MoonDrop SKYLAND Open-Back Planar Magnetic Headphones

Large 100mm Diaphragm FDT (Full Drive Tech)

In contrast to traditional planar magnetic headphones, MOONDROP planar full-size headphones adopts an ultra-large 100mm-diameter diaphragm incorporating Full Drive Technology (FDT). It results in low-split vibration far superior to traditional planar magnetic headphones and comparable to that of electrostatics.

Traditional planar magnetic headphone diaphragm tracks Ineffective circuits exist in the vibration area, and only the central part of the diaphragm is driven, the effective drive area is about 56.3%. The resulting divided vibration causes blurring of treble details and distortion of timbre.

Full Drive Technology - The vibrating part of the diaphragm is placed in a uniform planar magnetic field, and effective drive circuits extend over the entire area of the vibrating surface, the effective drive area is about 95.5%. This exerts a uniform full-surface driving force comparable to that of electrostatic headphones, eliminating split vibrations and delivering a treble performance far superior to that of traditional planar magnetic headphones.

Low-diffraction Smooth Structural Surface Woven Metal Protective Grille

SKYLAND features a highly acclaimed acoustic transparency open-back design that significantly reduces reflections caused by external decorations, allowing for clearer mids and highs. The structural edge next to the diaphragm is smoothly transitioned with a low-diffraction matte surface to minimize high-frequency diffraction, resulting in a natural and transparent sound. To protect the diaphragm from damage during daily use, a metal protective grille is positioned at a considerable distance from the diaphragm.

This grille is constructed using round-surfaced metal wires arranged in a sparse weave, which maintains the open-back acoustic qualities while providing reliable protection without impeding sound transmission.

500nm Nanoscale Ultra-light and Ultra-thin Diaphragm

SKYLAND incorporates a brand-new, ultra-light and ultra-thin diaphragm with a thickness of about 500 nanometers. This design approaches the limits of planar magnetic headphone technology, achieving an ideal vibration mode that delivers rich details, rapid response speed, and a balanced frequency response across the full range.

Multi-layer Pure Silver Etched Circuit Secondary Diaphragm Stress Balance Technology

SKYLAND utilizes a multi-layer pure silver etching circuit that differs from the PARA series. This circuit enhances the uniformity of the Lorent force acting on the diaphragm, effectively reducing split vibrations and creating a smoother, more balanced high-frequency range. SKYLAND incorporates Tension Balancing Technology (TBT) to further balance surface stress, which greatly improves the uniformity of diaphragm stress, maintains low distortion even under large dynamic, delivering an refined experience when coupled with high-end devices.

Integrated Driver-cavity Structure 

All-aluminum Alloy CNC Hollow Structure

The integrated driver-cavity structure of the SKYLAND planar magnetic headphones is innovatively designed to create a space-stacked environment for the super-large FDT diaphragm and expansive magnetic circuit. This design ensures a complete, uniform magnetic field that covers the entire vibration area. SKYLAND utilizes a high-strength, all-aluminum alloy CNC hollow structure, developed through extensive product experience, to support the magnetic circuit system and ensure long-term reliability.

Universal Dual 3.5mm Interchangeable Cable Design

SKYLAND adopts a universal double 3.5mm interchangeable cable design with an inclined angle, allowing users to freely replace cables to meet different requirements The SKYLAND is equipped with a 4.4mm balanced cable made from high-purity single crystal copper, a 4.4mm to 6.35mm adapter crafted from the same material, and 4.4mm to XLR balanced Cannon four-core adapter.

Dry-process Carbon Fiber Headphone Strap

SKYLAND features a carbon fiber elastic headphone strap that utilizes a dry-process carbon fiber hot pressing technique. This results in a product with high strength, elasticity, and damping characteristics, enhancing wearing comfort and reducing discomfort.

Flexible Hollow 3D Printing Adjustable Headband 

The headband is designed using flexible hollow 3D printing technology, commonly found in high-end professional sports and customized equipment. This innovation replaces traditional leather and fabric headbands, providing a larger contact area with the head for improved air permeability and superior elastic support, ultimately making them more comfortable to wear. Additionally, the multi-segment adjustable design at both ends allows for easy adaptation to different head sizes.

Hand-Stitched Lambskin Earpads

The ear pads are made of high-quality lambskin material, which offers both durability and comfort. The inner cavity space has been carefully tested through repeated sample preparation experiments to ensure it meets the acoustic requirements of the headphones.

Performance-oriented Sleek Design Aluminum Alloy Storage Case

The entire exterior design of the Laputa focuses on performance-oriented sound quality and user experience, presenting a sleek design that balances professionalism and practicality. SKYLAND also includes an aluminum alloy storage case to protect and store
your headphones properly.

Specification

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