Recently, NASA sent a mini spacecraft to investigate a moon base in orbit.

what is the moon in today

What is the moon today? The CAPSTONE spacecraft was successfully launched by a Rocket Lab Electron rocket at 5:55 a.m. ET, according to NASA.

Living on the moon may still seem more like a sci-fi dream from The Jetsons to most people than a probable near-term reality, but NASA is already making the initial moves to establish a lunar outpost.

The United States government wants to install an orbiting space station on the moon, and a rocket slated to launch from New Zealand on Tuesday morning will follow a special course around the moon to get there. This outpost, known as the Gateway, would house and train Artemis astronauts for repeated journeys to the moon’s surface.

In as little as two years, the quest to build the space-flying outpost may materialize. Imagine that the base is like the International Space Station, with a place for people to live, a lab for studying the weather in space, and many places for spaceships to dock.

The Cislunar Autonomous Positioning System Technology Operations and Navigation Experiment, or CAPSTONE, will be launched by the commercial rocket business Rocket Lab on Tuesday morning. Live coverage will start at 5 a.m. ET/9 a.m. UTC, and liftoff will occur at 5:55 a.m. ET. The public may then use NASA’s Eyes on the Solar System program to follow its location a week or so after launch.

What is the moon today?

This time, no astronauts will be riding along. Instead, Rocket Lab will use one of its light-lift Electron rockets, which the firm claims are the smallest rocket to ever attempt a launch to the moon, to deliver a 55-pound satellite the size of a microwave oven into space. The satellite will be the first ever to circle the moon in what is known as a “near rectilinear halo orbit.” With this route, Earth and the moon’s gravitational pulls should be different enough to set up a nearly stable orbit and make sure that the lunar base is always facing Earth so that it can always talk to Earth.

Before deciding that this orbit was the most suitable for a base, scientists looked at a wide range of alternative orbits. For instance, a low-lunar orbit would circle the moon extremely closely. According to NASA, doing so would bring the base closer to Earth while requiring significantly more fuel to overcome the moon’s gravity. On the other hand, a far-off retrograde orbit would be more stable and fuel-efficient but less practical for reaching the Earth.

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