Westone Pro X30


*WARRANTY: 2 Year Local Warranty

Professional singers and musicians looking for a high-quality in-ear monitor should check out the Westone Pro X30, a pair of universal-fit in-ear monitors for onstage monitoring by vocalists, guitar players, keyboard players, drummers, and sound engineers. The Pro X30 deliver both comfort and proper in-ear coupling thus increasing sonic detail and clarity. The soundstage features powerful lows, articulate mids, and crystal-clear highs that produce performance, power, and output that's great for any stage or venue. The earphones employ three of Westone’s balanced-armature drivers with a 3-way passive crossover to deliver a frequency response of 20 Hz to 18 kHz at a sensitivity of 124 dB SPL.

The replaceable braided Linum Bax T2 cable is made from high-strength, ultralow-resistance tensile-wire design with aramid fiber, and provides durability and transparency in acoustic transference with isolation from any mechanical cable noise. The detachable cable offers low microphonics, low crosstalk, and features the most advanced and robust T2 audio connector available.

Included with these earphones are five pairs of silicone eartips of various sizes, five pairs of foam eartips (also in various sizes), and a monitor vault.

Ergonomic Technology

Sixty years of experience designing products for the ear has resulted in a universal-fit earpiece that is compact, low-profile, lightweight, and extremely comfortable. Westone's proprietary eartips enhance the performance of the Pro X30 by ensuring a great fit and seal, right out of the box.

Balanced-Armature Drivers

Westone Audio's proprietary balanced-armature drivers provide enhanced sonic detail and frequency range that extends well beyond other in-ear solutions.

Linum Bax T2 Detachable Cable

High-strength, ultralow-resistance tensile-wire design with aramid fiber, with the most advanced T2 connector available in the industry.

Precise Acoustic Symmetry

Left and right earpiece responses are matched to an extraordinarily tight ±2 dB tolerance. This extends well beyond typical in-ear solutions.

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