UPC 721405630301

• 1" Silk Dome Neodymium Tweeter
• 8" Woven Kevlar Woofer
• Bi-amplified Design with Active Crossover
• Curved Front Panel for Enhanced Imaging
• Limiter with Defeat (and front panel indicator)

Bundle includes KRK VXT8 Studio Monitor Speaker, Two 10-Foot Instrument Cables and Polishing Cloth.Drawing upon the design characteristics of our Expose E8B, the new VXT Series of monitors consists of three models, the VXT4, VXT6, and VXT8. With a visually striking enclosure design that is equally functional, providing low resonance, improved structural integrity and extended low-end, slotted ports for reduced port turbulence, plus a sleek curvature that provides excellent imaging characteristics and a widersweet spot the VXT monitors achieve a new level of precision. The domed tweeter (comprised of true silk for fast transient response) and the new woofer design (with its stiffer, lighter cone that provides low distortion and extended low-end) both have vented formers to remove heat and reduce the effects of power compression, enabling these monitors to maintain their sonic signature. With uncompromising attention to detail that includes tamper resistant switch covers, integrated Omni Mount support and more, the VXT Series is an outstanding choice for a broad range of monitoring applications. At KRK, our focus has always been to make the most accurate studio monitors available at any price. So when you use a VXT powered monitor, you can be confident that you get the most accurate reproduction of your mix. VXT's diffraction-limiting curved surfaces, silk-domed tweeter, seamless crossover, and KRK's trademark yellow Kevlar woofer bring superior audio imaging, outstanding transient response, and amazing detail. For over 20 years, KRK has mastered the art of recording monitors, and the VXT is the culmination of this art. Listen for yourself, and believe! Radical curves for better imaging. The molded shape of the VXT allows for radically curved surfaces that sound better. Traditional rectangular speakers suffer from diffraction as s