Texas High Schools Give Three Cheers for Meyer Sound CQ Loudspeakers
Pasadena High School and Sam Rayburn High School, both located in
Pasadena, Texas, a growing city within the Houston metropolitan area,
recently completed the first top-to-bottom renovations of their
respective auditoriums, two sturdy structures built more than 40 years
ago. In addition to new seating and backstage areas, the two school
auditoriums received extensive wall and ceiling acoustical treatments
and new audio reinforcement systems based around Meyer Sound
self-powered loudspeaker systems.
The main cabinet chosen for both auditoriums was the Meyer Sound CQ-1
wide coverage main loudspeaker. "I didn't have much proscenium space to
work with at either school, so I needed a smaller device," notes Bill
Schuermann, senior design consultant for HFP Acoustical Consultants,
Inc., who oversaw acoustical renovations and sound system design. "The
CQ-1 loudspeakers were a perfect fit, and they also have phenomenal
sound." Israel Grinberg of Houston-based ArcTec Associates, Inc., served
as principal architect for both projects.
The self-powered CQ-1 loudspeaker, originally developed for San
Francisco's War Memorial Opera House, has been installed in premier
performing arts and entertainment venues worldwide, including New York
City's prestigious Carnegie Hall and the Home Depot Center in Los
Angeles.
Two CQ-1 loudspeakers are installed in both the 832-seat auditorium at
Sam Rayburn High School and the 990-seat auditorium at Pasadena High
School, with a CQ-2 narrow coverage main loudspeaker added in the center
of the system at Pasadena High. Both school auditoriums also contain a
Yamaha M7CL digital mixing console, along with Meyer Sound UPM-1P
ultracompact wide coverage loudspeakers for frontfill and a self-powered
USW-1P compact subwoofer.
"These are pretty straightforward systems that give the schools premium
sound at a reasonable cost," says Schuermann. "I've seen a whole lot
more money go into high schools, but here, they opted for quality and
not quantity."