Artemis plan

New MIT system called SuperLimbs may help astronauts conserve energy and extend missions on the moon
The space between the Earth and the Moon is going to become extremely crowded during the next 10 years. With NASA's planned missions in the Artemis program and other countries participating in the space race in this region, there is a lot of interest
During NASA's Operation Artemis, astronauts will tour the moon. To prepare for this, the space agency is conducting a weeklong field experiment in the lunar-like landscape of the San Francisco Volcanic Field near Flagstaff, Arizona, to
NASA postpones the Artemis 2 and 3 missions by a year to 2025 and 2026 respectively. The reason: repeated failures. One of them occurred this week - the fuel leak from the lunar lander intended for Peregrine
The Peregrine lander is carrying a variety of scientific instruments to study the radiation and soil composition on the moon, along with an unusual payload that includes a small rover, a bitcoin coin, and the ashes and DNA of several celebrities - including
using the same main engines and solid rocket booster technology that powered the space shuttle. The space agency has made many improvements, and learned the hard-earned lessons from past disasters. SLS and Orion represent evolution
Among the four are Victor Glover who spent six months on the International Space Station, but at NASA for some reason they emphasize the color of his light, as well as Christina Hemock Cook - the first woman to fly to the lunar orbit
what time is it on the moon Researchers suggest accommodating the time zone system on the moon as well
After the launch was postponed due to a malfunction in one of the engines, NASA engineers made a series of repairs * Duration of the launch window: XNUMX hours
NASA's target launch date is now August 29th at 08:33 EST in a two-hour time window. If there is a successful launch on August 29th the mission will last approximately 42 days -
Current estimates indicate that the upper ten meters of the moon's surface contain enough elemental oxygen to create enough O2 for every person on Earth for the next hundred thousand years - more than enough for colonization