{{ variable.name }} : {{ variable.values[selectedVariantsIndex[variable_index]].name }}
Quantity:
Moondrop's XTM series introduces a pioneering approach to IEM crossover design. Breaking away from traditional styles, it opens a new path with bold experimentation and precision tuning. At the heart of this series lies the Harmon, a compact IEM with three full-size 10mm dynamic drivers and a patented coaxial four-cavity structure.
The driver employs a glass-dome composite flexible-suspension diaphragm, created using a specialized glass molding process. This diaphragm exhibits significantly higher rigidity and improved damping characteristics compared to metal diaphragms. As a result, it delivers a crystal-clear sound with exceptional treble extension and rich high-frequency detail.
The new compact internal and external composite magnetic circuit unit uses two N52 neodymium magnets and three magnetic conductors. It is equipped with a OFC lightweight voice coil to form a high-efficiency, low-distortion transducer system, taking advantage of the new diaphragm.
The bass is produced by dual 10mm dynamic drivers, following the classic horizontally-opposed double dynamic driver alignment. This design improves magnetic circuit efficiency, enhances dynamic range, and reduces nonlinear distortion. Each driver includes a N52 internal magnetic circuit, a CCAW lightweight voice coil, and flexible paper-composite diaphragms. This ensures deep, punch and low-distortion bass.
Backed by advanced FEA acoustic modeling and a team of senior engineers, the Harmon delivers accurate frequency response and impressive phase consistency. The tuning closely follows Moondrop’s VDSF Target Response, enhanced further by subjective fine-tuning for a natural, engaging sound with excellent imaging.
To realize its intricate internal structure, Moondrop partnered with HeyGears, a leader in high-precision DLP 3D printing. This ensures manufacturing consistency for the Harmon’s complex shell while enabling mass production without sacrificing accuracy.
Choose which cookies you'd like to allow. Necessary cookies keep the site working and can't be switched off.