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Apollo 11: How ‘dumb luck’ saved iconic Moon photos from being destroyed

By James Rogers | Fox News

The Apollo 11 Moon landing produced some of the most iconic photographs ever taken. However, a processing glitch in Houston when the films were returned to Earth nearly caused a “photographic catastrophe” of truly epic proportions.

“One of the 20th century’s defining moments was almost lost to posterity,” explains Zeiss, the company that provided camera lenses for Apollo 11, on its website. The Apollo 11 images, it adds, arrived in Houston shortly after the crew’s return from the Moon.

“However, before the moon photos were developed, the processing equipment was checked one more time with a test film,” Zeiss said. During this inspection the film processor suddenly started leaking ethylene oxide, destroying the test film.

“This turned out to be a blessing: thanks to this final test, the development team quickly fixed the defect and could successfully develop the images of the first Moon landing,” the lens maker explained. “The photographs taken during the moon missions were published around the world and made history.”

In this July 20, 1969 photo made available by NASA, astronaut Buzz Aldrin, lunar module pilot, walks on the surface of the moon during the Apollo 11 extravehicular activity.

In this July 20, 1969 photo made available by NASA, astronaut Buzz Aldrin, lunar module pilot, walks on the surface of the moon during the Apollo 11 extravehicular activity. (Neil Armstrong/NASA via AP)

It is not clear how many Apollo 11 photos would have been impacted if the ethylene oxide had leaked onto actual film from the mission. A vast array of photographs was captured during the historic mission. These include Neil Armstrong’s iconic shot of Buzz Aldrin on the lunar surface, with the Apollo 11 mission commander reflected in Aldrin’s visor, and also the famous image of Aldrin’s boot print.

“The orbital and surface lunar photographs obtained during Apollo 11 the Apollo 11 mission were of good quality, resolution, and contrast,” explained NASA, in a report released in 1970. This included 1,359 frames of 70-mm photography and 17 pairs of lunar surface stereoscopic photographs.

Neither NASA nor Kodak, which provided film for Apollo 11, was able to shed any light on the incident when contacted by Fox News.

Buzz Aldrin's footprint on the lunar surface. (NASA)

Buzz Aldrin’s footprint on the lunar surface. (NASA)

However, in Billy Watkins’ book “Apollo Moon Missions: The Unsung Heroes,” Richard Underwood, NASA’s chief of photography during the Apollo 11 mission, described how the ethylene oxide had leaked onto the test film and melted it.

“The spacecraft was about to splashdown, and we were running through one final test on the film processor, which had been checked hundreds of times before,” he said.

“It was just pure dumb luck that we decided to do one more test on that processor. Had Armstrong’s film been put in there without that last test, it would’ve eaten it up,” Underwood added. “It would’ve been the greatest photographic catastrophe in the history of the planet.”

A stainless steel cover, he explained, was built to prevent any future leaks on the precious film.

July 20, 2019 marked the 50th anniversary of the Apollo 11 Moon landing.

Follow James Rogers on Twitter @jamesjrogers

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Israel’s Moon Program

SpaceIL: Israel’s race to the moon  ‘If you will it, it is no dream’


February 19, 2013

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The challenge is to become the first team to successfully launch, fly and land an unmanned spacecraft on the Moon. Photo courtesy SpaceIL

The challenge is to become the first team to successfully launch, fly and land an unmanned spacecraft on the Moon. Photo courtesy SpaceIL

One day in 2015, a small Israeli spacecraft will land on and reconnoiter the moon, joining the United States and former Soviet Union in the world’s most exclusive extraterrestrial club.

That vision is not fantasy or chauvinistic braggadocio, but the sober prediction of Israel’s most experienced engineers and space scientists.

According to the leaders of the SpaceIL (for Israel) project, the unmanned micro-spaceship will pack more instrumentation into a smaller and lighter capsule than ever achieved before.

During a visit to Los Angeles in mid-February, Yariv Bash, founder and CEO of SpaceIL, and Ronna Rubinstein, the chief of staff, outlined the genesis, scope and anticipated impact of the moon mission.

In late 2010, Bash heard about the Google Lunar X competition, which offered awards up to $30 million for the first team to land a robotic craft on the moon that would perform several complex missions. For one, the craft had to move 500 meters (1,640 feet) from its landing site to explore the moon’s surface – or send out a search vehicle to do so – and beam high-definition videos back to earth.

Bash, an electronics and computer engineer, said that SpaceIL will traverse the distance in one spectacular jump. SpaceIL, by the way, is only an interim name and when the time comes will be replaced with an official designation.

Initial names suggested by the project staff include Golda, for the former Israeli prime minister, Ramon, for Israeli astronaut Ilan Ramon, who perished in the Columbia shuttle disaster, and Hatikvah, Hebrew for “hope” and the title of the Israeli national anthem.

As soon as Bash absorbed the details of the Google competition, he posted one sentence on Facebook, asking, “Who is coming with me to the moon?” Among the first respondents was Rubinstein, a lawyer who now oversees the project’s organization, marketing and fundraising.

The total estimated cost for the project will be $30 million, of which $20 million has been raised so far, primarily from industry and private contributors. The Israeli government has allotted funds for 10 percent of the total cost, the maximum a government can put up under the contest rules.


Israeli President Shimon Peres visits SpaceIL. Photo courtesy SpaceIL

According to Israeli statistics, the government money will be well spent, since for every $1 invested in Israel’s 10 satellites and other high-tech research, $7 are returned in civilian and commercial applications.

The prize for the winning entry is $20 million, with another $10 million available in bonus prizes for accomplishing different aspects of the mission.

But it’s not the prize money that is driving the 11 full-time staff members and some 300 professionals who are volunteering their services evenings and weekends, after finishing their regular day jobs. In any case, any money won will go to schools to enhance math and technology programs.

“What counts for us is the impact the moon landing will have on Israelis and Jews around the world, to show what Israel is and what it can do,” Bash said.

Most important is to instill both pride and scientific curiosity in Israeli youngsters, Bash added. Together with the Weizmann Institute of Science, the project has launched a nationwide program of high school visits, which so far has involved 27,000 students.

Plans also call for lectures and exhibits in Diaspora communities, and Bash and Rubinstein will address a plenary session at the AIPAC Policy Conference in Washington, DC during the first week of March.

Other key partners in the project are Israel Aerospace Industries, Tel Aviv University, Technion, Israeli Space Agency, Ramon Foundation and private companies like Rafael and Bezeq.

The Israeli spacecraft, whatever its final name, will compete against 24 other entries, of which 11 will be launched by various U.S. teams. Other competitors will come mainly from Europe and some from South American countries, but none from China, or, for that matter, Iran.

Early favorites are entries from the United States, Israel and Spain, Bash said.

Israel’s main strength, he noted, “lies in its nano-miniaturized technology, and SpaceIL will be the smallest craft ever sent into space.”

At liftoff, it will weigh 120 kilograms (264 pounds), but on landing, after burning off its fuel, it will weigh less than 40 kilograms (88 pounds). To get into orbit, SpaceIL will piggyback onto a commercial rocket, either American or Russian, at a cost of between $3 million to $5 million.

To Israelis watching the moon landing from 239,000 miles away, “it will be the most exciting reality show of all,” Bash hopes.

The impact on Israelis, especially young people, would be similar to that created in 1969 by astronaut Neil Armstrong as he descended from the Apollo spacecraft to the moon’s surface, proclaiming, “That’s one step for man, one giant leap for mankind.”

Israeli supporters of SpaceIL already have their own inspirational motto, taken from Theodor Herzl’s words as he prophesized the future creation of a Jewish state.

“Im Tirzu Ein Zo Agada” – “If you will it, it is no dream.”

For additional information, visit www.spaceil.com.

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