IMR Announces the R1, a New Generation of In-Ear Monitor

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Nov 13, 2017, 16:14 ET

DERBY, England, Nov. 13, 2017 /PRNewswire/ -- IMR is excited to announce a new generation of in-ear monitor, the world's first open/close hybrid ceramic driver. Unlike any other universal in-ear monitor available on the market today, the R1 is tuned to perfection using IMR's custom 13mm ceramic hybrid driver unit to deliver a new level of sound like never before. Crafted from an all-aluminum machined body, the R1 is an extraordinarily lightweight monitor that maintains a solid feel with amazing durability and a beautiful finish.

The 13mm Ceramic Hybrid Driver Unit

The IMR R1 is specially designed to fit beautifully into the ear, providing amazing comfort and seamless listening.

The all-new IMR ceramic driver unit allows for switching between concert and isolation mode, giving complete control of the experience. This unique driver has been designed to change how music is heard, with a frequency response from 14-40000Hz to cover a dynamic range of audio — which can't be found anywhere else.

5 Filters to Completely Customize Your Experience

Along with the completely unique open/close acoustic port, the R1 can be customized further with our filters, allowing tuning to suit the user's individual style. The five filters offer the freedom to alter bass, treble and mid-range levels as desired.

It's Not Just The Sound That's Beautiful

Not only does the IMR R1 provide unbeatable quality and an unrivaled sound experience, it's specially designed to fit beautifully into the ear, providing amazing comfort and seamless listening.

Order the IMR R1 today or find a detailed specification and more information including shipping dates and costs by visiting www.imracoustics.com.

Or email [email protected] for more information.

Related Files

IMR-R1.pdf

Related Images

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IMR R1 - A New Chapter in Audio Engineering

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The 13 mm Ceramic Hybrid Driver Unit

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5 Filters to Completely Customise The Experience

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IMR

Related Links

Website

SOURCE IMR Acoustics