Atlas Sound Q408 8" Q Series 1 Cubic ft Cylindrical Enclosure

Meet the Atlas Sound Q408 Cylindrical Enclosure
The Atlas Sound Q408 is an advanced 8" Q Series cylindrical speaker enclosure designed to enhance audio performance. Boasting a 1 cubic foot volume, this model is engineered to improve low-frequency response while controlling high-frequency resonances. Its interior is meticulously undercoated to eliminate any metallic resonance, ensuring crystal-clear sound delivery. This makes it an ideal choice for both commercial and residential audio systems seeking superior sound quality.

Enhanced Audio Dynamics
The Q408 enclosure is filled with 1 1/2" thick fiberglass, specifically chosen for its density of 1 1/2 lb./cu. ft., which effectively manages undesirable resonances in the high-end frequency spectrum. This feature is crucial for maintaining the clarity and quality of sound, particularly in environments where acoustics play a pivotal role.

Robust Construction
Crafted from welded steel, the Atlas Sound Q408 ensures durability and longevity with its sturdy build. The cylindrical shape not only contributes to the aesthetic appeal but also facilitates a more uniform dispersion of sound waves, enhancing the overall audio experience. Its galvanized steel finish adds an extra layer of protection against corrosion, making it suitable for various installation environments.

Versatile Installation Options
This enclosure is designed with a plaster flange and provides multiple provisions for mounting a variety of architecturally pleasing AtlasIED grilles. Whether you're looking to install in a home theater, a conference room, or any other space requiring impeccable sound, the Q408 offers flexibility in installation and appearance.

Optimized for 8" Speakers
The Q408 is specifically tailored for use with standard 8" speakers, making it a versatile choice for upgrading your existing sound system. It is compatible with AtlasIED’s 8CXT60 and FA138 drivers, among others, ensuring that it can meet a wide range of audio needs while maintaining high performance.