One Giant Leap

 

June 15, 2006

First Man: The Life of Neil A. Armstrong

By James R. Hansen

Simon and Schuster, 784 pages, $30

For 35 years, astronaut Neil Armstrong shunned those seeking his thoughts about his adventures as the first man on the moon. While other astronauts wrote of their own harrowing moments in space exploration, Armstrong kept his story to himself, as if he could put the genie back into the bottle and elude history. One of only 30 astronauts chosen to fulfill President Kennedy’s pledge to put a man on the moon before the end of the decade, Armstrong saw his role as more practical than iconic. He’s been quoted as saying that he hopes to be remembered as the first engineer on the moon, not the first “spaceman.”

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(click for larger version)

Auburn University professor and former NASA historian James R. Hansen convinced Armstrong to tell his story in First Man: The Life of Neil A. Armstrong. Hansen’s attention to technical aspects—and his knack for making them accessible even to novices—reportedly convinced Armstrong to cooperate. Despite the inclusion of launch trajectories and a jumble of acronyms, Hansen tells a compelling, and often riveting, story that reads like Jules Verne recounting the history of NASA’s lunar reach.

When JFK initiated the moon-flight project, NASA had three different methods under serious consideration. The first was called “Direct Ascent,” an improbable plan which required that a rocket called the Nova, approximately the size of the Empire State Building, be launched to the moon. The remaining rocket stage that would be in lunar orbit before touching down would be as tall as the Washington Monument. If the sheer size of the spacecraft were not cumbersome enough, another problem was how to get the crew down to the surface of the moon from such heights. Direct Ascent was quickly dismissed.

Dr. Wernher von Braun advocated a second procedure called Earth Orbit Rendezvous (EOR). Astronauts would be launched in a rocket separately from the main missile. The spaceships would dock while orbiting Earth and then proceed to the moon. Being much smaller than the Nova, the EOR rocket made return launch more feasible. EOR also included construction of a space station for future lunar missions.

 

 

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Deployment of the U.S. flag by Armstrong and Aldrin was caught by a sixteen-millimeter film camera in the lunar module. (click for larger version)

 

 

To the surprise of many, NASA chose a third option: Lunar Orbit Rendezvous (LOR). Critics said it was too risky for rendezvous to occur in lunar orbit 240,000 miles away from Earth. A rescue would be impossible in the event of an accident. Hansen sums up the cold reality of such a disaster and how it affected the decision-making process: “The specter of dead astronauts sailing around the moon haunted those who were responsible for the Apollo program and made objective evaluation of its merits unusually difficult.” However, LOR required less fuel, and the necessary craft weighed half that of an EOR rocket. Besides, LOR was the only method that could meet JFK’s dream before 1970. “LOR saves two years and two billion dollars,” Armstrong wryly observed.

Armstrong’s close calls are legendary. During the Korean War, he lost eight feet from his wing when his jet clipped the ground on a mission. Armstrong climbed immediately back to 14,000 feet and bailed out. He wrestled control of Gemini VIII as the spaceship was tumbling and spinning in space. When Armstrong manually took control of the lunar module the Eagle upon descent to the moon and steered the craft to a less treacherous landing area with only seconds of fuel remaining, Buck Rogers had indeed become a reality. Armstrong’s unassuming, calm demeanor amazed his peers. Astronaut Alan Bean never forgot his first encounter with that nonchalance after one of Armstrong’s brushes with death. Armstrong was flying the Lunar Landing Training Vehicle (LLTV), a high-risk, wingless contraption that used thruster rockets to propel the craft and was flown at a minimum altitude of 500 feet to ensure proper training procedures. The LLTV began to sway, slowly turning at an angle, out of control.

Hansen writes: “A ground controller radioed Neil to bail out. He activated the ejection seat with only a fractional second of margin. Neil’s parachute opened just before he hit the ground. He wasn’t hurt, but the LLTV was demolished in a fireball.”

 

 

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Professor Armstrong teaching engineering at the University of Cincinnati in 1974. (click for larger version)

 

 

Armstrong immediately returned to the office that he shared with Bean after the mishap. Bean had overheard others discussing the incident, though Armstrong had failed to mention it. “I go back in the office,” Bean explains. “Neil looked up, and I said, ‘I just heard the funniest story!’ Neil said, ‘What?’ I said, ‘I heard you bailed out of the LLTV an hour ago.’ He thought a second and said, ‘Yeah, I did.’ I said, ‘What happened?’ He said, ‘I lost control and had to bail out of the darn thing.’”

Amazingly, NASA never lost an astronaut in orbit in the pre-space shuttle years. First Man recounts the tragedy of the Apollo 1 launch-pad fire, which killed astronauts Gus Grissom, Roger Chaffee, and Ed White. Oddly enough, White lived next door to Armstrong and had helped Neil save his house from a blaze only a year earlier. The Apollo 1 disaster forced NASA to rethink the Apollo space capsule at the insistence of the astronaut corps. The fiery explosion that killed Grissom and the others occurred during a routine ground test in a pure oxygen environment. A spark ignited the cabin instantly. NASA learned from the setback, and from then on, all ground-testing was done in an environment that was 60 percent oxygen and 40 percent nitrogen.

A disconcerting aspect of First Man is Buzz Aldrin’s drama and bitterness in his lobbying to be the first man to step onto the moon. Armstrong reveals for the first time that he had the option of replacing Aldrin as pilot with Jim Lovell, but Armstrong felt that Lovell deserved to command his own Apollo mission (Apollo 13). He stuck with Aldrin, though a soap opera soon developed. Aldrin’s argument had been that the commander always stayed with the spacecraft while the pilot performed spacewalks. Veteran astronaut Gene Cernan recalls:

Buzz had worked himself into a frenzy” about who would step onto the moon first. He came flapping into my office at the Manned Spacecraft Center one day like an angry stork, laden with charts and graphs and statistics, arguing what he considered to be obvious—that he, the lunar module pilot, and not Neil, should be the first down the ladder on Apollo 11 . . . How Neil put up with such nonsense for so long before ordering Buzz to stop making a fool of himself is beyond me.”

 

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Armstrong says he didn’t give much thought to who would be first out of the lunar module. Flight Director Chris Kraft shed some light: “Look, we just knew damn well that the first guy on the moon was going to be a Lindbergh . . . It should be Neil Armstrong . . . Neil is Neil. Calm, quiet, and absolute confidence. We all knew he was the Lindbergh type. He had no ego.” Thus, NASA changed the normal procedure that the commander always stayed with the spacecraft. “[Neil] was the commander, and perhaps it should always have been the commander’s assignment to go first onto the moon,” said Kraft.

For his part, Armstrong took everything in stride without a hint of romanticism. Searching for a quote that would reveal Armstrong’s true thoughts, historian Douglas Brinkley once asked Neil, “As the day clock was ticking for takeoff, would you every night, or most nights, just go out quietly and look at the moon? I mean, did it become something like “‘my goodness?’” To which Neil responded, “No, I never did that.” &

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