Before The Moon Film

When Apollo 11 landed, Dr. Lawrence Kuznetz was on console calculating how long the astronauts could survive inside their spacesuits.

He later helped build Space Shuttle Columbia, managed human life sciences on the ISS, and is now developing next generation spacesuits for Mars.

This is the human systems side of spaceflight most people never see.

Read the full story: https://t.ly/s_oFn

Podcast: https://bit.ly/406sL2v

“You don’t rise to the moment in space. You fall to the level of your training.”

What looks effortless at altitude was built in repetition on the ground.

He took his brother’s ashes to space.

In this episode of Future Tech + Before The Moon, I sit down with Blue Origin NS-37 crew member Jason Stansell to talk about what it actually feels like to float above Earth, get stuck on the ceiling in zero-G, and bond with a crew for life.

We talk Star Wars, longest beard in space, the emotional side of flying, and what happens after you come back down.

You’ll also see Jason featured in Before The Moon — because before astronauts walked on the Moon… they trained right here in Pennsylvania.

Watch the full interview and tell me — would you go if you had the chance?

From Lockheed engineer to NASA’s first Black Shuttle Program manager, Ralph Anderson designed the jetpack that still saves astronauts today.

“This isn’t a bicycle ride—you can’t pull over if something goes wrong.”

Before space, there was Johnsville.

Seven missions. Hundreds of hours in space. One purpose.

Astronaut Jerry Ross spent years living at the edge of what humans can do. In this story, he reflects on how engineering, teamwork, and relentless preparation shaped every moment of his NASA career, from the shuttle era to the early days of the ISS.

This is not just a story about space. It is a story about trust, precision, and what it takes to operate at the highest level of human capability.

When people think about space science, they picture rockets and astronauts.

Almost nobody thinks about a chemistry lab in Bethlehem, Pennsylvania.

But in the late 1970s and early 1980s, that lab changed how NASA thought about what space was for.

At Lehigh University, chemical engineer Mohamed El Aasser ran a series of experiments that turned the Space Shuttle into a floating materials laboratory. By using microgravity, his team produced some of the most uniform polymer particles ever created. Particles so precise they could not be made on Earth.

Those tiny spheres helped prove something radical at the time. Space was not just a place to visit. It was a place to manufacture things differently.

In 1984, El Aasser’s work earned a shared NASA Inventor of the Year Award. But outside scientific circles, almost no one knows this story.

This is the kind of history we dig up in Before the Moon. Not just the astronauts, but the quiet breakthroughs that made modern spaceflight and materials science possible.

When neil armstrong stepped onto the moon the world saw one small step but what they were really watching was a chain of cameras engineers and signal processors spread across places like camden new jersey and labs at westinghouse and rca the first lunar surface camera the television systems the signal processing that kept video alive across 240000 miles of vacuum

none of that came from one company or one genius it came from thousands of people solving impossible problems at the same time

before the moon exists to tell those stories the ones that history usually collapses into a single moment

🚀 What really keeps astronauts going in space?

It is not just rockets and math. It is psychology, teamwork, and human resilience.

In this episode of Future Tech, I sit down with Al Holland, NASA’s longtime senior operational psychologist, to explore the unseen human systems behind spaceflight. From astronaut selection and training to isolation, sleep disruption, and the mental demands of long duration missions, this conversation goes deep into what it really takes to survive and thrive beyond Earth.

We also dive into early training at places like the Johnsville Centrifuge and how Cold War research still shapes today’s missions to the ISS and future journeys to Mars.

This story is part of the ongoing work behind Before the Moon, documenting the hidden people and places that made spaceflight possible.

🎧 Podcast https://bit.ly/4jlbSKr

She wasn’t there to show courage. She was there to let the data speak.

Alice Stoll was not chasing headlines or trying to prove bravery. She stepped into extreme conditions to measure reality and let the data speak.

Her work quietly reshaped how we protect pilots, astronauts, firefighters, and racers and helped define aerospace medicine long before spaceflight became routine.

Most people think modern flight suits came from NASA or the Space Shuttle era. The truth starts earlier, in a Cold War lab in Warminster, Pennsylvania.

In the 1950s, Dr. Alice Stoll became the first woman to ride the Johnsville Centrifuge. She was not testing courage. She was testing data.

Her research on how human skin responds to extreme heat directly led to the development of NOMEX, the flame resistant material still used today by pilots, astronauts, firefighters, and race car drivers.

Her work helped save lives long before spaceflight became routine, and her story is one of many uncovered in our documentary Before the Moon.

Wishing the Blue Origin crew a safe and successful mission.

Launch is scheduled for 11 AM.

Spaceflight is never routine. Every launch carries the weight of thousands of decisions, years of preparation, and generations of hard earned knowledge. Behind every system are people who trained for precision and accepted responsibility long before liftoff.

Clear skies and steady hands.

Before Silicon Valley and always on software, innovation looked like this.

Engineers leaned over radios, tuned signals by hand, and spoke directly to teams in the air and on the ground. Every adjustment mattered. Every transmission carried responsibility. There were no dashboards, no instant backups, no undo button. Just skill, trust, and people who understood that real lives depended on getting it right.

Rooms like this were the nerve centers of American progress. Communication hubs where aircraft tests were coordinated, experiments were monitored, and problems were solved in real time by voices that knew each other. Engineer to engineer. Human to human.

This wasn’t just technology. It was craftsmanship. It was community. It was a generation of quiet builders who rarely asked for recognition but changed aviation, spaceflight, and computing forever.

We didn’t just build machines. We built a community.

Before Silicon Valley, there was Warminster. Doug Crompton helped build the technology—and the community—that powered the Naval Air Development Center. From ham radios to bubble memory, his story preserves the soul of innovation.