Nowadays people know

“3D printing technology” has played a greater role in our lives.

From small to large materials

In the field of space, this technology has been used quite a bit.

The obvious result is that the cost of production is reduced.

One of the companies that developed the world's first 3D-printed rocket was Relativity Space, a state-owned aerospace start-up. California

of the United States

The rocket, named "Terran 1" (Terran 1) is 33.5 meters high and 2.2 meters in diameter, can carry a payload of 1,250 kg. It is powered by an Aeon engine using liquid methane and liquid oxygen.

The goal is to send it into low Earth orbit.

To collect data and show that rockets printed with 3D printing technology can withstand the rigors of soaring above the earth and fly smoothly into space.

Produced by the world's largest metal 3D printer, the Terran One was built in 60 days, making it the largest 3D printed object ever made.

By comparison, 85% of the rocket, including the engine, is 3D-printed with alloys. Relativity Space said it aims to make 95% of the rocket using 3D-printed technology. as a rocket propellant of the future that can finally fuel the journey to Mars.

But the ability of "Terran One" has not yet been revealed to the world.

After the unmanned launch of this rocket

Named "Good Luck, Have Fun," the mission doesn't seem to translate to "Good Luck, Have Fun" due to the launch from the launchpad in Cape Canaveral, Florida. On March 11, faced another setback.

Because of pressure issues in the second stage of the rocket, it was the second abortive launch of this rocket in less than a week.

The first launch was scheduled for March 8, but was canceled at the last minute due to a problem with the rocket's temperature.

If you can overcome the problems

It won't be long before we see a rocket that can be built quickly and inexpensively.

Phak Soraya