Flyhouse was recently featured in the Entertainment Technician Certification Program (ETCP) Industry News section of the spring 2017 newsletter. Our projects at Chesapeake Energy Arena and Shirley Ryan Ability Lab received mention.
The Motor City. Birthplace of Motown. Home to the only floating Post Office in the U.S. Call it what you want, but Flyhouse is setting up shop for a few months in Detroit for a new arena project.
The Little Caesar’s Arena, scheduled to open September 2017, will serve as the new home of the Detroit Red Wings, Detroit Pistons, and other entertainment events.
By the time the puck drops for the Red Wings, Flyhouse will have installed over 100,000 square feet of horizontal and vertical acoustical lapendary panels along with the upper masking, half-house, and blackout curtains for the entire arena.
(Photo Credit: Olympia Entertainment)
After breaking ground at the turn of the century, Chesapeake Energy Arena opened its doors to the public in 2002.
The 586,000-square foot arena is currently home to the NBA Oklahoma City Thunder and hosts numerous events throughout the year including concerts and other sporting events like NCAA Basketball.
The Chesapeake Energy Arena has received a reputation as being one of the loudest arenas in the NBA due to their fan base and rise as an NBA powerhouse by reaching the finals vs. the Miami Heat in 2012. The first game of this match-up created an arena where fans created a noise level of 109 decibels or the equivalent of a live rock music concert.
When your fans can get that loud (and probably even louder), you want to make sure the sound quality in your arena is perfect.
Chicago Flyhouse installed nearly 88,000 square feet of acoustic lapendary panels on the ceiling of the arena that is made up of 2,100 tons of steel. The CMA Acoustical Baffles used for the project were 2” thick with a 1.5# density. Flyhouse custom-engineered brackets were fabricated in the shop to connect the baffles to the ceiling trusses and beams.
Routinely acoustical baffling panels are fully assembled, and shipped directly to an installation location, this project required panels to be assembled on-site due to the panels overall size not being standard.
The perimeter of the bowl also required vertical acoustic panels to be installed. The 9,600 square feet of these panels were installed edge-to-edge with the bottom edge of the panels being retained at the wall with perforated angle iron.
The installation of both sets of panels required the use of a 135’ and 150’ boom lift to reach the areas where the panels would hang. There were a few areas in which the lifts were unable to access requiring a custom-built Flyhouse temporary access solution to be used in reaching areas where the lift couldn’t.
With no unexpected delays throughout the project, Flyhouse worked around previously scheduled events to complete the installation by the deadline so fans could continue to enjoy the arena.
Before the first whistle blew at the new home of the University of Mississippi Rebel basketball teams, preparation to complete The Pavilion at Ole Miss was well underway after ground was broken in 2014.
The $96.5 million, 225,000 square foot multipurpose arena is able to seat 9,500 screaming fans during every game and is home to the largest center-hung video display board (2,400 square foot) in college sports.
As part of the overall construction of the facility, Chicago Flyhouse was called in to install an acoustical baffle system across the entire arena to provide effective sound absorption quality; the installed area required nearly 16,000 square feet of vertical baffles and 50,000 square feet of horizontal baffles. Track and carriers for blackout curtains along with a temporary half house curtain system were also part of the installation project.
To gain access to the installation area, the boom lifts had to maneuver through the lower rigging steel of the entire arena which was a much smaller area than the average installation space for acoustical baffles. This meant instead of the lift boom easily swinging a large swath of area throughout the process, it needed to be lowered down after a few panels were installed and brought back up to the next section.
Even through this small challenge, Flyhouse was able to complete the project and have it ready for the first game of the year.