Description
Your music just got an upgrade with the Unique Melody MEST MKII. Packed with four different driver technologies, you can enjoy the power of a dynamic driver, balanced armatures, electrostatic and of course a new and improved dBC-S Dual Sides Bone Conduction System. Music has never sounded better.
The Power of 4
Enjoy the power of the quadbrid designed drivers. The Unique Melody MEST MKII uses a dynamic driver for a natural-sounding bass. The balanced armatures ensure high-resolution mids and treble. Two electrostatic drivers were added to the mix for an ultra-high treble extension. Finally, the new dBC-S Dual Sides Bone Conduction System is used to refine the sound across the frequency range. This IEM can playback audio frequencies up to 70kHz.
Improved Bone Conduction Driver
Compared to the first edition of the MEST, the MKII version has an extended frequency range and better sensitivity. It uses a double-sided piezoelectric bone conduction driver. This driver is placed between two supporting plates with a ceramic-coated vibration board at its centre. This ensures a larger contacting area for better transmission efficiency and refined range from 500Hz to 20KHz.
Ergonomic & Effective
The UM MEST MKII features a one-piece carbon fibre shell. This is lightweight, compact and ergonomically designed for a comfortable fit. The fitting coherence and skin contact enhances the effectiveness of the Bone Conduction Driver while the metal vents bring out the full potential of the dynamic driver by ensuring that the exact amount of air flows to the driver.
A Copper Cable that Flexes its Prowess
The OCC 4-core 24 AWG copper cable offers excellent audio signal transmission. It contains a flexible PVC covering to avoid static interference and noise. A metal Y-splitter and chin-slider let you easily adjust the Y-split. The cable terminates in a 2.5mm plug.
How Does Bone Conduction Work?
When we eat a biscuit, we can hear the sound of the biscuit cracking. This is because the vibrations are transmitted through our teeth and skulls to our inner ear. Bone conduction uses this very principle. The drivers are made from metal vibration pieces that are covered by piezoelectric ceramics. The ceramic layers bend the metal vibration pieces to make micro-vibrations based on the frequency transmitted. This bypasses the nozzles and directly delivers sound to your inner ears via contact with the skin around your skull.