Add a Whole New Dimension in Entertainment
Dolby Atmos technology expands the sonic landscape, creating a true 3-D space that you’ve got to hear to believe. With Dolby Atmos-enabled AV receivers and processors, simply add the ELAC Debut A4.2 to the top of your bookshelf speakers or floorstanding speakers to achieve dimensionality that puts you in the middle of the music and the action.
The Debut BA4.2 has a high-performance woofer with a 4" aramid fiber cone and a 0.5" polymer dome tweeter. Aramid fiber offers a superior strength-to-weight ratio and improved damping characteristics over conventional paper or plastic drivers. This added strength means arriving at designs that achieve a broader bandwidth with smoother response.
All-New Design for an All-New Debut
Few speakers have garnered such critical acclaim as the original Debut Series by ELAC. They established a new value proposition, with build quality and performance never before attainable at such an affordable price. Debut "changed the game," and has now changed it again with the Debut 2.0 Series—proof that ELAC can't leave well enough alone. Redesigned from the ground up, these speakers sound even more remarkable than the ones that sparked the revolution in affordable high-end sound.
Woven Aramid-Fiber Woofer
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 smooth, extended low-frequency response.
Dolby Atmos Certified
This speaker is designed to sit on top of a traditional floorstanding or bookshelf speaker to add a height dimension to your home theater system without the need for in-ceiling speakers.
Custom Concentric Driver
Designed by Andrew Jones, this concentric driver delivers an exceptional audio experience and offers a smoother, more extended response and better directivity control over conventional full-range drivers.
Intricate Crossover
A custom crossover with audio-grade components has been designed to ensure smooth transition between drivers.