MOONDROP SKYLAND Open-Back Planar Magnetic Headphones 60 Ohms 96dB 20Hz-20kHz

Moondrop Skyland: 100mm planar driver & high-efficiency N55 magnetic array

The Skyland is built around a full-surface 100mm planar driver combined with an ultra-thin nanometric diaphragm (~500nm) and a high-performance N55 neodymium magnet array. This architecture applies a uniform electromagnetic force across the entire diaphragm surface, ensuring perfectly controlled movement and excellent linearity. The optimized magnetic field delivers extremely fast transient response, highly detailed reproduction, and exceptionally low distortion, even at high listening levels.

Its high acoustic transparency open-back design significantly reduces internal reflections that could degrade the audio signal. Structural contours near the diaphragm feature smooth transitions and a low-diffraction matte surface, promoting a natural, airy, and transparent sound signature.

To protect the diaphragm without compromising acoustic performance, the headphone integrates a woven metal protective grille positioned at an optimal distance. Made of round-surfaced metal wires arranged in an open weave, it preserves open-back acoustic qualities while providing reliable mechanical protection.

This advanced electromagnetic design directly contributes to the headphone’s technical performance:

• Extended frequency response: 8Hz-34kHz
• Harmonic distortion: ≤ 0.05 %
• Excellent micro-detail and transient resolution
• Wide dynamics and natural reproduction
• Stable and precise diaphragm motion

The result is a homogeneous, precise, and perfectly controlled sound reproduction across the entire spectrum.

Moondrop Skyland: Diaphragm stress balancing & pure silver etched circuit

The Skyland integrates a multilayer pure silver etched circuit combined with tension-balancing technology designed to distribute mechanical stress evenly across the entire diaphragm. This design reduces localized stress during dynamic swings, allowing the driver to maintain minimal distortion and remarkable tonal consistency even at high listening levels.

This multilayer circuit also improves the uniformity of the Lorentz force applied to the diaphragm, limiting split vibrations and contributing to a smoother, more natural high-frequency range. Tension Balance Technology (TBT) further optimizes diaphragm surface stress distribution, delivering refined reproduction, improved dynamic stability, and enhanced finesse when paired with high-end audio sources.