Civil Lights

The lighting design for the Martin Luther King Jr. National Memorial commemorates Dr. King's life and illuminates an important moment in American history.

7 MIN READ
To light the statue of Dr. King that emerges from the "Mountain of Despair" the lighting designers chose 150W T6 ceramic metal halide precision spotlights.

Hoachlander Davis Photography

To light the statue of Dr. King that emerges from the "Mountain of Despair" the lighting designers chose 150W T6 ceramic metal halide precision spotlights.


Years in the making, a permanent place now exists in our nation’s capital for the legacy of Dr. Martin Luther King and the civil rights movement. Located on the northwest edge of the Tidal Basin, the memorial site sits directly on axis with both the Jefferson Memorial across the Tidal Basin and with the Lincoln Memorial on the National Mall. This tribute to Dr. King is larger than just the man himself, and also celebrates and commemorates the ideas and goals that he stood for—freedom and justice—goals that are still being fought for today.

The Memorial Foundation was established to oversee this initiative, and in 1999, it launched an international competition to find a design architect, and then selected San Francisco–based Roma Design Group. However, the initial design concept had no lighting, which was problematic because the memorial would be open to the public both during daylight and non-daylight hours. So in February 2007, the foundation approached lighting designer David Mintz. Although the Foundation was aware that Mintz had retired the year before and closed his office, they knew that his experience and expertise from lighting the Lincoln and Jefferson Memorials would serve the project well.

When Mintz had closed his practice, the few remaining projects that required see-through were turned over to lighting designer Randy Burkett. Because of the success of this arrangement, Mintz suggested that Burkett collaborate with him on the MLK project. And that is exactly what they did, developing a straightforward design that is exact yet unfussy, and creates an intimate setting for contemplation and honoring Dr. King’s memory.


The design process involved an elaborate set of reviews with the Foundation, the National Park Service, the Fine Arts Commission, and the Capitol Board among others. Mintz and Burkett presented a number of options to the parties involved before the final lighting design scheme was decided on. Lighting such an important site, knowing that it would carry so much meaning for so many people, was an added pressure. ā€œYou have to detach yourself and say, ā€˜How do I solve what I perceive as being the technical and aesthetic challenges?’ ā€ Burkett asks. ā€œWe wanted the lighting to help reinforce the experience of entering this memorial and to use light to help establish the mood and the atmosphere.ā€

The memorial site is organized into four areas: the forecourt, the Mountain of Despair, the Stone of Hope, and the Inscription Wall. Although one can approach the site from many directions, there is a sort of front ā€œfront-doorā€ entry from along Independence Avenue.


As you enter from the street corner, the court narrows in front of you. During the day, you are surrounded by a flat wash of the gray and creme-colored stone palette. At night, however, the entire site and the progression through the space is made that much more dramatic by the presence of light.


Linear white-light LED fixtures line the underside of a concealed cove in the retaining wall along the forecourt walkway. The minimal amount of illumination provides just enough light on the path surface to signal that one is about to enter a special place. The forecourt leads visitors to the obliquely lit ā€œMountain of Despair,ā€ a masonry portal which serves as the principal threshold to the main feature of the site—the ā€œStone of Hope.ā€ As you walk through the darker portal and continue your progression toward this massive block of granite and the tidal basin, along with a greater sense of more available light, you then turn back and discover the figure of Dr. King emerging from the solid mass. From this vantage point one understands that this ā€œStone of Hopeā€ has emerged from the ā€œMountain of Despair.ā€

To light the silhouette of Dr. King as he looks out on the Tidal Basin and across to the Jefferson Memorial—as if he were on a stage—the lighting designers chose 150W T6 ceramic metal halide precision floodlights. The fixtures are mounted on two 45-foot-tall poles, one to each side of the sculpture, and include custom glare-shielding, and spread lenses and neutral density filters to optimize the beam distribution and light intensity. The decision to use a floodlight strategy came about after a number of mock-ups both off- and on-site. In order to render achieve the kind of facial expressions and definition of shadows that they wanted, the lighting designers knew that they had to set the light at a higher perch than the statue itself. Hence the poles, which are nestled into the cherry tree groves along the site. And while they are not completely invisible, they do not draw attention to themselves.


After the experience of viewing the statue of Dr. King, visitors see this element in the larger context of the memorial and the long curving Inscription Wall that serves as the backdrop to the entire site. To the east side of Dr. King’s statue, the angled Inscription Wall runs 235 feet; to the west side, it runs 190 feet. The height of the wall varies from just over 4-feet-tall at some points along the site to almost 12-feet-tall at other locations.

Embedded in the walls are 14 hand-carved inscriptions with quotations from Dr. King’s speeches from 1955 to 1968 on the subjects of justice, democracy, hope, and love. Here, it was important to provide a wash of light on the stone surface but with enough illumination so that the quotations could be read, given the dimensionality of the chiseled cuts of the letters. Burkett and Mintz decided on a T5HO asymmetric luminaire concealed in an in-ground trough along the base of the wall. The lighting designers worked closely with the manufacturer, The Lighting Quotient, as they did with all of the selected manufacturers, to refine the fixture details for an absolutely perfect fit and best illumination appearance.


Whereas the Jefferson and Lincoln Memorials are all about lighting a statue within a structure, the Martin Luther King Jr. Memorial had a different goal. ā€œIt’s not a memorial about the man per se,ā€ Mintz says, ā€œeven though that is what it is called, but its really about the ideas. The lighting is careful not too be too overpowering.ā€

Designed and constructed from 1939 to 1943, the Jefferson Memorial, on the south edge of the Tidal Basin, officially opened to the public in 1943. The original design contained no provisions for exterior lighting and it was not until the late ’60s and early ’70s that an exterior lighting design was implemented under the guidance of lighting designer Sylvan R. Shemitz. Shemitz’s solution, completed in 1973, called for combining colored key and fill light to enhance the Memorial at night using a combination of high-wattage incandescent and high-pressure sodium lamps. Fast-forward to 2001—the 200th anniversary of Jefferson’s inauguration—and the 1970s sources, while appropriate at the time, no longer met energy and maintenance requirements. Lighting designer David Mintz was asked to relight the Memorial, and did so using a combination of metal halide, ceramic metal halide, and induction-lamp technologies that allowed for close to 80 percent energy savings. In the last few years, the lighting has been upgraded again incorporating LED technology for additional cost savings.

Details

Project: Martin Luther King Jr. National Memorial, Washington, D.C.
Client: The Martin Luther King Jr. Memorial Project Foundation, Washington, D.C.
Owner: The National Park Service, Washington, D.C.
Architect of Record and Construction Manager: McKissack & McKissack, Washington, D.C.
Lighting Designers: David Mintz in association with Randy Burkett Lighting Design, St. Louis, Mo.
General Contractors: Turner Construction Co., Arlington, Va.; Tompkins Builders Inc., Washington, D.C.; and Gilford Corp., Beltsville, Md.
Civil Engineers: Delon Hampton & Associates, Washington, D.C.
Landscape Architect: Oehme, van Sweden & Associates, Washington, D.C.
Structural Engineer: Thorton Tomasetti, Washington, D.C.
M/E/P Engineer: TM/R Engineering, Arlington, Va.
Project Cost: $120 million
Lighting Cost: Not available
Project Size: Four-acre site

Manufacturers/Applications:
Bega
(150W T6 ceramic metal halide precision floodlights fitted with custom glare shielding, spread lenses and neutral density filters to optimize beam distribution and intensity)
Elliptipar, The Lighting Quotient (3500K T5HO asymmetric fluorescent luminaires modified with internal cross-baffles and factory-installed through-wiring, located in a concealed trough at the base of the Inscription wall)
Philips Color Kinetics (LED fixtures along entry plaza)
Winona Lighting (70W PAR ceramic metal halide fixtures in planting areas to highlight trees)

About the Author

Elizabeth Donoff

Elizabeth Donoff is Editor-at-Large of Architectural Lighting (AL). She served as Editor-in-Chief from 2006 to 2017. She joined the editorial team in 2003 and is a leading voice in the lighting community speaking at industry events such as Lightfair and the International Association of Lighting Designers Annual Enlighten Conference, and has twice served as a judge for the Illuminating Engineering Society New York City Section’s (IESNYC) Lumen Award program. In 2009, she received the Brilliance Award from the IESNYC for dedicated service and contribution to the New York City lighting community. Over the past 11 years, under her editorial direction, Architectural Lighting has received a number of prestigious B2B journalism awards. In 2017, Architectural Lighting was a Top Ten Finalist for Magazine of the Year from the American Society of Business Publication Editors' AZBEE Awards. In 2016, Donoff received the Jesse H. Neal Award for her Editor’s Comments in the category of Best Commentary/Blog, and in 2015, AL received a Jesse H. Neal Award for Best Media Brand (Overall Editorial Excellence).Prior to her entry into design journalism, Donoff worked in New York City architectural offices including FXFowle where she was part of the project teams for the Reuters Building at Three Times Square and the New York Times Headquarters. She is a graduate of Bates College in Lewiston, Me., and she earned her Master of Architecture degree from the School of Architecture at Washington University in St. Louis.

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