Mars simulation crew

The crew of NASA's simulated Mars mission stepped outside after 378 days of isolation, marking the end of a year-long test of how humans might cope on the Red Planet. Separately, the Perseverance rover set a new record for distance driven on another planet. Together the stories are keeping NASA's Mars programme in the spotlight, with coverage on Russian science and tech sites.

A crew taking part in NASA's simulated Mars mission has emerged after 378 days of isolation, according to Reuters. The volunteers lived in a habitat designed to mimic conditions on the Red Planet, helping scientists study how humans cope with the isolation, resource limits and stress of a long mission to Mars. The lengthy stay and the crew's condition are drawing wide curiosity online.

Four people in the United States have completed a year-long NASA experiment simulating life on Mars, living together for twelve months in a habitat of just 160 square metres. The goal of the long isolation was to study how humans cope with the conditions of a Mars mission. The crew has now emerged, and the mission is being discussed as an important step for future space travel planning.

A four-person NASA crew has exited the habitat after completing a 378-day simulated Mars mission, in which they lived in isolation to test conditions astronauts would face on the Red Planet. The end of the year-long analog mission is drawing wide attention, with observers praising the participants' endurance and discussing what the findings mean for future crewed Mars exploration.

Four NASA astronauts have emerged after 378 days in isolation inside a 3D-printed habitat at the Johnson Space Center, completing a simulated Mars mission designed to test the challenges of a long journey to the Red Planet. The crew endured over a year confined to the habitat, mimicking conditions astronauts would face on an actual Mars expedition.

The four-member crew of NASA's CHAPEA simulated Mars mission has emerged from its habitat in Houston after spending 378 days in isolation. The volunteers lived inside a 3D-printed habitat designed to mimic conditions on the Martian surface, helping NASA study how long-duration isolation affects health, food systems and teamwork ahead of future human missions to Mars.

Four crew members have emerged from isolation after spending 378 days inside Nasa's simulated Mars habitat, completing one of the agency's longest ground-based mission analogues. The volunteers lived in confined conditions designed to test how humans cope with the isolation and demands of a real journey to the Red Planet, and their experience is being closely followed as Nasa plans future crewed Mars missions.

The four crew members of NASA's CHAPEA mission have left the 1,700-square-foot habitat inside a Houston hangar where they spent 378 days simulating life on Mars. They lived and worked under Mars-like conditions, and their data on food, health and teamwork will inform planning for future crewed missions to the Red Planet.

NASA's second crew simulating a mission to Mars has exited its habitat at Johnson Space Center in Houston after spending 378 days inside. The volunteers lived in isolation to help NASA study how long spaceflight affects health, teamwork and morale ahead of future human missions to the Red Planet. The milestone marks the second completed year-long simulation in the CHAPEA program.

The four-person crew of NASA's CHAPEA simulated Mars mission has emerged from their habitat in Houston after 378 days of isolation. The volunteers lived inside a 3D-printed facility designed to mimic conditions on Mars, complete with resource restrictions, simulated spacewalks and communication delays. NASA says the data on their physical and mental health will help prepare for future crewed missions to the Red Planet.

NASA's second CHAPEA mission crew has left their simulated Mars habitat after 378 days inside. The volunteers lived and worked in conditions designed to mimic a mission to the Red Planet, helping NASA study how isolation, confinement and limited resources affect people over long-duration spaceflight. The exit marks the end of one of NASA's longest simulated Mars missions to date.