TRN MT5

Unleash a New Realm of Audio Excellence

Immerse yourself in a symphony of enhanced sound. The meticulously crafted MT5 redefines audio performance with its advanced high-polymer LCP diaphragm and dual magnet, dual cavity dynamic driver. This innovative blend elevates the MT5’s performance across all parameters. Its driver unit, with exceptional magnetic field strength, offers remarkable high sensitivity and a fast dynamic response. Through meticulous audio tuning, the MT5 unveils a rich, pristine world of musical detail. Every stage of the crafting process is executed with precision to ensure an unparalleled listening experience.

All-New 10mm High-Polymer LCP Diaphragm

The groundbreaking 10mm high-polymer Liquid Crystal Polymer (LCP) diaphragm revolutionizes sound quality. Unlike traditional methods, the LCP production process eliminates side reactions, enhancing rigidity and reducing weight. This approach dramatically improves sound quality, offering unparalleled high-frequency extension and detailed audio clarity.

Dual Magnet, Dual Cavity Dynamic Driver Design

The MT5 surpasses conventional designs by employing an innovative dual magnet and dual cavity structure. This ensures superior sound separation across distinct frequency ranges, enhancing low-frequency performance while minimizing distortion at high volumes. The result is a clear and realistic soundscape.

Professional Sound Tuning for Pristine Audio

Our expert team has meticulously fine-tuned the MT5's sound profile, calculating reproduction frequencies for each driver unit and optimizing low, mid, and high-frequency responses. The result is a balanced, well-defined sound across all ranges.

Starlight Black or Illusory Silver

Select between two captivating colors, Starlight Black or Illusory Silver, both designed to complement your musical journey.

High-Quality Cables & Versatile Design

The interchangeable 2-pin design allows for enhanced expandability and flexibility, enabling users to switch cables based on personal preference or different listening scenarios.