Large 100mm Diaphragm

In contrast to traditional planar magnetic headphones, PARA adopts an
ultra-large 100mm-diameter diaphragm incorporating Full Drive Technology (FDT). The entire vibrating surface of the diaphragm is evenly covered with effective driving circuits and enclosed in a magnetic field. This technology results in low-split vibration far superior to traditional planar magnetic headphones and comparable to that of electrostatics.

FDT (Full Drive Technology)

Traditional Planar Magnetic

Headphone Diaphragm Tracks Ineffective circuits exist in the vibration area, and only the central part of the diaphragm is driven. 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. 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.

Effective Drive Circuit: refers to the part of the circuit laid on the diaphragm of the planar magnetic headphone parallel to the grid magnets. Effective driving of the diaphragm can only be achieved if the orientation of the circuit is perpendicular to the magnetic induction field and the vibration direction of the diaphragm. Other parts of the circuit are ineffective, serving only to conduct current without producing the force necessary to drive the diaphragm.

N52 Magnet Array Optimized by FEA Finite Element Analysis

The PARA planar magnetic headphone adopts an array of 36 extra-large N52 neodymium strip magnets to generate a planar magnetic field covering the entire vibrating surface of the diaphragm, optimized by FEA finite element simulation to ensure the uniform and efficient distribution of the magnetic
field over the vibrating surface.

High-Damping Flexible Composite Diaphragm Highly Elastic Pure Silver Etched Circuit Secondary Diaphragm Stress Balance Technology High Sensitivity and Low Impedance for Easy Driving

In order to greatly improve driveability, and to ensure that PARA can deliver a superior laid-back natural timbre when powered by standard amplifiers, a new type of high-damping flexible composite material was selected after multiple experiments with a variety of materials. PARA also features redesigned etching of highly elastic pure silver circuits based on a two-dimensional topological structure, greatly eliminating the influence of pure silver circuits on the surface tension of the diaphragm, and further reducing split vibration and improving diaphragm compliance.

In addition to using a variety of materials with a two-dimensional structure design, PARA incorporates Tension Balancing Technology (TBT) to further balance surface stress. PARA offers the double advantage of driveability and high quality, delivering an exceptional listening experience when driven by standard amplifiers or portable HiFi equipment, and an even more refined experience when coupled with high-end devices.

Integrated Driver-cavity Structure

Lightweight High-strength Structure "PARA" inherits the integrated unit cavity structure of its "VENUS" predecessor, but greatly modifies both structure and materials.

The integrated space-stacked structure of the driver cavity consists of a large magnetic circuit with a uniform magnetic field that completely covers the vibrating area of the extra-large FDT diaphragm. After exhaustive and comprehensive mechanical simulation, the aluminum alloy frame of the VENUS was replaced with an optimised structure of lightweight, high-strength, industrial-grade plastic capable of bearing the loads of the magnetic circuit system and greatly reducing weight.

Scientific Tuning + Natural Timbre
Smooth Wide-Band Response
Ultra-Low Nonlinear Distortion
Natural, Open, Laid-Back, High-Quality

Thanks to the application of advanced technology and meticulous tuning by MOONDROP's senior acoustics R&D team, PARA delivers both outstanding acoustic performance and a rewarding listening experience with excellent texture.

Universal Dual 3.5mm

Interchangeable Cable Design PARA adopts a universal double 3.5mm interchangeable cable design with an inclined angle, allowing users to freely change cables to meet different requirements.

Specifications

Model: PARA Full-size Planar Headphones
Sensitivity: 101dB/Vrms(@1kHz)
Impedance: 80+15%(@1kHz)
Frequency Range: 15-53kHz(IEC61094,Free Field)
Headphone Jack: 3.5mm
Effective Frequency Range: 20-20kHz(IEC60318-4,-3dB)