Artemis vs Apollo The New Moon Missions — And Why Some Still Question the First

And the four astronauts of the Arteimus 2 mission are more than halfway on their journey to the moon.

It is July 20th, 1969.

And man is about to land on the moon.

They said we went to the moon 54 years ago.

Six times, 12 men, hundreds of pounds of rocks.

Flags still standing on the surface right now.

And yet today, NASA is spending hundreds of billions of dollars and decades of engineering just to go back.

The focus has shifted to here at the Johnson Space Center in Houston, where the team in mission control are monitoring the spacecraft and of course the astronauts 24/7.

They’re now on course to fly around the far side of the moon.

If we already cracked the code in 1969 with computers weaker than a digital wristwatch, why does returning feel like the hardest thing humanity has ever attempted? That is the question Artemis cannot escape.

And it’s the same question that has haunted every press conference, every launch delay, and every breathless announcement since this program began.

Two moon programs half a century apart.

One that supposedly changed everything and one that is struggling to repeat it.

Something about that gap demands a real answer.

The race is back on NASA’s Aremis program is the most ambitious human space flight effort since the Apollo era.

The goal isn’t just to visit the moon.

It’s to stay, to build infrastructure, to establish a permanent human presence on the lunar surface and use it as a launchpad for the eventual crude journey to Mars.

Ryan has come back around the other side of the moon.

And that little crescent that you see is Earth over 252,000 m away.

Artemis isn’t a nostalgia trip.

It’s a declaration that the moon is strategically important again.

Artemis 1, an uncrrewed test of NASA’s space launch system, the most powerful rocket ever built, exceeding even the Saturn 5.

Launched in November 2022, the Orion spacecraft completed a 25-day loop around the moon and returned to Earth, validating the systems that will carry humans.

Artemis 2 is planned to send four astronauts on a lunar flyby around the moon and back, marking the first time any human being has traveled beyond low Earth orbit since December 1972.

The crew includes the first woman and the first person of color to reach the lunar vicinity.

Artemis 3, if it proceeds, will attempt the first crude landing in over 50 years, touching down near the lunar south pole, where evidence of water ice has been detected and permanently shadowed.

Craters.

Here’s what makes Artemis fundamentally different from Apollo.

It’s not a race between two superpowers.

Over 40 countries have signed the Aremis Accords, a framework for peaceful, transparent cooperation in space.

The European Space Agency, the Japan Aerospace Exploration Agency, the Canadian Space Agency, all of them have skin in this mission.

My name is Colonel Jeremy Hansen.

I’m an astronaut with the Canadian Space Agency and I’m a mission specialist on NASA’s Aremis 2 mission around the moon.

When Artemis 2 flies, a Canadian astronaut will be on board.

This is not an American story.

It’s a human one.

Supporters see Artemis as the logical next step.

deeper missions, longer stays, better science, and the infrastructure Apollo never had time to build.

But others look at Artemis and ask a question that cuts to the bone.

If we did all of this 50 years ago, why is going back so extraordinarily difficult? That question is the fault line this video is going to walk.

And the answer, whichever side you land on, is more complicated than anyone admits.

Apollo, what the record says.

Let’s go back to where this story actually starts.

July 16th, 1969, Neil Armstrong, Buzz Aldrin, and Michael Collins launched from Kennedy Space Center aboard Apollo 11 a top a Saturn 5 rocket, producing 7.

6 million pounds of thrust.

A controlled explosion so large it was felt on seismographs 100 miles away.

4 days later, Armstrong and Uldren are descending toward the lunar surface in a spacecraft the size of a closet, running software less powerful than a modern pocket calculator.

Here’s the part nobody talks about.

With 40 seconds of fuel remaining and the onboard computer throwing alarm codes, Armstrong looked out the window and saw the pre-selected landing zone, a field of boulders.

He took manual control and flew past it, hunting for a clear patch of ground.

while mission control in Houston held their breath and said nothing.

He found a clear spot with 17 seconds of fuel to spare.

That’s not the story of a man following a script.

That’s a man improvising on the edge of catastrophe.

The eagle has landed.

600 million people around the world heard those words crackling through their televisions on July 20th, 1969.

Armstrong and Aldren spent 2 hours and 31 minutes on the surface.

They collected 21.

5 kg of soil and rock, deployed a seismometer and a retroreflector array, and returned to the command module where Collins had been orbiting alone.

They splashed down in the Pacific on July 24th, but Apollo 11 was only the beginning.

Between 1969 and 1972, NASA landed on the moon six times.

12 human beings walked on the lunar surface.

Apollo 12 in November 1969.

Apollo 14 in February 1971, crewed by Alan Shepard, the first American in space, who became the only Mercury astronaut to reach the moon.

Apollo 15, 16, and 17 each carried a lunar roving vehicle, extending the astronaut’s range to several kilometers from their landing site.

Apollo 17 in December 1972 brought geologist Harrison Schmidt to the moon.

the only professional scientist ever to stand on the lunar surface.

Stop and think about what that actually means.

Harrison Schmidt, a trained geologist, a man who had spent his career studying rocks, was standing on another world, picking up samples with his own hands, reading the geological record of a body that formed 4.

5 billion years ago.

Astronaut, US Senator, professor, scientist, author.

It’s an impressive resume for Jack Schmidt.

This year marks the 40th anniversary of his historic Apollo 17 mission.

He later described the moment of seeing the Earth from the surface as nothing that prepared you for it.

The lunar surface beneath his boots was ancient beyond comprehension, and nobody has been back since.

The Apollo program involved approximately 400,000 engineers, scientists, and technicians at its peak.

It consumed roughly $25 billion, equivalent to over $150 billion in today’s money.

The missions returned approximately 382 kg of lunar material to Earth.

The documentation fills warehouses.

The participants gave thousands of hours of testimony over the following decades.

These missions are accepted as real by scientists and historians around the world.

But here’s what the official record doesn’t tell you.

Even as the Apollo program was running, even as the rockets were launching and the astronauts were walking and the mission reports were being filed, trust in the institutions producing that record was collapsing.

According to Pew Research, in 1964, roughly 3/4 of Americans trusted the federal government to do the right thing most of the time.

By the mid 1970s, following Vietnam, the Pentagon Papers, Watergate, and the Church Committee revelations about CIA operations, that number had fallen below 30%.

It has never recovered.

That collapse didn’t happen after Apollo.

It happened during Apollo, which means every piece of evidence the program produced was landing in a country that was learning in real time that its government was capable of systematic deception.

That context doesn’t prove anything, but it explains everything about what came next.

The comparison that haunts everything here is the question at the heart of the Aremis program.

The one that hovers over every press conference and every launch delay and every congressional budget hearing.

If NASA put 12 people on the moon between 1969 and 1972 using technology that predates the modern pocket calculator, why is going back with 50 years of additional engineering knowledge, modern computing, advanced materials, and a global coalition of space agencies so extraordinarily, almost incomprehensibly difficult? The official answer is layered and largely valid.

Apollo was built under conditions of absolute political urgency.

After Yuri Gagarin orbited Earth in April 1961, the United States was losing the space race in a way that felt existential.

President Kennedy’s 1962 speech at Rice University.

We choose to go to the moon not because it is easy, but because it is hard, wasn’t poetry.

It was a strategic commitment backed by the full economic power of the American government.

NASA’s budget exploded from under $100 million in 1958 to over $5 billion per year at Apollo’s peak.

Risk tolerance was brutal.

Three astronauts died in the Apollo 1 launchpad fire in January 1967.

The program paused, redesigned, and kept going.

Artemis operates under entirely different constraints.

Safety standards are far more stringent.

Development processes are slower and subject to political cycles that shift with each administration.

The space launch system has faced criticism from engineers and policy analysts who argue its cost estimated at over $4 billion per launch is indefensible when commercial alternatives exist.

And the institutional knowledge from Apollo didn’t survive intact.

As the Apollo workforce retired, the engineering solutions, manufacturing processes, and hard one operational knowledge were scattered or lost.

And the task was to bring two men onto the surface of the moon, allow them to climb out, wander around, steal some rocks, and then come back home with their package of goodies.

Some Saturn 5 manufacturing techniques had to be reverse engineered from the original hardware because the documentation no longer existed.

And this is where it gets genuinely strange.

Artemis is also not trying to do what Apollo did.

Apollo’s goal was blunt.

Get there, plant the flag, come back alive.

Artemis is attempting something categorically more ambitious.

A permanent human presence on and around the moon with a gateway space station in lunar orbit.

a base near the South Pole and the logistical infrastructure to eventually support a Mars mission.

Comparing Apollo and Aremis on difficulty is like comparing a camping trip to the construction of a permanent research station in Antarctica.

The destination is the same.

The mission is not.

Some people find that explanation entirely satisfying.

Others find it convenient.

That gap between what the official record says and what a portion of the public believes is exactly where the debate lives.

Before we go further, the Aremis missions are unfolding right now.

Artemis 2 is targeting launch in the coming months.

And when it happens, it will be the first time humans have left slow.

Earth orbit since 1972.

If you want to follow this story as it happens, the launches, the decisions, the moments that will define the next 50 years of human space exploration, subscribe and hit the bell.

This story isn’t finished.

We’re covering it as it develops.

The skeptics, what they actually claim.

Bill Kazing was not a lunatic.

That’s the first thing worth understanding about the man who started all of this.

He was a technical writer at Rockadine, the company that built the Saturn 5’s F1 engines.

And he left the company in 1963, 6 years before Apollo 11 landed.

In the years that followed, he became convinced through what he described as a methodical review of the available evidence that NASA had lacked the technical capability to safely land humans on the moon.

In 1976, he self-published a book called We Never Went to the Moon.

picture casing at his desk in the mid 1970s, surrounded by clippings, technical documents, photographs, connecting dots that he was certain formed a picture no one in authority wanted him to see.

His book wasn’t taken seriously by scientists, but it planted a seed that has been growing for 50 years.

By the time the internet became widely accessible in the late 1990s, that seed had become a forest.

A 2019 Yugov survey found that approximately 6% of Americans believe the moon landing was faked.

That’s millions of people.

And the arguments they raise, the ones you’ll find in any comment section on any platform, in any country, cluster around a handful of specific observations.

The flag in footage from the lunar surface, the American flag planted by the Apollo 11 crew appears to wave and flutter.

There is no atmosphere on the moon, no wind.

A flag in a vacuum should hang limp.

And yet, there it is moving.

To firsttime viewers, it looks exactly like a flag blowing in a studio breeze.

The stars.

Every photograph taken on the lunar surface shows a completely black sky.

No stars.

Not one.

If the astronauts were really standing on the airless moon 384,000 km from Earth with no atmosphere to wash out the night sky, the stars should be overwhelmingly visible far more clearly than from Earth.

Their complete absence looks to many observers like a backdrop.

The shadows in some Apollo photographs, shadows fall in different directions from objects that should be lit by a single light source, the sun.

Multiple shadow directions, some people argue, suggest multiple studio lights.

The radiation to reach the moon, the Apollo spacecraft had to pass through the Van Allen belts, zones of intense radiation trapped by Earth’s magnetic field.

Some skeptics argue that the radiation dose would have been fatal or would at minimum have destroyed the film and the astronaut’s cameras, leaving every photograph blank.

And then there’s the political argument, the one that ties all of the others together.

It’s not that any one anomaly proves the landing was faked.

It’s that the US government in the late 1960s had a desperate existential political incentive to claim success.

And a government willing to deceive its citizens about Vietnam, about Multra, about the Gulf of Tonkan might also be willing to deceive them about the moon.

That’s the argument, not evidence of fabrication.

An argument about motive and institutional character.

It’s not that simple, though, because the counter evidence isn’t just a denial.

It’s physical, and some of it is still working today.

The evidence, physical, ongoing, independent.

Let’s deal with the specific visual claims first because they have specific answers.

The flag, the Apollo flags, weren’t ordinary flags.

A horizontal rod was sewn along the top edge specifically to keep the fabric extended in a vacuum where there was no wind to unfurl it.

When the astronauts planted the pole, pushing and twisting it into the lunar soil, the flag moved because the pole moved in the sixth vacuum with no air resistance to dampen the oscillation.

The movement continued for a moment after they let go.

Then it stopped completely.

If you watch the unedited footage, the flag does not keep waving after the astronauts step back.

It stills.

That’s not what happens on a film set with a breeze.

That’s what happens in a vacuum.

The stars.

This one comes down to basic photography.

The lunar surface in full sunlight is extraordinarily bright, comparable to a sunlit snowfield.

To correctly expose the astronauts and equipment in that environment, cameras were set with very short exposure times and narrow apertures.

At those settings, the comparatively faint light from distant stars doesn’t register on film.

This happens on Earth constantly.

Set your camera to photograph a flood lit building at night and the stars behind it disappear from the frame.

The stars were there.

The cameras weren’t calibrated to capture them, the shadows.

The moon’s surface is not flat.

It’s covered in craters, ridges, slopes, and subtle undulations created by billions of years of meteor impacts.

When sunlight strikes an irregular three-dimensional surface from an angle, shadows naturally point in different directions depending on the local terrain.

Researchers who have modeled the specific terrain at Apollo landing sites against the exact solar angle at the moment of specific photographs have found that the shadow directions match the physics precisely.

This work has been published in peer-reviewed literature.

The radiation NASA measured the astronaut’s radiation exposure during each mission.

The trajectories were designed to pass through the Van Allen belts as quickly as possible, minimizing exposure time.

The total doses received were elevated compared to Earth’s surface levels, but well within limits that did not cause acute radiation sickness.

Long-term health studies of Apollo astronauts have been conducted and published.

The film used on Apollo missions was also radiation hardened to withstand the expected exposure.

Now, here’s where it gets harder to dismiss.

The physical evidence.

The 382 kg of lunar material returned by the Apollo missions have been distributed to scientific institutions in dozens of countries, including countries that were cold war adversaries of the United States.

These samples have isotopic signatures, crystalline structures formed in the complete absence of water, and patterns of cosmic ray exposure that are unlike any earth rock and unlike any meteorite known at the time of the missions.

Soviet scientists received and analyzed samples.

Independent geologists in Japan, Germany, the Netherlands, Australia, and elsewhere confirmed their lunar origin.

If the rocks were faked, the faking would have required the cooperation of scientists in countries with every reason to expose the fraud.

The retroreflectors may be the most unanswerable piece of evidence.

During Apollo 11, 14, and 15, astronauts deployed laser ranging retroreflector arrays on the lunar surface, panels of corner cube mirrors designed to reflect laser beams directly back to their source.

Observatories in France, Italy, Germany, Japan, and the United States routinely fire laser pulses at the moon and detect the returning signal.

The measurements allow scientists to track the distance between Earth and Moon with centimeter level precision.

These experiments happen regularly.

The reflectors work.

Something specifically designed to bounce laser beams is sitting on the surface of the moon.

It got there somehow.

And then there’s the Soviet acknowledgement.

Go back to that tracking station in Eptoria.

The Cold War witness.

The Soviet Union had the most powerful possible incentive to prove the Apollo landings were fake.

The space race was the defining competition of the Cold War.

The Soviets had launched the first satellite, sent the first human to orbit, and lost the race to the moon by the slimmest of margins.

If the American moon landing was a hoax, if they could prove it, it would have been the single greatest propaganda victory in the history of the 20th century.

The humiliation of the United States would have been total and permanent.

They didn’t claim it was a hoax.

the Soviet tracking network, deep space stations at Epitoria in Ukraine, Usurisk in the Russian Far East, and Simferole in Crimea monitored the Apollo missions in real time using independent Soviet equipment.

Soviet scientists tracked the lunar trajectories.

They confirmed the radio transmissions were originating from the correct location in space.

And in the years following Apollo 11, Soviet space officials, including cosminauts and program directors, acknowledged publicly that American astronauts had landed on the moon.

That acknowledgement cost them something.

The Soviet space program had its own lunar ambitions.

The N1 rocket, the Soviet answer to the Saturn 5, exploded on the launchpad four times between 1969 and 1972.

The program was eventually cancelled.

Admitting that the Americans had succeeded where they had failed was a political humiliation of the First Order, and they admitted it anyway.

The Parks Observatory in New South Wales, Australia, received and rebroadcast the Apollo 11 television signal to the world, operating entirely independently of NASA.

Amateur radio operators in multiple countries tracked the Apollo transmissions in real time.

None of them were affiliated with NASA.

None of them had a political incentive to confirm an American success story.

And all of them confirmed something was out there.

Here’s the part nobody expected.

The strongest evidence that the Apollo landings were real didn’t come from NASA.

It came from America’s enemies and from a radio telescope in the Australian countryside staffed by people who had no stake in the outcome.

These points are often cited as decisive evidence that the landings were genuine.

Though for those who distrust institutions at the systemic level, who believe the corroboration itself could have been coordinated, no single piece of evidence settles the question, and that’s worth sitting with.

Why the debate refuses to die.

Here’s what the evidence actually tells us about the persistence of this debate.

It was never really about the flag or the stars or the shadows.

Those are the surface.

Underneath them is something much harder to address.

The collapse of institutional trust that happened simultaneously with the Apollo program itself.

By 1975, the year before Bill Kasing published his book, Americans had lived through the assassination of a president, the systematic deception of an entire war, the exposure of an intelligence apparatus conducting illegal operations against its own citizens, and the resignation of a president who had orchestrated a criminal cover up from the Oval Office.

The Pew Research data on this is stark.

Trust in the federal government fell from roughly 75% in 1964 to below 30% by the mid 1970s.

That number has never recovered.

And skepticism about the moon landing didn’t emerge despite that context.

It emerged because of it.

The internet didn’t create the doubt.

It industrialized it.

Before the web, moonlanding conspiracy theories circulated through self-published books and photocopied newsletters with limited reach.

After YouTube and Reddit and algorithm-driven recommendation systems, counternarrative content became self- sustaining.

A video arguing the moonlanding was staged generates more clicks, more shares, more watch time than a video explaining why it wasn’t.

That’s not a judgment about the people watching.

It’s how attention economies work.

There’s also a generational gap that’s almost impossible to bridge.

The people who watched Apollo 11 live, who understood the context of the space race, who had friends or colleagues working in aerospace, who heard Armstrong’s voice crackle through a television at midnight, oh, have a visceral relationship with that event that someone encountering it as a YouTube clip 50 years later simply cannot replicate.

History lived feels different from history learned.

And this is where it gets genuinely strange.

The more evidence you present to someone who has deeply internalized distrust of institutions, the more that evidence can feel like confirmation of the coverup rather than reputation of it.

Of course, the official story has answers to every question.

They had 50 years to prepare them.

That’s not an irrational position given what we know about how governments have behaved historically.

It’s an unfalsifiable one.

And unfalsifiable beliefs don’t respond to evidence.

They respond to trust.

and trust right now is in short supply.

So where does Artemis fit into all of this? Artemis, proof, provocation, or both.

The Artemis program is unfolding in an information environment that Apollo never had to navigate.

The Aremis 1 launch in November.

The 2022 was streamed live on YouTube and watched by hundreds of thousands of people in real time.

The Orion spacecraft returned footage of the moon shot by cameras on board.

Not NASA studio cameras, but instruments broadcasting live telemetry.

When Artemis 3 eventually sends humans to the lunar surface, if it proceeds on schedule, those astronauts will carry cameras capable of 4K resolution, transmitting footage to a planet of 8 billion people with instant access to the record.

The international observation network surrounding Artemis is also categorically different from Apollo.

The European Space Agency built the service module on Orion.

The Canadian Space Agency provided the robotic arm for the Gateway lunar station.

Japanese astronauts are scheduled to walk on the moon in subsequent Aremis missions.

When this program succeeds or fails, it will be in full view of dozens of allied nations, each with their own scientific communities, their own tracking infrastructure, their own political interests.

The conspiracy would have to be global in a way that makes Apollo’s supposed deception look simple.

Some people believe Artemis could serve as retroactive confirmation that watching humans walk on the moon in a high definition with international witnesses and modern documentation will make the Apollo record feel more concrete and legible.

If Artemis shows us what the moon actually looks like underfoot, what a suited human actually moves like in one sixth gravity, the Apollo footage might feel less like a mystery and more like a historical record.

Others see it differently.

If Artemis succeeds in landing humans on the moon only after years of delays, technical setbacks and billions of dollars in cost overruns, treating the mission as an almost impossibly difficult engineering achievement.

Then for skeptics, that success may deepen rather than resolve the question, how did they do it six times in 3 years with slide rules and early computers when it takes us decades and hundreds of billions of dollars to do it once? That question may not have a single satisfying answer.

It may have several true answers simultaneously.

Answers about political will, risk tolerance, mission scope, institutional memory, and the difference between a sprint and the construction of permanent infrastructure.

But the question will be asked and Artemis, whatever it achieves, will become part of the evidence that both sides site.

What independent eyes have confirmed? Since 2009, the Apollo landing sites have been photographed by spacecraft that NASA did not operate.

NASA’s Lunar Reconnaissance Orbiter, launched in 2009 and still active, has returned highresolution images of all six Apollo landing sites, showing the descent stages of the lunar modules sitting exactly where they were left, along with equipment deployed by the astronauts.

And in the case of Apollo 15, 16, and 17, the tracks of the lunar rovers still pressed into the regalith.

Japan’s Selen spacecraft, which orbited the moon from 2007 to 2009, independently observed the Apollo 15 landing site and returned data consistent with the Apollo record.

India’s Chandrean 1 mission gathered independent observations of the lunar surface consistent with the geological character of the returned samples.

These were not American spacecraft.

They were operated by national space agencies with their own scientists, their own engineering teams, and their own political identities.

None of them primarily oriented around confirming NASA’s historical legacy.

Some skeptics argue that even orbital photographs aren’t conclusive, that the resolution is insufficient, or that the agencies involved could themselves be mistaken or complicit.

These are the kinds of objections that no single image can fully answer.

But the cumulative weight of independent observation from multiple spacecraft operated by multiple nations across multiple decades sibar consistent in every detail with the Apollo record.

Meanwhile, the retroreflectors keep working.

Every time an observatory in France or Italy or Japan fires a laser pulse at the moon and gets a signal back, the physics of that experiment requires something specifically designed to reflect it to be sitting on the lunar surface.

The retroreflectors have been operational since 1969, they are being used in active science today.

Whatever you believe about 1969, something is there.

Where this leaves us.

More than 50 years after Neil Armstrong stood in the Sea of Tranquility with 17 seconds of fuel to spare, the debate hasn’t disappeared.

If anything, Artemis has given it new life, new context, new participants, and new stakes.

The verses in this story’s title isn’t just a comparison between two space programs.

It’s the fault line between two ways of understanding history.

On one side, 382 kg of lunar samples verified by independent scientists around the world.

Retro reflectors bouncing lasers back from the surface every time an observatory fires at them.

A Soviet tracking network that confirmed the transmissions in real time and had every political reason to call them fake.

six separate missions.

12 individuals who walked on another world.

A geologist named Harrison Schmidt, who held 4 billionyear-old rocks in his hands on a body he had spent his career studying from 384,000 km away.

400,000 people who built the hardware, flew the missions, and documented every second.

On the other side, a decadesl long collapse of institutional trust that was already underway when the Saturn 5 first launched.

A political context in which government deception was not hypothetical.

It was documented, admitted, and ongoing.

An internet ecosystem that amplifies doubt faster than evidence can address it.

And a question simple and persistent that no official explanation has fully quieted for everyone who asks it.

If we did this 50 years ago, why is it so hard to do it again? Neither side of this debate is going away.

And with Artemis unfolding in real time, internationally observed, documented in a resolution Apollo never had, witnessed by a global audience with instant access to the record.

Whatever happens next will be absorbed by both sides as confirmation of what they already believe.

With humans preparing to return to the moon, the question isn’t just about the future of space exploration.

It’s about how we understand the past, about what counts as evidence, about who we trust to interpret it, and about why some moments in history, even the most documented, most witnessed, most physically verifiable moments, remain for a portion of humanity, permanently open questions.

That’s not a comfortable place to end, but it’s an honest one.

What do you think? Was Apollo exactly as history describes? one of humanity’s defining achievements confirmed by enemies and allies alike with physical evidence still functioning on the lunar surface today? Or do you believe there are questions that haven’t been adequately answered that the gap between what happened and what we’ve been told is wider than the official record admits? Let us know in the comments.

The Aremis missions are launching.

The story isn’t over.

And if you want to follow it as it happens, subscribe because the next chapter may be the most important one yet.