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Project

Adirondack Bank Center

The inventive structural design of this multipurpose arena solved a number of challenging design problems and became a model for many later buildings.

Lead Contact

Project Details

Project Partners
Gehron & Seltzer Architects
Owner
Upper Mohawk Valley Memorial Auditorium Authority
Location
Utica, New York
Completion Date
Seating Capacity
5,700
Teams/League
Utica Comets - AHL
The Adirondack Bank Center at the Utica Memorial Auditorium in New York. Doug Kerr/Flickr
Laser scan of the Adirondack Bank Center at the Utica Memorial Auditorium in New York. Thornton Tomasetti
Laser scan of the Adirondack Bank Center at the Utica Memorial Auditorium in New York. Thornton Tomasetti

The predecessor to modern stadium dome designs

The inventive structural design of a 3,815-seat multipurpose arena solved a number of challenging design problems and became a model for many later buildings. Built on a tight sight with poor soil conditions, the arena needed an extremely light roof system. As a result, Lev Zetlin, founder of the firm that became Thornton Tomasetti, designed the first “double-bicycle wheel” cable-suspended roof for the arena.

In 2011, the American Society of Civil Engineers named the Utica Memorial Auditorium as a National Historic Civil Engineering Landmark. Today the facility hosts various sporting events, including hockey and indoor soccer, and concerts and other entertainment.

We provided structural design services to Gilbert L. Seltzer for this arena which opened in 1960.

Highlights

  • Two layers of pre-tensioned cables span between an outer compression ring and a central tension ring. This configuration eliminates flutter and facilitates roof drainage, while the space between layers accommodates lighting and mechanical equipment.
  • The 250-foot clear span also provided a column-free interior with unobstructed views.
  • The entire roof cost less to build than a conventional roof because it could be prefabricated and erected in just a few days.
  • This system was subsequently used in many structures, including Madison Square Garden. It also serves as the basis for modern “cable dome” systems.
  • In 2013, we returned to the auditorium and used our portable 3D laser scanner to create a detailed record of the 54-year-old structure’s condition. We analyzed the structure to discover how the roof interacts with the façade.

Capabilities