The most recommended books on the Apollo program

I love behind-the-scenes stories, and this book excels in that department! Apollo: The Race to the Moon shares everything from the political workings of Apollo to the NASA management hierarchy to a comprehensive look at the engineering required for the U.S. space program. The authors provide a remarkable narrative of the Apollo program based on hours of interviews with NASA administrators, managers, engineers, and mission controllers.

I felt like I personally got to know all these people, who helped achieve one of the greatest feats in human history. The book highlights the creativity, imagination, and genius it took to realize the dream of landing on the moon. 

As a break from the two hardcore technical volumes above, my next pick is a coffee table book stuffed with awesome historical photos and graphics, that tells the story of the Apollo Program in a more straightforward and traditional fashion, but also delves into the politics, the science of what we learned about lunar geology, and so on. There’s no shortage of big glossy Apollo books, but for my money this is the most complete and absorbing, and has all the best pictures. 

Haynes Manuals: they’re not just for cars anymore. Haynes also publishes books dedicated to the technical details of planes you’ll never own or service, and spacecraft you’ll never fly in. They’re detailed, they’re technical, and they’re geek gold. With a million color pictures and cutaway diagrams, and text crammed with comprehensive engineering details, the Haynes' Apollo 13 volume is a perfect companion to my Woods pick, or a great standalone in getting literally beneath the skin of the Apollo spacecraft and seeing exactly how all the moving parts worked. By all means buy the Haynes' Apollo 11 Manual too (I did), but I think this one has the edge in terms of technical depth–and you obviously get the full backstory of this aborted and almost disastrous Lost Moon mission too.

I’ve always wished I could have gone to the moon with the Apollo astronauts. This book is the next best thing!

Image restoration specialist Andy Saunders was able to get access to new digital scans of the original Apollo images, which have been stored in a frozen vault for decades, and with the latest technology and incredibly pain-staking work, has created the highest quality Apollo photographs ever produced. Under-exposed or over-exposed shots are now crystal clear, revealing new details and incredible views of the astronauts, the spacecraft, and the lunar surface.

I love the large, coffee-table-sized book, and it is a must-have for any space enthusiast, historian, or photographer. Simply stunning.

You’ll find a thousand books that tell the Apollo story, describing the missions and the astronauts and the drama, and A Man on the Moon by Andrew Chaikin is most people’s gateway drug. It’s a great book. But being on the technical side myself–and needing all those messy in-depth technical details to get my own book right–I found Woods’ book perfect for delving deep into the scientific and technical ingenuity of the missions, of all the procedures and maneuvers from launch through splashdown, and many other fascinating aspects that other books leave out. If you’ve ever read an Apollo history and wondered: “But how did that really work, how long did it take, what was the process, why did they do it that way?” or even just “Uh, they did what, now?” then this is totally the book for you.

The book interweaves the human story of risk and decision-making and the technological account of successes and failures of onboard computing in the Apollo program. It makes a fascinating comparison with the parallel story of techno-human systems in the Soviet space program explored in my book. While Soviet cosmonauts routinely served as a backup for automatics, American astronauts successfully fought to seize control of their missions from the computer and to perform manually each of the lunar landings.

Margaret and the Moon tells the story of Margaret Hamilton, who wrote the computer code that was key to the US first landing on the moon. The story is full of suspense. Margaret—not the astronauts—is the real hero of the story. But what is best about this book is that it is bursting with curiosity. Margaret wonders, Why are there only DADDY Longlegs? Why aren’t more girls scientists? How big is the moon? And with each of her questions, readers themselves became more and more curious! Isn’t that fabulous?!

When NASA’s manned spaceflight program began, engineers focused on technology to launch men, sustain them in orbit, and eventually take them to the Moon and back. But U.S. Presidents approved the program to improve America’s image, not for scientific purposes. They wanted to counter the successive shocks of the USSR’s first artificial satellite and first person in space. This wasn’t about bragging rights, but to deter emerging nations from choosing communism over democracy. NASA launches welcomed media and US astronauts were sent abroad, guided by the State Department. They gave unscripted speeches, so listeners could relate to them as regular folks. After John Glenn orbited Earth, his Friendship 7 capsule went on tour, drawing 4 million visitors in Bombay alone. Operation Moonglow explains the unspoken politics that drove early NASA.

I enjoyed this book because the authors give much credit to all the Flight Controllers at all the positions including those in the back rooms supporting those in the Mission Operations Control Room.

The book highlights the backgrounds of young ordinary people from “rural America and smokestack towns” who became extraordinary, if not brilliant. They were a band of brothers supporting the first missions to the Moon. 

Eldon Hall led the development of the Apollo Guidance Computer, that one-cubic-foot device with 76kb of memory that navigated, guided, and controlled each of the Apollo spacecraft — the machine that I helped program. His book is both a detailed description of the Apollo computer and a history of its development. The most dramatic chapter chronicles the bold decision to use integrated circuits in the design of the computer — all of the same type, to encourage the vendor to keep making them — although that technology was then anything but reliable.