MoonDrop Starfield 2, Puprle

Lithium-Magnesium Alloy Dome Composite Diaphragm

Brand-New Pure Metal Diaphragm Dome Material.Pure Metal Diaphragm Combines High Rigidity with Light Weight.

The density of lithium is only 0.534 g/cm3, and that of magnesium only 1.74 g/cm3, both lower than that of beryllium

(1.85 g/cm3). Use of lithium-magnesium alloy as the dome material of the diaphragm offers a combination of optimum rigidity and a lighter weight than a pure berylium dome.

Advanced Electroacoustic Technology Scientific Acoustic Architecture

The MOONDROP brand has been developed on the basis of constant improvement in electroacoustic technology and significant investment in R&D.

The MOONDROP R&D team applies its accumulated scientific and engineering know-how and expertise to every stage of hardware development and testing, and subjective tuning of in-ear headphones is performed by experienced audio professionals.

This coordinated in-house teamwork streamlines the introduction and application of new materials in MOONDROP products.

Replaceable Acoustic Nozzle

Starfield 2 incorporates a new generation of replaceable acoustic filters. The front end of the brass nozzle consists of a removable tip, allowing users to replace the acoustic filter quickly and conveniently.

Replacement is far easier compared with existing multi-layer filters, and the design makes for greater reliability.

In the event of blockage or damage, the cost of replacement is much lower than that of standard nozzles.

High-Quality Single-Ended Cable

Starfield 2 has a brand-new customized high quality silver- plated cable that significantly reduces interference in signal transmission through star-twisted structure.

Specially customized brand new color matching echoes the appearance of the earphone shell and further emphasizes the starry theme.

Interchangeable Cable Design Wide Adaptability

Starfield 2 uses a universal 0.78mm interchangeable cable, allowing users to replace the cable or make use of Bluetooth neckband/TWS ear-hooks for different usage scenarios.