A Mysterious Rocket Crashes Into the Moon

An unknown rocket today crashed into the surface of the Moon at about 6,000 mph. This was what scientists had been waiting for at 12:25 GMT, according to BBC.

The Moon is a solar system witness that has recorded numerous collisions in the last 4 billion years and therefore has dense craters.

There has been some debate over the exact identity of the rolling object, and astronomers know that the object is an upper-stage booster ejected from high-altitude satellite launches.

The identity of the rocket, which is about 40 feet (12 meters) long and weighs about 10,000 pounds (4,500 kilograms), is unknown. It is only known to be an upper-stage booster launched from high-altitude satellite launches. Evidence suggests it’s a SpaceX rocket or a Chinese rocket, but both parties have denied ownership.

Moon’s unexpected visitor

The rocket should have hit the vast barren plain inside the giant Hertzsprung crater, just above the horizon, on the far side of the Moon. A moment after the rocket touches the lunar surface, a shock wave should have traveled at several miles per second. Within milliseconds, the rear end of the rocket body should have been destroyed by metal fragments exploding in all directions. Compressing the impact would heat the dust and rocks, creating a white-hot flash that would be visible from space if there was a vehicle in the area at the time.

A cloud of evaporated rock and metal expands from the point of impact as dust, and sand-sized particles are blasted into the sky. Within minutes, the ejected material might have rained back down onto the surface around the now smoldering crater.

Observation with the Lunar Reconnaissance Orbiter

The collision took place on the far side of the Moon, and it was out of sight for Earth-based telescopes. This is what scientists think. But the collision in question was expected to be observed by NASA. According to modeling, the crater could be about 30 to 100 feet (10 to 30 meters) in diameter and about 6 to 10 feet (2 to 3 meters) deep.

Scientists will look for other subtle changes in the surface by comparing before and after images from the orbiter’s camera and heat sensor.

This rare event is believed to provide new insights that could be critical to the success of future missions to the Moon and beyond.