The Kara modular line source delivers ultimate flexibility to any sound design, with its optional low frequency extension. This active, twoway compact enclosure boasts exceptional throw as well as smooth and wide horizontal directivity

The Kara modular line source delivers ultimate flexibility to any sound design, with its optional low frequency extension. This active, twoway compact enclosure boasts exceptional throw as well as smooth and wide horizontal directivity

The T10 is a passive 2-way loudspeaker housing two 6.5″ drivers positioned in a dipolar arrangement and a 1.4″ HF compression driver and a passive crossover network. The T10 can be used both as a line array and as a high directivity point source loudspeaker. The HF driver is fitted to a unique waveguide horn producing vertical line source directivity with a 90° horizontal pattern that is maintained down to approximately 600 Hz. An acoustic lens placed in front of the horn widens horizontal dispersion to 105°, rotation of the horn by 90° relative to this produces an accurate point source dispersion, transforming a vertically oriented T10 into a stand-alone full range loudspeaker with 90° horizontal and 35° vertical directivity pattern.

The T10 is a passive 2-way loudspeaker housing two 6.5″ drivers positioned in a dipolar arrangement and a 1.4″ HF compression driver and a passive crossover network. The T10 can be used both as a line array and as a high directivity point source loudspeaker. The HF driver is fitted to a unique waveguide horn producing vertical line source directivity with a 90° horizontal pattern that is maintained down to approximately 600 Hz. An acoustic lens placed in front of the horn widens horizontal dispersion to 105°, rotation of the horn by 90° relative to this produces an accurate point source dispersion, transforming a vertically oriented T10 into a stand-alone full range loudspeaker with 90° horizontal and 35° vertical directivity pattern.

The compact, 2-way passive Y7P loudspeaker features two 8” drivers in a dipole arrangement with a 1.4” compression driver mounted onto a rotatable CD horn. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These point source, high performance cabinets offer 75° horizontal directivity controlled down to 500 Hz, matched with a vertical dispersion of 40°.

The compact, 2-way passive Y7P loudspeaker features two 8” drivers in a dipole arrangement with a 1.4” compression driver mounted onto a rotatable CD horn. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These point source, high performance cabinets offer 75° horizontal directivity controlled down to 500 Hz, matched with a vertical dispersion of 40°.

The compact, 2-way passive Y10P loudspeaker features two 8” drivers in a dipole arrangement with a 1.4” compression driver mounted onto a rotatable CD horn. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These point source, high performance cabinets offer 110° horizontal directivity controlled down to 500 Hz, matched with a vertical dispersion of 40°.

The compact, 2-way passive Y10P loudspeaker features two 8” drivers in a dipole arrangement with a 1.4” compression driver mounted onto a rotatable CD horn. Sophisticated horn geometry combined with the advanced bass-reflex port design delivers full bandwidth capabilities with an extended LF output. These point source, high performance cabinets offer 110° horizontal directivity controlled down to 500 Hz, matched with a vertical dispersion of 40°.

The UPA-1P loudspeaker provides high power output, low distortion, and consistent polar response in a compact, vented two-way enclosure. The loudspeaker features a 12-inch cone low-frequency driver and a 3-inch-diaphragm compression driver coupled with a 100-degree horizontal by 40-degree vertical constant-Q horn. The versatile UPA-1P has many sound reinforcement applications, as a main front-of-house loudspeaker in small to mid-sized venues, as a fill loudspeaker in larger systems, and more.

The UPA-1P loudspeaker provides high power output, low distortion, and consistent polar response in a compact, vented two-way enclosure. The loudspeaker features a 12-inch cone low-frequency driver and a 3-inch-diaphragm compression driver coupled with a 100-degree horizontal by 40-degree vertical constant-Q horn. The versatile UPA-1P has many sound reinforcement applications, as a main front-of-house loudspeaker in small to mid-sized venues, as a fill loudspeaker in larger systems, and more.

By producing flat amplitude and phase responses, full-range bandwidth and exceptional impulse response, the UM-1P far exceeds the capabilities of conventional stage monitors. The UM-1P provides 133 dB SPL peak at 1 meter with excellent intelligibility and without distortion or coloration.

By producing flat amplitude and phase responses, full-range bandwidth and exceptional impulse response, the UM-1P far exceeds the capabilities of conventional stage monitors. The UM-1P provides 133 dB SPL peak at 1 meter with excellent intelligibility and without distortion or coloration.

The Meyer Sound 650-P is a high-powered subwoofer for sound reinforcement applications. The 650-P provides extended low-frequency power bandwidth, handling high continuous operating levels and extreme transient information with minimal distortion and response extending to 28 Hz.

The Meyer Sound 650-P is a high-powered subwoofer for sound reinforcement applications. The 650-P provides extended low-frequency power bandwidth, handling high continuous operating levels and extreme transient information with minimal distortion and response extending to 28 Hz.

The Meyer Sound MSL-4 is a high-Q, arrayable loudspeaker designed for a wide variety of medium- to long-throw applications. The MSL-4’s tightly defined coverage pattern allows seamless integration into array clusters, which may be tight-packed for long throw or splayed for broader coverage.

The Meyer Sound MSL-4 is a high-Q, arrayable loudspeaker designed for a wide variety of medium- to long-throw applications. The MSL-4’s tightly defined coverage pattern allows seamless integration into array clusters, which may be tight-packed for long throw or splayed for broader coverage.

The M4 is a 2-way high performance stage monitor employing an integrated 15” LF and 1.3” exit horn loaded HF coaxial driver design that utilizes neodymium magnets. The constant directivity dispersion of 50° x 70° (h x v), which this unique horn provides, delivers an accurately defined coverage area on stage. The M4 can also be operated in 2-Way Active mode.

The M4 is a 2-way high performance stage monitor employing an integrated 15” LF and 1.3” exit horn loaded HF coaxial driver design that utilizes neodymium magnets. The constant directivity dispersion of 50° x 70° (h x v), which this unique horn provides, delivers an accurately defined coverage area on stage. The M4 can also be operated in 2-Way Active mode.

The V-SUB is an actively driven high performance cardioid subwoofer powered by a single amplifier channel. The V-SUB features integrated rigging equipment. It houses two long excursion neodymium drivers, an 18″ driver in a bass-reflex design facing to the front and a 12″ driver in a two chamber bandpass design radiating to the rear. The cardioid dispersion pattern resulting from this approach avoids unwanted energy behind the system that reduces the reverberant field at low frequencies and provides the greatest accuracy of low frequency reproduction.

The V-SUB is an actively driven high performance cardioid subwoofer powered by a single amplifier channel. The V-SUB features integrated rigging equipment. It houses two long excursion neodymium drivers, an 18″ driver in a bass-reflex design facing to the front and a 12″ driver in a two chamber bandpass design radiating to the rear. The cardioid dispersion pattern resulting from this approach avoids unwanted energy behind the system that reduces the reverberant field at low frequencies and provides the greatest accuracy of low frequency reproduction.