Mission MKII Bookshelf Stand Speakers Walnut Pearl QX-2 Mount/Surround - (Pair)

------------------------------------------------------------------------------------------------------------------ 【Voltage Compatibility】 When using electrical appliances, please note that they are designed for Japanese voltage specifications (90-110V), so if you use them with a different voltage, it may cause a malfunction. 【Plug Type】 Our products use Japanese plug types (A or B type). Please use a conversion adapter if necessary. 【Important Note on Transformers and Adapters】 A transformer adjusts voltage to match your device’s requirements. A conversion adapter only changes the plug shape and does not adjust voltage. Using only a conversion adapter without a transformer may result in damage to the product. 【Liability】 We are not responsible for malfunctions or damages caused by improper use, such as operating the product without a transformer. ------------------------------------------------------------------------------------------------------------------ The QX-2 MKII is a 2-way standmount loudspeaker with a 6.5 inch (165mm) bass driver and a ring dome treble unit. As with all mission speaker concepts, the process of listening, listening, listening is the key to improvement. Combining computer-optimized modeling and laser interferometry, this MKII is even better than the original. Featuring Mission's "ring dome" tweeter design, these speakers offer the perfect balance of smooth, low-distortion output and stunning musical detail. Thanks to the twin cavity ventilation system, back pressure is reduced and the treble response can "breathe". Offering low resonance and the purest detail, QX speakers are top-end class. Newly updated 6.5 inch acrylic cone bass driver. Beautiful and gorgeous, yet produces accurate and lifelike mid-frequency frequencies. A newly updated top plate made of aluminum not only looks great, but also improves the stability and performance of the speaker's sleek cabinet. The inverted driver geometry (IDG) reverse geometry layout (tweeter below the woofer) was, and continues to be, a signature of Mission designs. Placing the treble unit below the woofer equalizes the length from each sound wave to your ear. It's known as "time alignment," which is why this and many other Mission speakers sound "together" and upbeat. Product dimensions: -320 x 220 x 310mm, weight 8.5kg each. The QX-2 MKII is a 2-way bookshelf or stand-mount loudspeaker with a 6.5" (165mm) bass driver and ring dome treble unit. As per all Mission Speaker concepts, the process of listening, listening and listening more is the key to improvement. With the benefit of modern loudspeaker design tools such as computer-aided optimization techniques, crossover modeling, and laser interferometry, mission engineers also spent significant time fine-tuning the crossover, components, materials, and construction. QX MKII takes the revolutionary serrated driver surround to a new level. More than just technical looks and beautiful design touches, the surroundings have been improved with detailed airflow analysis and precise measurements. New-look QX MKII surround scatters reflections, reduces airflow interference, and improves smooth driver and port performance. An improved acrylic fiber cone material was chosen for the QX MKII driver. By their nature, acrylic fibers are durable, but typical fabrics in this price class Provides a delicate look as opposed to harsh driver materials found in peakers. The acrylic fibers implemented in the Mission DiaDrive system deliver natural mids and exceptional clarity. The seamless curved design features a conical support that increases the contact area with the voice coil. This highly efficient and uncompromising system gives the QX MKII series an edge in terms of timing and outstanding temporal impact. Maintaining the fundamentals of QX styling, the QX MKII is constructed in the classic Mission IDG (Inverted Driver Geometry) format. Placing the treble unit below the bass/midrange driver equalizes the path length so that the sound waves are aligned at the listener's head height. This principle improves "time alignment".