Freezing Craters And Radio Blackouts: Dr.

The Immediate Push to the Lunar South

NASA wants to build its first permanent base at the south pole of the moon starting with the Artemis V mission. On Episode 218 of the This Week In Space podcast, hosts Rod Pyle and Tariq Malik sat down with planetary scientist Dr. Pascal Lee to figure out if this is actually a good idea. Think about it: we are trying to build our first outer-space home in the most challenging territory available.

It is a bold move, but it might be a massive mistake.

Let's look at the facts.

The Moonbase Location Dilemma Simplified

To understand why NASA is taking this risk, we must look at the primary motivation driving the mission.

So why are we aiming for the south pole anyway?

Ice is the big prize.

This frozen water can be turned into rocket fuel and drinking water.

But getting to that resource means operating in deep, shadowed craters where temperatures drop to minus 414 degrees Fahrenheit.

If your solar panels cannot see the sun, you run out of power fast. We are basically setting ourselves up for a giant freeze-out.

Why Devon Island Teaches Us to Avoid Lunar Ice Traps First

This risk of polar operations is backed by practical survival tests on Earth.

For years, Dr. Pascal Lee has led the Haughton-Mars Project on Devon Island in the high Arctic for the SETI Institute. On this barren island, scientists face freezing cold and rocky ground to test space gear. Lee points out that trying to build a base in the hardest spot first goes against everything we know about survival.

If we cannot even run a smooth camp in the Arctic without constant supply planes, trying to do it in an unlit lunar crater is exceptionally risky.

We should start at the lunar equator where the sun shines regularly and the ground is flat.

The Real Road Map to Artemis Lunar Base Operations

Despite these warnings about the hazards of the polar regions, NASA's flight schedule remains committed to this path. Under the current schedule as of July 2026, NASA is moving fast to make these landings happen.

The upcoming Artemis II flight will fly astronauts around the moon soon. After that, the Artemis III mission will put boots back on the ground near the south pole. By the time Artemis V launches around 2030, Blue Origin plans to land its massive Blue Moon vehicle to deliver a heavy lunar rover.

This timeline shows we are locked into the polar path whether it is safe or not.

The Hidden Obstacles Left Out of the Hype

Moving forward with this polar plan means confronting several technical hurdles that are often overlooked in official announcements:

• Because the sun hangs so low on the lunar horizon at the poles, shadows stretch out for miles and block your view of dangerous rocks.
• Earth sits very low in the sky when you are at the moon's south pole, which means your radio signals will regularly cut out behind hills.
• With no wind to smooth them down, sharp moon dust particles will eat through spacesuit seals and scratch helmet visors to pieces.
• Instead of digging for ice in permanently shadowed areas, astronauts could use simple solar-powered heaters to bake water out of the dirt in sunny areas.