Description
- Crafted with Meze's trusted 50mm driver, renowned for its reliability and adaptability
- Expertly tuned to deliver rich, refined sound with a full-bodied depth
- Built with premium materials made to last
- Features velour ear pads that provide optimal seal and comfort
- Meze's lightest open-back model to date
Silent. Unseen. Essential. Air finds expression through invisible vibrations that become audible poetry. 105 AER is Meze's invitation to let the air in and experience the multi-dimensional depth of music.
Rich in detail and versatile, 105 AER was created for those who value a deeper connection to their sound - an adaptable open-back headphone, perfectly suited for all genres of music. Inspired by bio-architecture and nature’s balancing act, 105 AER stands at the peak point of tonal equilibrium.
Premium Sensorial Experience
Crafted for durability and comfort, the 105 AER features premium materials like PVD-coated zinc alloy, Manganese spring steel, and velour earpads, ensuring resilience and lightness as Meze’s lightest open-back headphones to date.
Driver Design
Meze's 50mm Dynamic driver architecture has proven to be remarkably reliable and versatile. To keep 105 AER maximally accessible, the driver membrane and frame underwent slight tweaks. Meze took this opportunity to introduce a unique new headphone voicing that fits all musical genres.
W-Shaped Dome
Made of a carbon fiber-reinforced cellulose composite, the dome can reproduce high-frequencies with incredible detail, clarity, and definition. More durable than conventional alternatives used in Dynamic drivers, yet lightweight, this composite helps reduce resonances that may lead to harmonic distortion.
Ultra-Thin Torus
The PEEK (Polyether Ether Ketone) torus surrounding the dome offers high tensile strength and stiffness for stability under stress, with lightweight properties enhancing signal response for clear, detailed audio. Its superior internal damping minimizes resonances, while precisely 45.5° angled grooves add durability and improve performance.
Stabilized
The copper-zinc alloy stabilizer, positioned around the membrane, improves the absorption of vibrations to further reduce distortion.
