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MACKIE MP-120
WE’VE BEEN HELPING ARTISTS PERFORM THEIR BEST FOR DECADES WITH OUR RENOWNED LOUDSPEAKER DESIGNS, AND NOW WE’RE BRINGING THAT SIGNATURE SOUND STRAIGHT TO YOUR EARS. MP-120 PROFESSIONAL IN-EAR MONITORS FEATURE SPECIALLY MOLDED ENCLOSURES FOR AN ERGONOMIC FIT PROVIDING HOURS OF COMFORT AND SUPERIOR NOISE ISOLATION. THE OVER-EAR DESIGN ENSURES AN UNINTERRUPTED PERFORMANCE WHILE THE PRECISION-TUNED DYNAMIC DRIVER PROVIDES CLEAR AND PUNCHY SOUND SO YOU NEVER MISS A BEAT. AND WITH THE INCLUDED HARD CASE, YOUR INVESTMENT WILL ALWAYS BE PROTECTED. WHEN YOU WANT TO HEAR YOURSELF ON STAGE WITHOUT ALL THE NOISE THAT COMES WITH IT, MP-120 PROFESSIONAL IN-EAR MONITORS HAVE GOT YOU COVERED.

MACKIE MP-120

SKU: MP-120
$99.99Price
    • Professional Design
      • Ergonomically molded low-profile enclosure offers maximum comfort, sound isolation, and bass response
    • Made for Artists
      • MP-120 in-ear monitors deliver the performance and comfort that artists need to be in tune with the stage
    • Precision Dynamic Driver
      • MP-120 in-ear monitors feature a single high-performance dynamic driver for responsive, full-range sound
    • High-Fidelity Cable
      • The shielded, braided cable is designed for extra durability and sonic performance
      • Equipped with a detachable MMCX connector that swivels for increased comfort and durability
      • The over ear design keeps them securely in your ears and the cables behind your head for uninterrupted performance
    • Perfect Fit
      • With three different types of ear tips included and in three different sizes, you can choose what works best for your ears to provide maximum comfort and sound isolation
      • Ear tip types included are foam, silicone, and double flange in small, medium, and large sizes
    • Included Accessories
      • Hard molded case protects your investment when not in use
      • Gold-plated 1/8” to 1/4" adapter
    • Frequency Response: 20 Hz – 20 kHz
    • Impedance:  32 Ohms
    • Transducer Type: Single Dynamic
    • Sensitivity: 93dB±3dB@1mW at 1KHz
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