On Friday afternoon, the Texas Rangers announced that they would be building a new $1 billion, retractable roof ballpark in the Dallas suburb of Arlington.
The announcement is a surprise for a few reasons. One, there has been no rumors or speculation that the baseball club was looking to build a new home. Two, the Rangers’ current stadium, Globe Life Park in Arlington, only opened in 1994.
The Star-Telegram reports that the $1 billion cost will be split equally between the city and the Rangers, and that the agreement will keep the team in Arlington until 2054. The tax dollars will come from a half-cent sales tax, a 2% hotel occupancy tax, and a 5% car rental tax. The proposal requires voter approval on November 8.
JUST IN: Early renderings of new Rangers ballpark https://t.co/Hu4mxd4Mn3 pic.twitter.com/taBfCz5HQt
— SportsDayDFW (@SportsDayDFW) May 20, 2016
The retractable roof and air conditioning system would be a game-changer for the players and fans. Temperatures in Arlington regularly reach the mid-90s and triple digits during the summer.
Construction on the new park could begin as soon as late 2017, and the rangers may move in before their lease at Globe Life Park expires in 2023.
This fall, construction will begin on the $200 million Texas Live! The seven-acre development will serve the current and proposed ballparks, and it will have 100,000 sf of restaurant, bar, and retail space, 35,000 sf of convention space, and a 300-bed luxury hotel.
Related Stories
Multifamily Housing | Aug 3, 2022
7 tips for designing fitness studios in multifamily housing developments
Cortland’s Karl Smith, aka “Dr Fitness,” offers advice on how to design and operate new and renovated gyms in apartment communities.
Reconstruction & Renovation | Aug 3, 2022
Chicago proposes three options for Soldier Field renovation including domed stadium
The City of Chicago recently announced design concepts for renovations to Soldier Field, the home of the NFL’s Chicago Bears.
Headquarters | Jun 21, 2022
Walmart combines fitness and wellness in associates’ center that’s part of its new Home Office plan
Duda | Paine’s design leads visitors on a “journey.”
Sports and Recreational Facilities | Jun 17, 2022
U. of Georgia football facility expansion provides three floors for high-performance training
A major expansion of the University of Georgia’s football training facility has been completed.
Building Team | Jun 14, 2022
Thinking beyond the stadium: the future of district development
Traditional sports and entertainment venues are fading as teams and entertainment entities strive to move toward more diversified entertainment districts.
Acoustic Panels | Jun 9, 2022
A fitness center renovation in Calgary focuses on tamping the building’s sound and vibration
Bold Interior Design chose as its solution a lighting/acoustical panel combination.
Sports and Recreational Facilities | May 26, 2022
WNBA practice facility will offer training opportunities for female athletes and youth
The Seattle Storm’s Center for Basketball Performance will feature amenities for community youth, including basketball courts, a nutrition center, and strength and conditioning training spaces.
Sports and Recreational Facilities | May 19, 2022
Northern Arizona University opens a new training center for its student athletes
In Flagstaff, Ariz. Northern Arizona University (NAU) has opened its new Student-Athlete High Performance Center.
University Buildings | May 9, 2022
An athletic center accentuates a college’s transformation
Modern design and a student health center distinguish the new addition at The University of Saint Joseph in Connecticut.
Sponsored | BD+C University Course | May 3, 2022
For glass openings, how big is too big?
Advances in glazing materials and glass building systems offer a seemingly unlimited horizon for not only glass performance, but also for the size and extent of these light, transparent forms. Both for enclosures and for indoor environments, novel products and assemblies allow for more glass and less opaque structure—often in places that previously limited their use.