Direct Mount Solution for Custom Broadcast Furniture
The Axia 2011-00808-000 Quasar Direct Mount Adapter Kit is designed to allow a single Quasar fader module or two SmartKey modules to be mounted directly into studio furniture without using a full console frame. This 1U mounting solution gives broadcasters and system designers the freedom to build streamlined, space-efficient work surfaces while maintaining full Quasar functionality.
Flexible Alternative to Traditional Console Frames
Instead of committing to a monolithic flush-mount console chassis, this direct mount kit offers a modular approach to control surface design. It is ideal for studios that require only a small number of faders or SmartKey buttons, making it well suited for voice booths, production rooms, satellite studios, and compact control spaces.
Designed for Modern Studio Layouts
By allowing Quasar control modules to be embedded directly into desks or custom furniture, the Direct Mount Adapter Kit supports clean, modern studio designs without an overbridge or large console footprint. This approach improves ergonomics, sightlines, and workspace efficiency while preserving the familiar Axia Quasar user experience.
Seamless Integration with Quasar Systems
The adapter kit is engineered specifically for Axia Quasar components, ensuring proper alignment, secure mounting, and reliable long-term operation. It integrates smoothly with Quasar audio engines and network infrastructure, maintaining consistent performance across distributed control surfaces.
Ideal for Distributed and Remote Control Positions
This mounting option is especially useful for distributed control positions where only limited surface control is required. Whether used for talent positions, producer desks, or auxiliary operator stations, the Direct Mount Adapter Kit delivers professional-grade control without unnecessary hardware.
Built for Professional Broadcast Environments
Like all Axia hardware accessories, the Quasar Direct Mount Adapter Kit is designed for continuous operation in demanding broadcast environments. Its robust construction supports long service life while allowing engineers to implement highly customized control layouts.