The X3-DF is a powerful, two-way bi-amplified horn-loaded enclosure, designed for dedicated downfill use underneath X3 arrays. The X3-DF utilises the same HF and MF horn designs as the main X3 enclosure, creating a line source which matches the X3 in both coverage angle and output SPL. The baffle of the X3-DF is set at the optimum angle to allow X3-DF enclosures to integrate with the main X3 array when used in a downfill role. The result is seamless vertical coverage across the whole array from a compact and lightweight package. As with the X3, midrange frequencies are handled by an 8” (203mm) neodymium drive unit, loaded via a cylindrical phase plug onto an exponential/hyperbolic horn. High frequencies are handled by the same 6-wide array of 1” (25mm) exit neodymium compression drive units, forming a line source for extremely predictable coverage and seamless array integration. Due to the highly predictable horizontal dispersion pattern, X3-DF enclosures tight-pack just like X3 enclosures. In this way, X3-DF enclosures simply extend the vertical coverage of each X3 enclosure within an array to approximately 70 degrees. The optimised baffle angle means the divide between enclosures simply disappears, creating one seamless array in both horizontal and vertical planes. The enclosure is constructed from 15mm (5/8”) multi-laminate Birch plywood - rebated, screwed and glued together for maximum strength. All fixings are stainless steel for longevity. The enclosure is finished in black textured paint as standard, however RAL colour matching and weather protection options are available. The enclosure is fitted with a keyhole rigging system which interfaces directly with the hardware on the underside of X3 enclosures - for swift, safe and aesthetically pleasing array assembly. Two steel bar handles and two flush handles are provided on the sides for positioning the X3-DF underneath the X3 arrays. Connections are made via a pair of NL4 connectors for input and enclosure link. The X3-DF requires an external DSP active crossover unit, and two amplifier channels - one each for MF and HF. These amplifiers should be capable of delivering a minimum of 400W and 600W program respectively into an 8 ohm load. For optimal results, either the DQ Series Advanced System Amplifiers, or the AQ-10 amplifier combined with a DSC48 processor should be used.