Must-see Mission Qx-2 Mkii Bookshelf Speakers (pair) Best Choice [HW9pfPZ0]

Mission QX-2 MKII Bookshelf Speakers

Experience unparalleled sound quality with the Mission QX-2 MKII Bookshelf Speakers, a pair of standmount/surround speakers designed to elevate your listening experience. Crafted with meticulous attention to detail, these speakers are a testament to Mission's commitment to audio excellence. The QX-2 MKII boasts a 2-way design, featuring a 6.5" bass driver and a ring dome treble unit, delivering a rich and immersive audio performance that is both powerful and refined.

• Superior sound reproduction with a 2-way design
• High-quality materials for durability and acoustic precision

Advanced Technology and Design

Mission engineers have leveraged modern speaker design tools, such as computer-aided optimization technology and laser interferometry, to fine-tune the QX-2 MKII's crossovers, components, materials, and construction. This meticulous process ensures that the speakers deliver a seamless and dynamic sound, with deep bass extension and crisp treble response. The QX-2 MKII stands on the shoulders of the esteemed Mission LX MKII series, inheriting the brand's legacy of quality and innovation while bringing an even greater level of vibrancy and finesse.

• Modern speaker design tools for precision engineering
• Seamless crossover design for optimal sound integration

Specifications and Performance

The Mission QX-2 MKII Bookshelf Speakers are equipped with a 6.5" bass driver and a 1.5" textile ring dome treble unit, providing a wide frequency response of 44Hz to 24kHz. With a sensitivity of 88dB and a recommended amplifier power of 25-120W, these speakers are designed to work seamlessly with a variety of audio systems. Their nominal impedance of 4 ohms (compatible with 8 ohms) ensures compatibility with a wide range of amplifiers, allowing you to achieve the perfect balance of power and performance.

• 6.5" bass driver and 1.5" treble unit for full-range sound
• 88dB sensitivity and 25-120W recommended power for optimal performance