Meyer Sound Panther L

The Meyer Sound PANTHER-L is a self-powered, two-way linear line array loudspeaker engineered for applications where coverage distance and control matter most. At its heart sits an all-new long-throw horn with a tightly controlled 80-degree horizontal dispersion pattern, paired with two long-excursion 12-inch woofers and two 3-inch compression drivers to deliver a peak output of 150.5 dB across a 55 Hz–16 kHz operating range. Whether you’re filling a stadium bowl, a large festival main stage, or a wide-aisle house of worship, the PANTHER-L’s computationally optimized horn and unique low-mid transducer placement keep the sound focused precisely where the audience is — and out of places where it isn’t.

What sets the PANTHER-L apart from legacy line arrays is how little it demands of your rig. Built into a premium multi-ply birch enclosure at just 150 lbs (68 kg), each cabinet carries its own power amplifier, eliminating crossover calibration, amp racks, and long speaker cable runs. Inputs are analog and AVB/L-AVC Milan-certified digital as standard, with live telemetry over Ethernet so you can monitor cabinet health and performance from your design software. Weather protection meets the IEC IP55 standard with rain resistance out of the box when mated with Neutrik TOP connectors — no rain hood required — making the PANTHER-L a practical choice for touring, outdoor, and permanent installations alike.

For system designers, the PANTHER-L is built to integrate seamlessly into larger Meyer Sound systems. Its low-frequency response is optimized to pair with the full Meyer Sound LFC subwoofer line, and arrays of four or more units automatically produce a consistent cardioid polar pattern at low frequencies — even when pushed into limiting, with no user settings to dial in. With 0.5°–9° splay options via captive GuideALink rigging and a low idle power draw of just 150 W, the PANTHER-L delivers flagship-level performance with the efficiency, transport cost savings, and sustainability profile that modern production demands.