EAW Horizontal U-Bracket QX (Black)

Horizontal U-bracket for QX Series speakers in black finish
The EAW UBKT-QXH is a horizontal U-bracket specifically designed to support QX Series loudspeakers in fixed installations where horizontal orientation is required. With its rugged construction and precision fit, this bracket provides a stable mounting solution for permanently installed sound reinforcement systems. Finished in black, it blends seamlessly with standard black QX cabinets and stage or ceiling structures in performance venues.

Custom fit for professional QX Series installations
Purpose-built for compatibility with EAW QX Series loudspeakers, this bracket lines up with factory-designated mounting points, ensuring a safe, stable connection. The UBKT-QXH is designed to be used in conjunction with the ACC-ABQX accessory, which is required for proper integration and rigging flexibility. This ensures accurate alignment and simplifies installation for installers working in large venues or architectural spaces.

Fixed horizontal orientation for consistent audio coverage
Once mounted, the speaker remains in a locked horizontal position, making the UBKT-QXH ideal for wide coverage zones or delay fills where consistent directivity is key. Applications include performing arts centers, sports facilities, worship venues, and high-capacity event spaces where precise aiming must be maintained over time without adjustment.

Sleek black finish for unobtrusive mounting
Finished in a durable black powder coat, the bracket disappears into dark ceilings and rigging environments. It complements the black finish of most QX Series speakers and is a preferred option for venues where AV gear needs to remain visually unobtrusive. The result is a clean, professional install that prioritizes both performance and appearance.

Reliable mounting support for high-output systems
Constructed from heavy-duty steel and engineered to handle the weight and output demands of QX Series speakers, this bracket is built for permanent use. It provides long-term structural integrity and stability in venues with high SPL environments or daily operational demands.