Description
- Martin Audio DX Network System Controllers required when purchasing this loudspeaker
- Controllers include: DX0.4, DX0.6, DX4.0, DX4.0-DANTE
- Coaxial Point Source configuration
- Wide frequency response for quality speech and music reproduction
- 4” (100mm)/1.25” (32mm) voice coil LF driver
- 1” (25mm) polymer diaphragm/0.7” (18mm) exit HF driver
The FP4 is a point-source loudspeaker designed for short-throw distributed systems which require premium sound quality from a miniature enclosure. It delivers exceptional output and performance for its size and is ideal for installations requiring spot and fill coverage where space is limited. With a wide and smooth frequency response, it reproduces both speech and music effortlessly.
Its miniature size and flexible mounting options, including mic stand, make for discreet integration within any setting — from small stages, churches, museums and galleries to theatres, bars and restaurants. Being both portable and surprisingly powerful for its size, it can also be used for corporate AV events and as a fill loudspeaker within a larger sound system. When supplemented by a subwoofer, it is also an excellent choice for a premium background music system in a wide variety of venues.
The FP4 is a two-way passive design featuring a 4” LF driver and a 0.7” exit HF driver with a 1” diameter high-temperature polymer dome. It has an impressive maximum SPL of 108dB peak, and its Coaxial Point Source configuration produces a well-defined, conical 110° dispersion pattern which is perfect for close proximity applications.
Its durable birch plywood enclosure is finished in hardwearing textured paint and incorporates threaded inserts for U-bracket, wall bracket and mic stand mounting. A steel grille with a triple-layer polyester backing presents a discreet, professional appearance, while resisting dust and water ingress to IP54 environmental rating.
FP4 can be powered by iKON amplifiers, or by VIA amplifiers when used with a DX4.0 controller, or alternatively a DX0.4 or DX0.6 controller. FP4 systems can be modelled in 3D using Display 3 design and prediction software
