Mission LX-4 MKII 2-Way Floorstanding Loudspeaker w/Two 5″ Bass Drivers and 1″ Softdome Treble Unit - Black (Each)

LX-4 MKII is a 2-way Floorstanding loudspeaker with two 5″ bass drivers and a 1″ softdome treble unit. The LX MKII Series is the latest in a long line of distinguished Mission loudspeakers, joining the multi-award winning speakers from the mid-level QX Series and the flagship ZX Series. LX MKII maintains the Mission trademark ‘Inverted Driver Geometry’ design, which means the path length between the drivers is optimised. Unique at this price-point, this arrangement allows the precision-tuned crossover to yield improved transient attack and astonishing detail. Perfected over hundreds of hours of critical listening by Mission’s lead acoustic designer, Peter Comeau, Mission LX MKII utilises trickle-down innovations from the revered ZX series. Improvements in the famous Mission DiaDrive bass unit offer superior control of the low-frequency diaphragm while a refined high-frequency performance and a re-engineered cabinet bracing system further help create a loudspeaker system that outperforms its price-class.

•  Design and Construction: The Mission LX-4MKII BK speakers are built with a rigid MDF cabinet, which reduces unwanted vibrations and ensures accurate and distortion-free sound. Additionally, the speakers feature bi-wire terminals, allowing for a higher quality connection to amplifiers.
•  Driver Configuration: Each speaker features a two-way design with dual 5.25-inch advanced fiber bass/midrange drivers and a 1-inch dome tweeter. This driver configuration ensures accurate and balanced audio performance.
•  Frequency Response: The Mission LX-4MKII BK speakers offer a frequency response range of 42Hz to 30kHz, providing a wide range of audio frequencies to produce clear and accurate sound.
•  Power Handling: The Mission LX-4MKII BK speakers are capable of handling a maximum power input of 120 watts, making them suitable for use with a range of amplifiers and receivers.
•  Sensitivity: These speakers have a sensitivity rating of 88dB, indicating their efficiency in converting power into sound. They can deliver relatively high volume levels with less power.