On-Stage Stands RDLS4000 4 RU Locking Rack Drawer

Maximize Your Rack Space with On-Stage RDLS4000
Introducing the On-Stage Stands RDLS4000, a robust 4 RU rack drawer that transforms how you store and access your audio accessories. Constructed from black powder-coated steel, this drawer offers a solid, durable solution for safeguarding your studio and stage accessories within your rackmount case. Its 9.5-inch shallow depth is meticulously designed to optimize space without compromising the ease of access, making it a favored choice for professionals seeking efficiency and security in their setup.

Enhanced Security for Your Valuable Equipment
Security is paramount in any professional audio setup, and the RDLS4000 delivers. This rack drawer is lockable, providing essential protection against theft or accidental loss. Whether in a studio or on stage, you can rest assured that your valuable accessories, from microphones to mixers and cables, are safely locked away yet readily accessible when needed.

Smooth and Reliable Accessibility
The RDLS4000 is engineered for ease of use. It features a smooth, steady operation that eliminates the frustration of stuck or noisy drawers. The sturdy design ensures that even with heavy use, the drawer opens and closes effortlessly, allowing quick access during hectic setups or tear-downs.

Durable Build for Lasting Performance
Durability is at the core of the RDLS4000’s design. Made from solid steel with a scratch-resistant black powder coat finish, it withstands the rigors of touring and frequent use. This resilience guarantees that the drawer not only maintains its aesthetic appeal but also performs reliably over time.

Ideal for Diverse Audio Environments
With a capacity of 4 RU, this rack drawer is versatile enough to meet a variety of storage needs, making it ideal for recording studios, live performances, and anywhere robust audio equipment storage is needed. Its shallow depth ensures it fits into various environments without taking up excess space, making it perfect for setups where space efficiency is key.