UNI-Dome
History
 The
groundbreaking ceremony for Iowa's only domed stadium occurred
on July 26, 1974, after several years
of fundraising.

Groundbreaking ceremony, July 26, 1974; clockwise,
from lower left,
Mary Louise Peterson, David Sheridan, T. Wayne Davis, Harry
Slife,
Robert Giertz, John Kamerick, Robert Ray. Most
of the money used for construction came from student
fees and from private donations from alumni
and community members. This $7.5 million structure was completed
in 1976.
 The
UNI-Dome, as it is commonly known, is a multi-purpose coliseum
designed by Thorson-Brom-Broshar-Snyder
Architects of Waterloo. For sports, it has an astro-turf
football surface that can be rolled up when not in use; a
removable basketball court; and an all-purpose floor marked
as a running track.


The floor set up for basketball, 1985.
The
Dome is used for concerts, community events such as recreational
and craft shows, and commencement
ceremonies. When the Dome is not in use by the University,
it can be rented for various purposes.

 The
main seating area accommodates over 16,000 people for football
games. Because the crowd must be seated around a
smaller court, potential seating for basketball is much smaller.
The domed roof is made of fiberglass with a teflon coating.
Its inner layer assists with the melting of snow and ice
in the winter. For heavy snows, however, workers must scoop
snow off the roof by hand. The transparent roof permits natural
lighting during the day. Lights are installed and used for
night events. The roof is supported by cables but suspended
by air pressure. It has an electronic monitoring system to
alert officials to any problems and is climate controlled
to allow for year-round use.
The
building has four main concourse level entrances: two on
the east and two on the west. Each is named after a major
contributor to the Dome project. There are also two other
entrances: one on the north and one on the south side. The
north entrance opens into a hallway which leads to the Physical
Education Center.
Three
times in its history the dome encountered major structural
difficulties. On November 9, 1975, a mechanical failure in
the fan system during a thunderstorm resulted in the slow
deflation of the dome. When the fabric began to sag, water
built up in those areas, causing the material to rip. The
roof was reinflated after repairs later that month. Another
strong thunderstorm was the cause of the second deflation
of the Dome. On June 30, 1977, high winds, rain, and a power
failure caused the dome to deflate and later tear. And again,
on December 9, 1994, an accumulation of water from melting
snow and ice on the roof caused the material to tear along
a seam. Strong winds then ripped a triangular hole in the
material, which resulted in deflation.

It
was reinflated December 19, 1994, after a replacement panel
was installed.
Compiled by Susan Witthoft; edited by Gerald L. Peterson
Special Collections and University Archives
July 1996
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