About the Bose Professional RoomMatch RMXLNG Long Extender Bars Left & Right
The Bose RoomMatch RMXLNG Long Extender Bars are specialized structural components designed for the RoomMatch array loudspeaker system. They are used to create a left and right pair of extended array frames, enabling the suspension of larger configurations of RoomMatch modular loudspeakers. These extender bars are essential for constructing very tall, continuous line arrays required to cover deep or vertically extensive audience areas in large venues such as concert halls, performing arts centers, and major houses of worship. Their primary function is mechanical, providing a rigid, engineered backbone that safely supports the weight of multiple speaker cabinets while maintaining precise alignment for optimal acoustic performance.
Constructed from high-strength steel or aluminum alloy, the extender bars are built to meet rigorous touring and permanent installation safety standards. They feature integrated rigging points that interface with Bose's dedicated array hardware, allowing for secure, ground-stackable, or flyable array configurations. The "Left" and "Right" designation indicates a handed design, ensuring that the rigging hardware and cabinet attachment points are oriented correctly for the respective side of the stage, facilitating faster and safer assembly. Proper use of these bars is critical for achieving the intended vertical splay angles and seamless acoustic coupling between cabinets.
By enabling the assembly of larger arrays, the RMXLNG extender bars allow system designers to tailor the vertical coverage pattern precisely to the venue's geometry. This results in more consistent sound pressure levels from the front to the back of the audience and improved control over vertical dispersion, minimizing energy wasted on ceilings or empty space. These components exemplify the modular and scalable design philosophy of the RoomMatch system, providing the physical infrastructure needed to build powerful, coherent sound systems for the most demanding large-scale applications.