MACKIE MP-320 - Triple Dynamic Driver In-Ear Monitors

For decades, our renowned loudspeaker and monitor designs have been helping artists perform their best. The Mackie MP-320 Professional In-Ear Monitors build on that legacy with incredible sound and build quality for both artists and personal listening. Featuring a triple dynamic driver design for a surprising level of musical separation and nuance with plenty of low-frequency response. And thanks to their specially molded enclosures, they sit gracefully in your ear with a comfortable, ergonomic fit with up to 40db of sound isolation. The optional MP-BTA Bluetooth Adapter makes on-the-go listening a breeze. Elevate your performance and music with Mackie MP-320 Professional In-Ear Monitors.

• Professional Design
  • Ergonomically molded low-profile enclosure offers maximum comfort, sound isolation and bass response
  • Clear enclosure offers a streamlined onstage look
  • Up to 40db of sound isolation
• Triple Dynamic Drivers
  • Exceptional clarity in mid and high frequencies with punchy, accurate bass
  • Precision 3-way crossover ensures a balanced sound across the entire frequency range
• 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 4 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, wide-bore silicone, and triple flange in small, medium, and large sizes
• Included Accessories
  • Hard molded case
  • Gold-plated 1/8'' to 1/4" adapter
  • Additional cable with in-line remote
  • Cleaning cloth
• Frequency Response: 20 Hz - 20 kHz
• Impedance: 32 Ohms
• Transducer Type: Triple Dynamic Driver
• Sensitivity: 94dB +3dB@1mW at 1KHz