The Mackie FKDRM18S Flyware Kit is a specialized rigging hardware set designed for the safe and secure overhead suspension of DRM18S active and passive subwoofers in permanent or semi-permanent installations. This comprehensive kit includes all necessary forged steel or aluminum alloy components—such as flying eyes, brackets, and heavy-duty pins—that interface directly with the subwoofer's integrated M10 rigging points. It is engineered to work in conjunction with the FB100 flying frame (sold separately), which provides the primary structural frame that the subwoofer and this hardware attach to, creating a unified assembly ready for lifting. The design follows rigorous industry safety standards, ensuring load ratings far exceed the weight of the cabinet to provide a significant safety margin for dynamic forces encountered during performances.

Installation requires careful assembly by qualified personnel familiar with professional rigging practices. The hardware allows for adjustable splay angles between multiple subwoofers when arrayed, enabling technicians to optimize the low-frequency coverage pattern for the venue. Each component is precision-machined to ensure a perfect fit with the DRM18S cabinet, eliminating play and ensuring the load is transferred correctly through the subwoofer's internal bracing. The kit facilitates the creation of flown subwoofer arrays, which are essential for clearing sightlines, maximizing floor space, and achieving consistent bass distribution in large venues like concert halls, theaters, and houses of worship.

The FKDRM18S Flyware Kit transforms a powerful ground-stackable subwoofer into a versatile, flyable component of a larger sound system. By utilizing manufacturer-engineered hardware, installers and touring companies can trust the mechanical integrity of the suspension system. This approach maintains the warranty and safety certifications associated with the product, providing peace of mind for engineers and venue operators. It represents a professional solution for integrating substantial low-frequency power into complex audio infrastructures where ground placement is not optimal.