Louis Armstrong Stadium

Louis Armstrong Stadium is a 14,000-seat tennis stadium at the USTA Billie Jean King National Tennis Center, one of the venues of the US Open. It opened for the 2018 US Open as a replacement for the 1978 stadium of the same name. It is named after jazz musician Louis Armstrong who lived nearby until his death in 1971.

Louis Armstrong Stadium
LocationUSTA Billie Jean King National Tennis Center, Flushing, Queens, New York City
Coordinates40.751085°N 73.845515°W / 40.751085; -73.845515
OwnerUSTA
Capacity14,053[1]
SurfaceDecoTurf
Construction
Opened2018
ArchitectRossetti Architects
Tenants
US Open (USTA) (2018–present)

Features

The stadium has a retractable roof, the largest of its kind among the No. 2 stadiums at Grand Slam venues. At the time of its opening it was the 13th largest tennis venue in the world (based on capacity). It is the first tennis stadium to have a roof and be naturally ventilated.[2] Designers say the terra cotta material contextually relates to the traditional brick buildings on the site while using the material in a new way.[3]

History

Construction

The former Louis Armstrong Stadium was demolished following the 2016 US Open.[4] For the 2017 tournament, while construction was still ongoing on the new stadium, a temporary 8,800-seat stadium was built on the site of the demolished ticket office and East Gate entrance, on Parking Lot B, close to the boardwalk ramp to the subway and LIRR trains.[5]

Opening

The stadium was opened on August 22, 2018, when John and Patrick McEnroe played an exhibition against James Blake and Michael Chang.[6] The first official match was played during the US Open on August 27, 2018, between Simona Halep and Kaia Kanepi. Kanepi won in two sets, which was the first time a WTA No. 1 had ever lost in the first round of the US Open.[7]

gollark: I mean, stars even have natural predators.
gollark: Who even knows. If you stretch the definitions a bit, fire and stars are life.
gollark: I mean, Conway's Game of Life is Turing-complete and has self-replicators, those are "life".
gollark: It could probably exist in basically any with sufficiently... something... rules, given a broad enough definition of "life".
gollark: I read somewhere that if we had four dimensions and similar physics things would be too unstable to work, and two dimensions doesn't really provide enough connectivity to do much, but I don't think you can give much of a meaningful answer beyond "it just is".

References

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