NASA Artemis II Crew Returns To Earth On April 10: Key Findings And What’s Next

NASA’s Artemis II crew completed a crucial engine burn at 10:53 PM EDT, firing the Orion spacecraft’s thrusters for nine seconds. This is an important step in the crew’s journey to return to Earth. The maneuver increased the velocity of the spacecraft by 5.3 feet per second and pushed the astronauts further toward home. NASA confirmed that the crew is now more than halfway through their journey. The space agency confirmed that hours before the burn, the mission controllers witnessed an unexpected loss of signal. This issue had occurred during a change in data transmission rates earlier today. It briefly affected the communication between the astronauts and the control room on Earth. Key Findings Of NASA’s Artemis II MissionThe Artemis II crew has

conducted a wide range of tests inside Orion. These included monitoring automated systems to check how the Orion spacecraft works in deep space. Moreover, they examined the spacecraft’s systems, procedures, and overall flying performance.

Notably, the Artemis II crew studied close-range operations and carried out scientific work related to lunar surface study. They researched how space travel affects human health. This will eventually help NASA to plan future lunar missions. The astronauts are operating the spacecraft both manually and through the automated systems to check important functions like life support, propulsion, temperature control, power, and navigation to support further deep space missions.

Artemis II Crew Set For Splashdown On April 10: What's AheadAccording to NASA, the Orion spacecraft is anticipated to re-enter the atmosphere of Earth later today, on Friday. The space agency noted that their splashdown timing is expected to be around 8:07 PM ET off the coast of San Diego. Upon their landing, the crew will be retrieved by the recovery teams and will be transferred to the USS John P. Murtha in helicopters. They will further undergo medical checkups. Later, they will be taken to NASA’s Johnson Space Center in Houston for further evaluation.