The QX118 is the companion subwoofer for QX Series loudspeakers. This compact unit features advanced, high power drivers producing an exceptional amount of output. KEY FEATURES High output, bi-amplified, 3-way performance Premium pattern control Ultra-efficient co-axial MF/HF transducer Two pairs (horizontal and vertical) of phase aligned neodymium 12-in […]
90° x 60° dispersion The new QX Series is the optimal solution for installed system applications that require precise directivity in a powerful low-profile form. The QX596 is a 90° x 60° full-range, three-way loudspeaker ideal for applications including houses of worship, arenas, outdoor stadiums, performing arts venues, theaters and […]
90° x 45° dispersion The new QX Series is the optimal solution for installed system applications that require precise directivity in a powerful low-profile form. The QX594 is a 90° x 45° full-range, three-way loudspeaker ideal for applications including houses of worship, arenas, outdoor stadiums, performing arts venues, theaters and […]
60° x 60° dispersion The new QX Series is the optimal solution for installed system applications that require precise directivity in a powerful low-profile form. The QX566 is a 60° x 60° full-range, three-way loudspeaker ideal for applications including houses of worship, arenas, outdoor stadiums, performing arts venues, theaters and […]
60° x 45° dispersion The new QX Series is the optimal solution for installed system applications that require precise directivity in a powerful low-profile form. The QX564 is a 60° x 45° full-range, three-way loudspeaker ideal for applications including houses of worship, arenas, outdoor stadiums, performing arts venues, theaters and […]
45° x 45° dispersion The new QX Series is the optimal solution for installed system applications that require precise directivity in a powerful low-profile form. The QX544 is a 45° x 45° full-range, three-way loudspeaker ideal for applications including houses of worship, arenas, outdoor stadiums, performing arts venues, theaters and […]
