*Please note the 2-Pin variant has sold out and is available for Pre-Order
Hyperrealistic Listening Experience
The DUNU DK3001BD connects with your sensory mind, creating a hyperrealistic audio journey that elevates your music listening experience to new heights. Immerse yourself in the world of sound, where every note and nuance resonates with clarity.
Advanced Tribrid Driver Technology
Featuring a sophisticated combination of 9 drivers, the DK3001BD employs a tribrid configuration of 1 dynamic driver, 4 balanced armatures, and 4 planar units. This intricate design is controlled through a dual-system, four-way precision crossover, delivering precise frequency response, consistent phase alignment, and an authentic musical connection.
Premium Build Quality
The DK3001BD's housing is meticulously crafted from aerospace-grade aluminum alloy, coated with zirconium ceramic for added durability and a smooth finish. This elegant design not only enhances aesthetics but also contributes to sound quality.
Dynamic and Balanced Performance
The specially developed dynamic driver features a biocellulose dome with a flexible suspension system, ensuring remarkable low-frequency shaping and deep, layered bass. Paired with customized balanced armature drivers for mid and high frequencies, you’ll experience rich mid-tones and vivid treble details that gracefully enter the ears.
Exceptional Treble Detail
Equipped with four high-performance micro planar drivers, the DK3001BD excels in delivering ultra-high frequencies, providing an airy and expansive soundstage that far surpasses traditional drivers.
Superior Cable Design
The included high-purity, four-core single-crystal copper cable has undergone a secondary purification process to ensure minimal interference and smooth signal transmission. Encased in a nylon damping layer, it enhances the overall audio experience.
Versatile Connectivity
The Q-Lock Mini interchangeable plug system offers flexibility with both 3.5mm single-ended and 4.4mm balanced connectors, allowing seamless switching between different audio sources.
