The roof panels span between 530 - 560 feet over the playing field, at heights ranging from 128 feet in deep right-center to 210 feet over second base. The upper panel or one of the lower panels can be separately repositioned to create a kind of moving sunshade for the seating and playing field below–good budgetary stewardship, as well as good engineering. Furthermore, the ability to reconfigure the panels permits some shading below. It also reduced construction costs by some $5 million. This prevents pressure buildup from high winds. Instead of sealing the panels, the design provides space between the upper and lower panels. When fully open, the two lower panels nest under the larger upper panel at one end of the stadium. The roof’s three panels operate independently of each other. Both stadium and roof are unlike anything else in Major League Baseball. We engineered this latest generation of retractable roofs to be hurricane resistant, energy efficient to operate, and to give a thoroughly modern, dispensable cap to a thoroughly modern ballpark. Marlins Park is Walter P Moore’s sixth retractable roof stadium, and our second one, after Houston’s Minute Maid Park, for Major League Baseball. Miami is a forward-looking city… I’d like to see us build a great, contemporary building.” Between the architecture and engineering, Loria, the Marlins, and Miami got this and more.
In challenging the design and engineering team to create something fitting the South Florida aesthetic, Loria stressed, “No retro. Furthermore, owner Jerry Loria wanted a building with LEED-standard sustainability, as well as one that did not use a nostalgic motif. And since serious baseball fans like their games in the open air, the roof had to be retractable.
Their first home, Sun Life Stadium (aka, The Orange Bowl) had been designed primarily for use in the fall and winter – football weather. Its sweltering summer heat, frequent rain, and the occasional hurricane dictated a roof over the Florida Marlins’ new stadium. Largest retractable roof in major league sports (7.7 acres).
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Sustainable landscape measures include drought tolerant and native plant materials, plus a high-efficiency drip irrigation system.Services: Structural Engineering, Retractable Roofįirsts: 1st LEED Gold-certified stadium in MLB The 1.79-acre sloping site has several major landscaping features, including an entry plaza with a grand staircase leading down from the street, a courtyard that provides breakout space for the multipurpose room and a sunken courtyard.
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Passive solar strategies were applied to window locations: North-facing windows are maximized to let in natural light, south-facing windows are shielded with horizontal sunshades and glazing on the east and west was kept to a minimum. A prime example of this effort can be seen in the design of the auditorium, where a thick concrete shell is buried into the site and covered with a vegetated roof that insulates the building from solar heat gain and minimizes the demand on its HVAC system. To achieve LEED Gold, the team took an aggressive approach to sustainable design. The second through fifth floors house the project suites and the sixth floor is devoted to executive offices.
Additional gathering space is located in the basement where a 2,900-square-foot multipurpose room can be divided into two rooms. The expansive ground floor lobby is finished with metal wall panels and a stone floor that leads to a nearly 8,000-square-foot, 428-seat auditorium. Each project suite has access to shared support spaces that include conference rooms, copy rooms, break areas and restrooms. The building has 20 “project suites,” each of which accommodates a single team of 25 to 75 people and includes workstations, private offices and a war room-a large conference room with audio-visual capabilities that supports team collaboration. Interior spaces were designed to be flexible so JPL teams can assemble as required for different scenarios. The sustainably-designed project was not only the second LEED-certified building completed for NASA, but also its first project to achieve LEED Gold certification. NASA’s Jet Propulsion Laboratory (JPL) Flight Projects Center is a six-story, 195,000-square-foot facility that expands the campus and provides state-of-the-art workspace for JPL teams. State-of-the-art research facility becomes NASA’s first LEED Gold-certified project
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