Meyer Sound MICA (Meyer Intensive Curvilinear Array) is a high-power, compact curvilinear array loudspeaker designed for large-scale touring and fixed installation applications requiring wide horizontal coverage and controlled vertical directivity. As a self-powered system, each MICA enclosure contains dedicated amplification and proprietary signal processing specifically tuned to its transducer components, ensuring optimal performance, reliability, and consistent sound from system to system. The enclosure houses multiple high-frequency compression drivers coupled to a patented curvilinear waveguide that provides a consistent 110-degree horizontal coverage pattern, and long-excursion low-frequency transducers for powerful, articulate bass. This design ensures even sound distribution across wide audience areas.

The array's mechanical and acoustic design allows multiple MICA cabinets to be combined, with their waveguides acoustically coupling to form a coherent source that maintains precise pattern control over the entire audience area. This minimizes unwanted reflections and energy loss, delivering high intelligibility and impact even at long throw distances. Control and optimization are achieved through Meyer Sound's dedicated system optimization platforms, which provide sophisticated preset tuning, alignment, and real-time monitoring for both audio performance and system health. The rugged, trapezoidal enclosure is built with integrated, load-rated rigging hardware for safe and efficient flying or ground-stacking, meeting the rigorous demands of global touring.

The MICA array is a benchmark for large-venue sound reinforcement, chosen for major concert tours, performing arts centers, and prestige installations where sonic accuracy, high output, and reliable, scalable performance are non-negotiable requirements. Its combination of advanced acoustical engineering, integrated power, and comprehensive system control provides audio professionals with a tool capable of delivering pristine, consistent sound in the most challenging acoustic environments.