RCF FLB60676 Set of 2 Suspension Bars

Universal Rigging Flybars for Subwoofer Clusters

The RCF FLB60676 is a pair of heavy-duty suspension bars engineered to support flown subwoofer clusters featuring SUB 9029‑AS, 9019‑AS, 9016‑AS, GTS 19G, S 29/29 WP, and S 19/19 WP cabinets. These flybars serve as the structural spine of your subwoofer array, ensuring stability, proper load distribution, and secure suspension in both touring and installation environments.

Designed for Pro Audio Flexibility

Whether you’re deploying subwoofers for a festival stage, nightclub, or auditorium, these dual flybars offer modularity and precision. They are built to integrate seamlessly with side brackets (like FLB60673) and top suspension hardware, creating a customizable solution for vertical and horizontal flown clusters of various sizes.

Built Tough for Touring and Installations

Constructed from resilient steel and finished with scratch-resistant paint, the FLB60676 flybars are equipped to endure the wear and tear of heavy use. Reinforced welds, rigging grade attachment points, and a protective finish help them resist the harsh conditions of frequent rigging cycles.

Optimized for Secure and Balanced Suspension

Each of the two flybars supports hoist attachment points designed to distribute weight evenly across the array. Proper load balance reduces stress on trusses and hoists and prevents asymmetric sagging, maintaining audio coverage consistency and enhancing rigging safety.

Quick Setup and Consistent Positioning

Time is crucial during show rigging. These flybars include standardized mounting dimensions and alignment features to speed up deployment. When combined with corresponding FLB60673 brackets and upper suspension components, they enable fast, repeatable setups with minimal fuss.

Ideal for Large-Scale Audio Systems

From compact sub stacks to full line-array complements, these flybars scale with your system. Their versatility, durability, and secure rigging assurances make them a reliable choice for professionals building high-performance low-frequency deployments.