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• Midbass: 3 x 6.5-inch woven aramid-fiber cone with oversized magnet and vented pole piece
• Tweeter: 1-inch cloth  dome with custom deep-spheroid waveguide

ELAC Debut F6: The Debut benchmark

The Debut F6 loudspeaker combines the advanced drivers of the B6 bookshelf in a floorstanding 3-way, bass-reflex design that takes Debut performance to the limit. With sound that rivals speakers costing many times more, the F6 shows that quality components and superior engineering are a winning combination every time. Combine a pair of F6 with a Debut powered subwoofer for a truly stunning two-channel audio system.

Braced MDF 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.

Andrew Jones-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.

Treble Unit

	1-inch cloth-dome deep-spheroid waveguide tweeter with oversized magnet A custom-designed tweeter waveguide with a deep spheroid profile improves directivity control and shields the tweeter wavefront from cabinet diffraction.

Midbass Unit

	3x 6.5-inch woven aramid-fiber woofers with oversized magnets and vented pole pieces 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.