Did you know that after more than 50 years since the last Apollo mission, the United States is planning to visit the Moon again? But this time, it's not astronauts going there, it's a special spacecraft called Peregrine!
Peregrine, made by a company called Astrobotic, will be the first private craft to land on the Moon. It will carry instruments from NASA to study the Moon's environment. This will help NASA with their future missions to the Moon with astronauts.
A few years ago, NASA asked American companies to send experiments and technologies to the Moon. This program is called CLPS. These contracts will make it cheaper to go to the Moon and help create a lunar economy.
Landing on the Moon is a big challenge. Only about half of the missions that have tried to land on the Moon have been successful. But Astrobotic is excited and a little scared to try!
Peregrine will take off on December 24th from Florida. It will take a few days to reach the Moon's orbit and then wait until January 25th to try landing. The landing will be done by the spacecraft itself, without any people controlling it. Astrobotic will watch and control everything from their base in Pittsburgh.
Other companies like Firefly Aerospace, Draper, and Intuitive Machines also have contracts with NASA to explore the Moon. NASA knows that not every mission will succeed, but they believe that these missions will help create the infrastructure needed for a lunar economy.
NASA's Artemis program wants to build a base on the Moon. So, with Peregrine and other missions, we are taking steps to learn more about the Moon and make amazing discoveries!
Hi, my name is Liam and I am 8 years old. I live in a small town in Ireland called Galway. Today, I want to tell you about an average day in my life and something really cool that I learned about - NASA's Artemis Program, which is all about exploring the Moon!
In the morning, I wake up early and have a delicious breakfast of scrambled eggs and toast. Then, I get ready for school. At school, we learn about different subjects like math and English. But my favorite subject is science, especially when we talk about space and planets.
After school, I rush home and finish my homework quickly. Then, I spend some time playing outside with my friends. We love pretending that we are astronauts exploring the Moon, just like the astronauts in the Artemis Program.
In the evening, my family and I gather around the TV to watch documentaries about space. I learned that NASA's Artemis Program is planning to send the first woman and the next man to the Moon! It's so exciting!
Before bedtime, I look up at the night sky from my bedroom window and dream about becoming an astronaut one day. Maybe, I will be a part of the Artemis Program too!
Good evening, young explorers! Welcome to the Kids News Channel. Today, we have an exciting report about NASA's Artemis program, which aims to explore the Moon. Let's dive in!
Breaking news! NASA is planning to send astronauts back to the Moon by the year 2024. This mission, called Artemis, will be the first step towards establishing a sustainable human presence on the Moon. The astronauts will conduct experiments, study the lunar surface, and even build a lunar outpost!
But wait, there's more! NASA is also planning to land the first woman and the next man on the Moon through Artemis. Isn't that amazing? They will walk where no one has walked before, exploring the mysteries of Earth's closest neighbor.
Scientists hope that through the Artemis program, we will learn more about the Moon's history, its resources, and how we can use them to support future missions to Mars.
One fascinating event associated with Exploring the Moon: NASA's Artemis Program took place in Ireland. In 2019, during the annual World Space Week, a group of primary school students in County Cork had the unique opportunity to engage in a virtual reality simulation of walking on the moon. The event was organized by a local science center in collaboration with NASA.
The students, aged between 10 and 12, were able to experience the moon's surface through advanced VR headsets. They were able to virtually explore craters, collect moon rocks, and even simulate low-gravity jumps. The simulation was designed to provide an immersive experience and teach the students about the challenges and excitement of space exploration.
This event not only sparked the students' curiosity about space but also inspired many of them to pursue careers in science and technology. It highlighted the importance of programs like Artemis in igniting interest in space exploration and shaping the future of scientific discovery.