Mackie MP-460 Quad Balanced Armature In-Ear Monitors

QUAD BALANCED ARMATURE PROFESSIONAL IN-EAR MONITORS

Yep, we went there. Using the same best in the industry balanced armature drivers from Knowles®, MP-460 features a quad driver design for even more clarity and accuracy.

STUNNING DETAIL. ARENA-WORTHY PERFORMANCE.

• Balanced sound, enhanced detail resolution, and incredibly smooth midrange is the name of the game with MP-460.
• With two drivers dedicated to high frequencies, the finest details come to life without any harshness at all. Whether you are a musician, a mixing engineer, or you want to experience your music in a whole new dimension, MP-460 can take you there.

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

Quad Balanced Armature Drivers

• Custom designed specifically for the MP Series for the best possible performance
  Crystal-clear sound with stunning vocal clarity and detail resolution
• 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 braided cable with in-line remote
• Cleaning tool
• Cleaning cloth

• Frequency Response: 20 Hz – 20 kHz
• Impedance: 15.5Ω±15%
• Transducer Type: Quad Balanced Armature
• Sensitivity: 118dB±3dB@1mW at 1KHz