight, while the rest of the planet disappears into shadow.The image was captured by the Psyche mission spacecraft as it approached Mars ahead of a planned flyby on May 15, 2026. Scientists say the moment is not only visually striking but also important for the spacecraft’s long journey towards the metal-rich asteroid Psyche, which NASA hopes to reach in 2029. The image has already sparked curiosity online because it offers an unusual perspective of the Red Planet that people do not normally see.
NASA reveals cinematic deep-space image of crescent Mars before crucial May 15 encounter
The newly released photograph shows Mars as a thin crescent because the spacecraft is approaching the planet from what scientists describe as a “high phase angle.” This means the spacecraft is mostly seeing the night side of Mars, while only a slim section remains illuminated by the Sun. As reported by NASA, the image was captured by NASA’s Psyche mission on May 3, 2026, about 3 million miles (4.8 million kilometres) from the planet.Mission experts explained that this angle creates two dramatically different views during the flyby. During the approach, Mars appears as a narrow crescent. After the spacecraft passes the planet, Mars is expected to look much fuller and brighter. According to imaging expert Jim Bell, these changing views are useful because they help scientists test and calibrate the spacecraft’s cameras and imaging systems.The image itself looks surprisingly cinematic. The thin curve of sunlight against the darkness of space gives Mars an almost mysterious appearance.
Why NASA’s Psyche spacecraft is flying past Mars
Reportedly, the Psyche mission spacecraft launched on October 13, 2023, with the goal of studying the asteroid Psyche, a massive metal-rich object located in the asteroid belt between Mars and Jupiter. Scientists believe the asteroid could contain clues about how rocky planets formed billions of years ago.Travelling that far into space requires a huge amount of energy, which is why NASA is using Mars to help redirect the spacecraft. During the flyby, the spacecraft will pass about 2,800 miles above the Martian surface while travelling at roughly 12,333 mph as reported. Mars’ gravity will gently alter the spacecraft’s path and increase its speed without forcing the mission to use large amounts of fuel.Experts say gravity assists like this have become an essential part of modern deep-space exploration. Using a planet’s gravitational pull allows spacecraft to travel farther while conserving onboard resources.
NASA prepares to collect massive amounts of data during Mars encounter
The flyby will also give scientists a chance to collect a large amount of scientific data. NASA says the spacecraft’s multispectral imager is expected to capture thousands of observations as it moves past Mars.Initial unprocessed images have already started arriving on Earth. These early photographs reportedly include distant views of Mars along with surrounding starfields. Scientists will later process the images by adjusting brightness and contrast before creating a detailed time-lapse sequence of the encounter.Researchers appear especially interested in testing how well the spacecraft performs during fast-moving observations near a planet. The data collected during the flyby could help prepare the mission team for future operations once the spacecraft reaches the asteroid Psyche later this decade.
How the Psyche spacecraft is testing its systems during the flyby
The Mars encounter will also allow NASA to test several scientific instruments onboard the spacecraft. Its magnetometer is expected to study Mars’ magnetic environment during the close approach. At the same time, the gamma-ray and neutron spectrometer will monitor changes in cosmic radiation around the planet.These tests are important because the spacecraft still faces years of travel through deep space. Engineers need to make sure the instruments continue working properly before the spacecraft begins studying the asteroid itself.The spacecraft uses a solar-electric propulsion system powered by xenon gas. Unlike traditional rockets that rely on short bursts of powerful fuel combustion, this system slowly increases speed over long periods of time. Scientists say the propulsion system has reportedly performed well since launch.
Why NASA’s rare crescent image of Mars feels so unusual
Mars has been photographed many times over the years by orbiters, rovers, and telescopes. Even so, this crescent image feels different. The unusual angle and lighting make the planet appear more distant and unfamiliar than usual.Experts suggest that views like this are relatively uncommon because most Mars missions operate much closer to the planet or observe it from different positions in space. That makes the Psyche spacecraft’s perspective particularly valuable both scientifically and visually.As the spacecraft continues its flyby, scientists and space enthusiasts alike will likely be watching closely for more images and data. The mission’s main destination may still be years away, but this brief encounter with Mars has already delivered one of the mission’s most memorable moments so far.