David Koch Theater, Lincoln Center
20 Lincoln Center Plaza, New York, NY 10023The Space
The David H. Koch Theater, situated in the Lincoln Square neighborhood of Manhattan at Lincoln Center, is a premier venue for ballet and dance. Originally known as the New York State Theater, it has been the home of the New York City Ballet since it opened its doors in 1964. Additionally, it serves as a secondary venue for the American Ballet Theatre during the fall and was the home of the New York City Opera from 1964 until 2011. Located on the south side of Lincoln Center’s main plaza, the theater stands across from David Geffen Hall, near the intersection of 63rd Street and Columbus Avenue.
The Project
In this $5,000,000 project, The WBG worked alongside three different trades, iron workers, carpenters, and stagehands, to implement the client’s vision. Over 24 months, The WBG oversaw all trades and provided a fixed estimate for the entire job, which included an order of over 3,500 radiused, bolted down chairs.
Aside from the large number of fixed chairs, the David H. Koch Theater also required a tremendous amount of custom millwork. The WBG was able to provide a fixed estimate that was much lower than any of the other FF&E procurement companies. Not only that, but through meticulous sourcing and the leveraging of existing relationships, The WBG was able to complete the project under the estimated budget.
The David H. Koch Theater project highlights The WBG’s ability to work with multiple trades when needed and meticulous attention to detail.
The WBG Difference
For more than thirty years, The WBG has refined a procurement system for Furniture, Fixtures, and Equipment (FF&E) that consistently achieves exceptional results, frequently coming in under budget. This success is primarily due to our established relationships with vendors around the globe, allowing us to obtain both standard and custom products at lower costs. Our vast experience enables us to anticipate and address potential challenges early, ensuring seamless project execution with minimal delays.