Benefits Overview

Fluance AV Series 7.0 Cinema Surround Sound Home Theater Speaker System

The choice for audio enthusiasts, Fluance speakers are recognized as an outstanding performance product that delivers stunning sound performance, professional grade cabinet design and exceptional value. We have accomplished this by strictly adhering to a single goal. Design and engineer speakers that ensure accurate sound reproduction at prices with which none can compete! To achieve this, Fluance uses high-performance drive units and audio grade MDF wood construction with advanced enclosure design to reduce cabinet resonance. Our speakers also feature highly refined crossovers to achieve all new standards in sound performance. The results are clean, undistorted bass, a rich, clear midrange, transparent natural highs, and pinpoint imaging that everyone can appreciate. We apply these principles in every speaker we design, so when you close your eyes, everything else disappears and you are at one with the sound! Offering the best value and best sounding speakers on the market, experience the difference of high fidelity home audio with Fluance. System Profile - A perfectly matched and flawlessly sounding seven speaker system, this AV Series speaker system has the best of both worlds and is suitable for 7.0 home theater configurations. The AV Series 7.0 Cinema speaker system includes the AVHTB+ 5 Speaker System and a set of the AVFR three-way hifi speakers. With high reproduction qualities in music as well as surround sound home theater, this system is perfect in any application. When this 7.0 speaker system is used in Dolby surround and DTS systems you can truly experience what home cinema is supposed to be. Plus, this system can easily be integrated with an active subwoofer for a true low frequency effect. The AV Series features audio grade MDF wood construction, which suppresses enclosure panel resonance for distortion-free, accurate response. By virtue of the tuned bass reflex cabinet, the AVHTB+ fronts produce a brilliant and dynamic low frequency performance. By u