Powerful Performance, Tremendous Extension, Assertive Bass, and Custom-Designed Components by Andrew Jones: High-Value ELAC Debut F6 Tower Loudspeakers Play Music With Sonic Authority
Take a giant step toward high-end ecstasy with the ELAC Debut F6 tower loudspeakers. The flagship model of Andrew Jones' Debut Series delivers rich, assertively powerful performance that establishes new benchmarks at its price point. Graced with a custom-designed arsenal of components that includes 6.5-inch bass drivers, Debut F6 will spoil you with tremendous frequency extension, engrossing depth, and gut-punching bass. Jones' involvement is alone worth the cost, but with Debut F6, you get so much more. A brace-sectioned MDF cabinet. Custom-designed tweeter and midrange/bass drivers. A woven aramid-fiber woofer with oversized magnets and vented pole pieces. A deep-spheroid tweeter waveguide for improved directivity. A cloth-dome tweeter and customized eight-element crossover. But enough about the specs. All you need to know is what your ears and emotions will tell you. Debut F6 is the real deal. 100% Money-Back Guaranteed.
Vertically Braced Cabinet Minimizes Vibrations, Aramid-Fiber Cones Add Strength and Smoothness
Two vertical braces strengthen and stiffen the cabinet, helping minimize unwanted vibrations that can discolor music or movie content. Woven aramid fiber offers a superior stiffness-to-weight ratio and damping over common polypropylene or paper cones. The added strength allows more flexibility in design to achieve a smoother, extended frequency response.
Custom-Designed Drivers Match Intricate Crossover, Spheroid Waveguide
Andrew Jones custom-designed both the tweeter and bass driver to deliver an exceptional audio experience that can't be delivered with typical off-the-shelf parts. A custom crossover with audio-grade components ensures smooth transition between drivers. In addition, a custom-designed tweeter waveguide with a deep spheroid profile improves directivity control and shields the tweeter wavefront from cabinet diffraction.