NASA’s most iconic building is 55 years old and just getting started – USA DAILY NEWS

NASA’s most iconic building is 55 years old and just getting started

VAB looks good to me —

“This building is not a monument.”


  • Construction progress of the Vehicle Assembly Building in August 1964.

  • An aerial view in 1964.


    NASA

  • 89,000 metric tons of steel went into the VAB’s construction.


    NASA

  • In 1964, an overall aerial view of “Missile Row,” Cape Kennedy Air Force Station. The view is looking north, with the Vehicle Assembly Building under construction in the upper left-hand corner.


    NASA

  • In 1965, the Last Major Beam was installed and autographed by construction workers, NASA, and Corps of Engineers employees atop the Kennedy Space Center Vertical Assembly Building.


    NASA

  • The VAB during construction in 1965, with the three Mobile Launchers for the Saturn V rocket.

  • In May 1966, an Apollo/Saturn V facilities Test Vehicle and Launch Umbilical Tower atop a crawler-transporter drove from the Vehicle Assembly Building on the way to Pad A.


    NASA

  • The Apollo 4 mission on the Crawler Transporter Vehicle in 1967.


    NASA

  • The S-IC stage being erected for the final assembly of the Saturn V launch vehicle for the Apollo 8 mission.


    NASA

  • And here’s the VAB as it can be seen today.


    NASA

NASA’s Kennedy Space Center is now nearly six decades old—it was formally created on July 1, 1962 as a separate entity from Marshall Space Flight Center in Alabama. Construction began soon after.

At the time, the “Launch Operations Directorate” under Wernher von Braun and his team of German scientists was based at Marshall. But NASA’s leaders realized they would need their own facilities in Florida alongside the Cape Canaveral Air Force Station. So they created a new “Launch Operations Center” on nearby Merritt Island. President Lyndon B. Johnson would rename the facility Kennedy Space Center a week after President John F. Kennedy’s November 1963 assassination in Dallas.

As plans for the Apollo Program developed, NASA also soon realized it would need a large building in which to assemble the Saturn V rocket that would power the Moon landings. Work began on what was then known as the Vertical Assembly Building (VAB), where the big rocket would be stacked in a vertical configuration before rolling out to the launch pad.

The 160-meter-tall building was topped off in 1965 and completed in 1966. Construction photos of the VAB’s development—the building required almost 90,000 metric tons of steel—are as incredible as those of the finished building itself. But NASA officials wanted to make clear at the time that this building was not an end in itself. Rather, it was a means to an end.

“This building is not a monument,” said Kurt Debus, the German rocket scientist who supervised construction of the Florida facilities, in 1965. “It is a tool, if you will, capable of accommodating heavy launch vehicles. So if people are impressed by its bigness, they should be mindful that bigness in this case is a factor of the rocket-powered transportation systems necessary to provide the United States with a broad capability to do whatever is the national purpose in outer space.”

Center Director Kurt Debus speaks at the

Enlarge / Center Director Kurt Debus speaks at the “topping off” ceremonies for the Vehicle Assembly Building in 1965.

NASA

Even before it was completed, the VAB’s name was changed from Vertical to Vehicle Assembly Building because it was felt that the building might well be used for launch vehicles other than the Saturn V. And indeed it would, serving the space shuttle from 1981 to 2011. After returning to Earth, the space plane would roll into the VAB for refurbishment after each mission.

Following the shuttle’s retirement nine years ago, the cavernous building sat empty for a time. But as Debus noted back in 1965, the building was built to serve the nation’s large rockets and would soon be called upon again. The VAB has four high bays, which will be used for various purposes during the coming decade. One will be used to stack NASA’s big Space Launch System rocket, and another is presently in use for Northrop Grumman’s Omega rocket.

The future of both these large rockets is far from certain—each is likely to only exist as long as the government foots the bill (NASA for the SLS rocket, the US Space Force for Omega)—but as rockets come and go, the VAB remains the same.

Listing image by NASA