Mackie RM1402VLZ Rack Mount Brackets

Rack Mount Solution for Mackie 1402 VLZ Pro Mixers

The Mackie RM1402VLZ Rack Mount Brackets are designed to securely install a Mackie 1402 VLZ Pro mixer into a standard equipment rack, turning a desktop mixer into a fixed, professional rack-mounted solution. These brackets provide the proper fit and support needed to integrate the mixer cleanly into studio racks, live sound rigs, and installed audio systems.

Designed Specifically for the 1402 VLZ Pro Mixer

Built to match the chassis dimensions of the Mackie 1402 VLZ Pro, these rack mount brackets ensure accurate alignment and a secure fit. Using model-specific hardware helps prevent shifting, stress on the mixer frame, or improper mounting that can occur with improvised or generic solutions.

Clean Integration for Studios and Live Sound Racks

Rack mounting a mixer improves organization and accessibility in professional audio environments. These brackets allow the 1402 VLZ Pro to sit flush in a rack, making cable management easier and keeping controls accessible while freeing up desk or table space in studios, control rooms, and live sound setups.

Durable Construction for Long-Term Use

Constructed for regular professional use, the RM1402VLZ brackets are designed to withstand the demands of touring rigs, installed systems, and mobile production setups. Their sturdy build supports the mixer securely during transport and day-to-day operation.

Ideal for Installed and Mobile Audio Systems

Whether used in permanent installations or portable racks, these rack mount brackets provide a reliable way to integrate the 1402 VLZ Pro into existing equipment layouts. They are well suited for venues, houses of worship, rehearsal spaces, and production racks that require consistent system organization.

Simple Installation with Proper Hardware Fit

These brackets are designed for straightforward installation, attaching directly to the mixer chassis and fitting into standard rack rails. Once installed, the mixer remains firmly positioned, reducing movement and improving overall system stability.