Like Bezos, I was 4 when the first moon landing occurred. At age 12, my father took me to Washington D.C. to visit our uncle. We toured the National Air and Space Museum and the display on the F-1 was a quarter section of the bell housing reflected in corner mirrors, making it appear full size. Thinking back, it seemed larger than my bedroom. Living near Seattle, I'm thankful that Bezos requested an F-1 for Paul Allen's air museum here. Good job, you folks!
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Thrust Chamber
Image courtesy Bezos Expeditions
On March 20 Jeff Bezos, founder of Amazon.com, announced that he and his privately funded Bezos Expeditions team had successfully retrieved engines that had once launched Apollo astronauts to the moon.
Using remotely operated vehicles to fashion slings around the fragmented F-1 engine components (thrust chamber pictured), crew members recovered enough parts to reconstruct the majority of two engines.
The fragments were recovered from the seafloor at depths of almost three miles (4.8 kilometers). In a statement Bezos thanked NASA, saying, "We're excited to be bringing a couple of your F-1s home."
F-1 engines were the most powerful component of the Saturn V rocket—a Heavy Lift Vehicle specifically developed during the 1960s to carry the weighty payloads of lunar missions. Saturn V was the rocket of choice for the historic Apollo missions and today remains the most powerful rocket to fly successfully. It was last used in 1973 to launch the Skylab space station into Earth orbit.
On each Saturn V rocket, five F-1 engines were designed to burn until their fuel ran out, then to separate from the rocket and fall into the ocean. "We want the hardware to tell its true story," Bezos writes, "including its 5,000-miles-per-hour (8,000 kilometers-per-hour) reentry and subsequent impact with the ocean surface."
In 2012 when the engines were first located with deep-sea sonar off the coast of Cape Canaveral in Florida, Bezos claimed they belonged to the historic Apollo 11 spaceflight. But further study and restoration is needed to confirm the identify of the engines.
Ten Apollo missions—all launched from Kennedy Space Center between 1968 and 1972—used the Saturn V rocket, each with five F-1 engines that plummeted, as planned, into the sea. It is hoped that serial numbers will be able to connect the recovered engines to a specific Apollo mission.
Inspiration
But regardless of which Apollo the engines once launched into space, Bezos hopes they will inspire others: "I was five years old when I watched Apollo 11 unfold on television, and without any doubt it was a big contributor to my passions for science, engineering, and exploration ... NASA is one of the few institutions I know that can inspire five-year-olds ... and with this endeavor, maybe we can inspire a few more youth to invent and explore."
The engines remain the property of NASA, and once restored by the Bezos team, they will be returned to NASA for display to the public, possibly in the Smithsonian's National Air and Space Museum.
The museum houses a number of objects from the Apollo missions, including the Apollo 11 command module Columbia and the space suits worn by Apollo 11 astronauts Michael Collins, Buzz Aldrin, and Neil Armstrong.
Bezos has asked that NASA send the second recovered F-1 engine to the Museum of Flight in his hometown, Seattle.
Of his "incredible adventure" Bezos writes, "Each piece we bring on deck conjures for me the thousands of engineers who worked together back then to do what for all time had been thought surely impossible."
—Lacey Gray
Published March 21, 2013
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Corrosion
Image courtesy Bezos Expeditions
A crew member aboard the Seabed Worker hoses down a gas generator and manifold once belonging to an F-1 engine of a Saturn V rocket. More than four decades of saltwater exposure has corroded the recovered engine component, which will be stabilized and restored before going on display to the public. (Watch a video of the recovery.)
Published March 21, 2013
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Powerhouse
Photograph courtesy NASA
Thirty-six stories tall, Saturn V rockets—one is shown here launching Apollo 15 on July 26, 1971—were the rocket of choice for the Apollo missions of the 1960s and 1970s. Although Saturn V rockets have not been used since the 1973 launch of the Skylab space station, it remains the most powerful rocket to fly successfully.
Published March 21, 2013
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All Five
Photograph by Raul Touzon, National Geographic
Saturn V rockets relied on five F-1 engines—shown here—to propel the weighty payloads of lunar missions into space. According to NASA, the Saturn V was powerful enough to launch ten school buses into Earth orbit or four school buses to the moon.
Published March 21, 2013
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From the Deep
Image courtesy Bezos Expeditions
Members of the Seabed Worker's crew inspect a thrust chamber that may have once helped to propel Apollo 11, the first successful mission to the moon, into space. The engines were recovered off the coast of Cape Canaveral in Florida, at a depth of around 14,000 feet (4,267 meters).
Published March 21, 2013
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Engine Down
Image courtesy Bezos Expeditions
A nozzle from an F-1 engine rests on the ocean floor. Bezos Expeditions used deep-sea sonar to locate the engine components almost three miles (4.8 kilometers) beneath the ocean's surface off the coast of Cape Canaveral.
Published March 21, 2013
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Final Frontier
Image courtesy Bezos Expeditions
Fragments of one of the stage structures from a Saturn V rocket look eerie resting on the ocean floor. The rocket component, located by Bezos Expeditions, is burned and shattered after plummeting to Earth as the rest of the rocket and spacecraft continued into space.
Published March 21, 2013
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See Pictures: World War II-era Fighter Raised From Lake Michigan
Photograph by Scott Olson, Getty Images
Published March 21, 2013
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