This advanced linear array loudspeaker is defined by its sonic linearity at high, continuous output levels. With exceptional headroom, extremely low distortion, and optimized rigging options, LEO-M forms the nucleus of Meyer Sound’s advanced, next-generation LEO™ array systems, conceived for long-throw applications.

LEO arrays can be augmented with the 1100-LFC low-frequency control element, for low-frequency content, and the MICA® compact high-power curvilinear array loudspeaker, for downfill applications. Entire systems can be driven by Meyer Sound’s Galileo Callisto™ array processor, which provides matrix routing, alignment, and processing for individual array components.

To guarantee optimum performance, LEO array systems must be designed with Meyer Sound’s MAPP Online Pro® acoustical prediction software. The intuitive, cross-platform application accurately predicts coverage patterns, frequency and impulse responses, and maximum peak SPL for LEO array systems, ensuring that systems deliver the required SPL and ideal coverage for the intended audience areas.

LEO-M’s high-frequency section is comprised of two proprietary compression drivers coupled to a constant-directivity horn through a patented REM™ manifold. The manifold’s smooth radiating characteristics afford tight vertical coverage. The low-frequency section includes two long-excursion cone drivers, also proprietary, capable of withstanding high, continuous output levels. Precise phase and magnitude alignment between the low- and high-frequency drivers yields well-behaved horizontal coverage.

Appropriate applications include stadiums and arenas, concert halls, touring sound reinforcement, and large-scale public events.