LD Systems MON 12 A G3 - 12" Active Coaxial Sta...

LD Systems MON 12 A G3 – 12" Active Coaxial Stage Monitor The MON 12 A G3 is part of a newly developed series of active stage monitors from LD Systems, designed for high performance and professional applications. Thanks to advanced technology and high-quality materials, the MON G3 series offers quality previously reserved for high-end monitors. Product Features The monitor is equipped with an advanced coaxial speaker with an integrated CD horn providing a 50° x 90° coverage pattern, creating the acoustic ideal of a true point source. This design ensures excellent sound reproduction even at short listening distances. It also includes 4 application presets, a 3-band EQ, and a Notch filter. Versatility and Modern Construction The MON 12 A G3 combines compact dimensions with high power. It features a Class D amplifier with 300 W RMS (1200 W Peak) and a 12" woofer with a 2.5" voice coil, reaching a peak SPL of 127 dB. Its frequency response ranges from 68 Hz to 18 kHz (-3 dB), making it a versatile tool on any stage. Product Applications Thanks to its 50° x 90° dispersion geometry in monitor mode and 90° x 50° in FOH applications, the MON 12 A G3 fits a wide range of uses – from stage monitoring to distributed PA systems. Detailed Technical Specifications Type: Active stage monitor Power RMS: 300 W Peak Power: 1200 W Frequency Response: 68 – 18000 Hz (-3 dB), 55 – 20000 Hz (-10 dB) Max SPL (Peak): 127 dB Dispersion Angle: 50° x 90° Crossover Frequency: 1400 Hz Features: Notch filter, 4 presets, delay, 3-band EQ Materials and Construction The enclosure is made of durable birch plywood with a polyurethane coating. The MON 12 A G3 includes PowerCON-compatible power inputs and loop-through audio connections, ideal for multiple monitor setups. What's in the Box Included: LD Systems MON 12 A G3 monitor, user manual. Conclusion The LD Systems MON 12 A G3 is a perfect solution for musicians, audio engineers, and stage techs who demand premium sound, rugged design, and flexibility for both stage monitoring and FOH applications.