It’s crazy to think that our phones are more powerful than the computers that sent people to the Moon in 1969. And what do we use them for? Scrolling through TikTok. Meanwhile, we still haven’t gone back to the Moon. Kind of ironic, right?

Back in the 1960s, getting to the Moon wasn’t just a scientific mission. It was a massive political battle.

The United States and the Soviet Union were locked in what became known as the Space Race. Both sides wanted to prove they were the most technologically advanced. When Apollo 11 successfully landed Americans on the Moon in 1969, it sent a clear message to the world: the United States had won.

After that victory, the pressure dropped dramatically, and so did the funding.

The Apollo program cost about $26 billion at the time. Adjusted for inflation, that’s roughly $280 billion today.

Each launch required thousands of engineers, the most powerful rockets ever built, massive facilities, and above all, real courage. The danger wasn’t theoretical. It was very real.

After the final Apollo mission in 1972, governments shifted their focus to space projects that offered more immediate or long-term returns: communication satellites, orbital research stations, and robotic missions to Mars and beyond.

We also lost much of the industrial capability we once had. The iconic Saturn V rocket no longer exists. While the blueprints are still available, the factories have closed, specialized suppliers have disappeared, the tooling has been scrapped, and many of the engineers who knew every detail have retired or passed away. Rebuilding that entire ecosystem from scratch would be enormously expensive and time-consuming.

The return to the Moon is already underway. NASA is leading the Artemis program, which aims to send astronauts back to the lunar surface. This time, the goal isn’t just a short visit. NASA wants to stay longer, build a sustainable base, and eventually use the Moon as a stepping stone for future missions to Mars.

Ultimately, the reason humans haven’t gone back to the Moon isn’t because we lost the capability. It’s because priorities changed. The political race ended, the missions remained extremely expensive, industrial know-how faded, and space agencies moved in different directions.

On top of that, public opinion today would be far less forgiving of a tragic failure than it was during the Cold War. The political risk is now just as high as the technical one.