Moondrop CHU II In Ear Monitor Dynamic Wired Earphone with Interchangeable Cable IEMs - Version 2

Moondrop CHU II In Ear Monitor Dynamic Wired Earphone with Interchangeable Cable IEMs - Version 2

The End-Game of Entry-Level

IEMs Dynamic Driver In-ear Headphone with Aluminum-magnesium Alloy Dome Composite Diaphragm

Unbeatable Performance

Soon after its release, the "CHU" became the most popular in-ear earphone in its price bracket. and attracted numerous Imitators. Thus "CHU I" shows up, with High-end decentralized materials and technologies.

Aluminum-Magnesium Alloy Dome Composite Diaphragm
[High-End Headphone Diaphragm Materials ] As a dome diaphragm material, Al-Mg alloy exhibits high rigidity and light weight, thereby extending the treble bandwidth and revealing more subtle details. The diaphragm suspension is composed of two polymer materials with differing characteristics resulting in a punchier bass and greatly reduced nonlinear distortion.

Hitherto, use of this Al-Mg alloy material was limited to a few high-end in-ear headphones and full-size headphones. It was considered a relatively costly diaphragm material, and the "CHU I" is the first budget IEM to make use of it.

Alloy Casting Cavity

Ensuring Durability and High-Quality Texture The acoustic cavity of the "CHU II is manufactured using MOONDROP's mature alloy casting technology, ensuring both rigidity and fine texture. A durable paint layer protects the metalshell from corrosion.

Features :

•  Aluminum-Magnesium Alloy Dome Composite Diaphragm, High-End Headphone Diaphragm Materials.
• Alloy Casting Cavity, Ensuring Durability and High-Quality Texture.
• The nozzle of the CHU II consists of a separate brass CNC component, offering higher precision and density.
• CHU II incorporates a new generation of replaceable acoustic filters.
• CHU II was tuned by senior acoustic engineers and audiophiles with rich knowledge and wide experience, and exhibits an excellent frequency response curve in line with the VDSF Target Response.
• Ultra-low Nonlinear Distortion, Reproduction of Subtle Details.