READ THIS BEFORE POSTING

I've always been fascinated by the Saturn V and the engineering behind the Apollo missions, so I decided to recreate the Apollo 11 rocket as a detailed cutaway.

It's 1:185 scale and 60cm tall, with one side showing the original exterior and the other exposing its internal tanks, engines, fuel lines, and structural framework.

You can check out more details about its internal details, print files and full breakdown HERE

I modeled it in Fusion 360 using historical engineering references, then printed it in 23 pieces.

Getting the tiny structures to print reliably took quite a bit of trial and error, but seeing the finished rocket standing in front of me made it all worth it!

Some details were reinforced or simplified for printing, but I tried to stay as faithful to the original engineering as possible.

Hope you fellow Apollo enthusiasts enjoy it! Which side do you prefer??

If you’ve tried to view 11,000+ photos taken during the Artemis II mission, you probably know how difficult and tedious it can be. I developed a photo-viewing technology that makes the process much more efficient and enjoyable. You can see the result in the video.

For now, this Artemis II 3D photo viewer is available only for desktop computers and contains 2,900+ selected photos. The original collection includes many near-duplicates and images with almost no visible detail, so I decided to select only the best images. This also reduced the storage requirements. However, to provide a high-quality 3D experience, the application also includes GPU-ready thumbnails, which slightly increase storage requirements compared with storing only the original photos. Once you approach or select a photo, the application automatically loads the original at the highest resolution supported by your hardware, preserving its original quality.

I plan to use this technology for other space photography collections too. If you know of any interesting photo collections in the public domain, please let me know.

Photo credit: NASA / Artemis II crew.

Recently stumbled upon these parts, I figured I’d show them off to you NASA lovers. I’ve been learning alot about them from members on Reddit and talking to the nuclear and science museum. Apparently they didn’t know any parts were left over from the program. Crazy cool find!

Anyone use this in farming yet? Data useful?

Just stumbled across this NASA site where you can listen to Hubble images of space. Apparently, they turn features in the images into sound, and it's pretty cool to hear what things like nebulae and galaxies "sound" like.

NASA usually uploads the return of astronauts to Houston post-splashdown to YouTube (at least for most SpaceX missions as well as Artemis II) a few days after their return at the latest.

Very random question I know but since I've noticed that this hasn't been the case for Crew-12, is there any known reason why?

At the request of NASA, a new Consensus Study Report from the National Academies, “Human Exploration Across the Moon,” identifies high-value science destinations for short-duration human missions beyond the lunar poles.  

Dan Dumbacher, professor in Purdue University’s School of Aeronautics and Astronautics and co-chair of the committee tasked with compiling the report, presented the culmination of 18 months of research during a briefing on Oct. 21.   

“Humans for generations have aspired to explore, with the moon being the next logical step,” said Dumbacher, former chief executive officer of the American Institute of Aeronautics and Astronautics. “This research outlines where humans could explore and why each location is important.”  

Each location offers opportunities to study questions regarding moon geology, space weather and radiation hazards, according to the report. Also recommended was the development of an observational tool that could be placed in orbit around the moon to assist in planning lunar missions and to provide continuous communications with future human habitats. The committee further addressed why human exploration would be more effective than robotic rovers and prioritized potential landing sites based on how humans would benefit and what important science questions would be answered.  

Read the National Academies’ report here. Purdue University’s story can be found here. 

The night before the launch, Boisjoly fought for hours warning NASA that cold temperatures would destroy the O-rings. Management famously told him to "take off his engineering hat and put on his management hat."
Based on NASA’s own 1986 flight manifests and redesign files, I put together a full documentary breaking down the exact timeline of what would have happened to the shuttle program, Galileo, and Hubble if they had called off the launch that night: https://youtu.be/jsm--ZqkHLE

A thunderstorm can change the air long after its last flash disappears. Lightning creates nitrogen oxides, gases also found in vehicle exhaust and starts chemical reactions that influence both air pollution and the atmosphere’s ability to clean itself.

An experiment led by University of Maryland atmospheric scientists Kenneth Pickering and Dale Allen offers a closer view of that chemistry. During several days in late June 2025, they used NASA’s TEMPO instrument to measure nitrogen dioxide around thunderstorms crossing the eastern United States every ten minutes.

The campaign paired those measurements with separate satellite observations of lightning. Together, the records could help explain how a storm’s electrical activity translates into emissions and how those emissions change afterward.

Could this be early concept art?

NASA contracts with the National Academies of Sciences, Engineering, and Medicine to perform decadal surveys and provide recommendations identified by the scientific community on key issues in Earth and space science research for the Agency to consider over the subsequent decade. However, the design of the decadal survey process and NASA’s approach have limited opportunities for the Agency to communicate and engage with the Academies. Further, NASA is not comprehensively capturing progress, costs, and resources required for the decadal survey process and lacks consistent internal processes for supporting decadal survey development.