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john f. kennedy space center brevard county, florida - Environmental ...

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overrun, a series of approach lights begins, ending 1000 feet into the actual runway. Each set of<br />

lights stands 200 feet apart. Prior to the runway, each set is comprised of five, constantly lit,<br />

above-grade fixtures and one additional sequential flasher, placed atop a junction box. Those<br />

within the runway are in-grade fixtures, so as not to hinder the aircraft. There is also a group of<br />

four xenon search lights on each side of the overrun at each end. The painted “15” and “33” at<br />

the <strong>center</strong> of the ends of the runway signal the touchdown locations for commercial aircraft using<br />

the strip. At 2500 feet from each end, there is a pair of large, black rectangles to indicate the<br />

Orbiter touchdown positions. The peripheral placement of these rectangles allows the Orbiter’s<br />

commander to see where to land. All painted features use industry standard paint containing<br />

reflective beads.<br />

Lining each side of the runway is a canal, now used mainly for animal control. These canals were<br />

originally dug to create a flat surface for the runway. Near the <strong>center</strong> of the runway, to the<br />

northeast, is the circa 2005 Air Traffic Control tower, complete with viewing stands for the press<br />

and members of the public. Also in this vicinity is the fire and rescue vehicle building. At the<br />

southeast end of the runway is a 550-foot by 490-foot parking apron. The Mate-Demate Device<br />

sits at the northeast corner of this apron, with the Landing Aids Control Building to its southeast.<br />

There is also an Orbiter Towway for the orbiter to be taken to the Orbiter Processing Facilities.<br />

In addition, numerous other navigation and landing aids lie along the runway. These include the<br />

Tactical Air Navigation (TACAN) system for range and bearing measurements when the Orbiter<br />

is up to 145,000 ft altitude and the Microwave Scanning Beam Landing System (MSBLS) for<br />

more precise guidance signals on slant range, azimuth and elevation when the orbiter is up to<br />

18,000-20,000 ft.<br />

The resource boundary extends from the outer perimeter of the Shuttle Landing Facility<br />

(Runway) approximately 10 feet, which includes the runway, its shoulders and overruns, and<br />

necessary components, such as runway lights, historically required for its functions.<br />

SIGNIFICANCE: The SLF Runway is considered eligible for listing in the NRHP in the<br />

context of the U.S. Space Shuttle Program (1969-2010) under Criterion A in the areas of Space<br />

Exploration and Transportation and under Criterion C in the area of Engineering. Because it has<br />

achieved significance within the past 50 years, Criteria Consideration G applies. In addition to its<br />

individual eligibility, the SLF Runway also is a contributing resource within the SLF Area<br />

Historic District. The period of significance for the SLF Runway is from 1976, the date of its<br />

completed construction, through 2010, the designated end of the Space Shuttle Program. The<br />

Space Shuttle Program is the longest running American <strong>space</strong> program to date. Unlike the<br />

Mercury, Gemini and Apollo programs, the emphasis was on cost effectiveness and reusability, as<br />

well as the construction of a <strong>space</strong>. The SLF Runway is significant as the site where all five<br />

orbiters originally arrived at KSC from their assembly plant in Palmdale, California. It serves as<br />

the main landing site for the Shuttle vehicle, or as a return from landing site when weather or<br />

other issues necessitated the use of Edwards AFB as the landing facility. Under Criterion C, the<br />

SLF Runway was specifically engineered for the <strong>space</strong> shuttle orbiter. The 15,000-foot length of<br />

the runway, excluding the 1,000-foot overruns at each end, was necessary due to the speed, 303<br />

mph, with which the orbiter lands. This length also makes the SLF Runway one of the longest<br />

runways in the world. In addition, the thickness of the runway, 16 inches at the <strong>center</strong> and 15<br />

inches at the sides, is necessary to accommodate the weight of the orbiter. As the primary<br />

landing site for the orbiter, the SLF runway is of exceptional importance to the Space Shuttle<br />

Program, and because it is less than 50 years in age, Criteria Consideration G applies.<br />

INTEGRITY: The SLF Runway maintains a high level of integrity with regards to location,<br />

design, setting, materials, workmanship, feeling and association.

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