Meyer Sound JM1p Arrayable Powered Speaker. 8 Available.

The JM-1P arrayable loudspeaker combines Meyer Sound's famed clarity of sound and robust, self-powered performance with our latest breakthroughs in horn design, rigging and loudspeaker control to produce an extremely easy-to-use, highly versatile arrayable loudspeaker system powerful enough to act as a main system, but flexible enough to serve in any number of supporting roles whether horizontal or vertical, flown or stacked.

M-1P is an excellent tool for corporate AV applications desiring a sound system that is simple to set up and use, yet impressively clean and powerful, as well as for distributed systems in sports venues where strict control of dispersion is require

No one can do every job with only a single tool, no matter how useful it is. In sound reinforcement, the vertical line array has found great popularity in recent years for a number of good reasons. But Meyer Sound looks further, so we built a line of great self-powered curvilinear array loudspeakers, and then turned our attention towards the other major tool in the live sound toolbox: horizontal arrays. The introduction of the JM series redefines point source systems and sets the new standard in the 21st century.

The JM-1P arrayable loudspeaker combines Meyer Sound's famed clarity of sound and robust, self-powered performance with our latest breakthroughs in horn design, rigging and loudspeaker control to produce an extremely easy-to-use, highly versatile arrayable loudspeaker system powerful enough to act as a main system, but flexible enough to serve in any number of supporting roles whether horizontal or vertical, flown or stacked. With the level of performance and flexibility, the JM-1P is a wise investment that has a place in every job and on every tour.

Meyer Sound defined the point source array with the classic UPA-1 in 1980, and the self-powered UPA-1P remains one of our top sellers today. With the tremendous technology advances of the last 12 years built into the JM-1P, we are redefining point source systems