SUPERIOR SOUND WITH LARGE-DIAMETER MAGNESIUM ALLOY DYNAMIC DRIVER UNIT

Project ACE In-Ear Monitors (IEMs) are high-fidelity earphones designed for audiophiles. They boast a 12mm Dynamic Driver unit crafted with premium materials like magnesium alloy and beryllium. This combination delivers crisp highs, powerful bass, and exceptional detail across the entire frequency range.

REVOLUTIONIZING AUDIO WITH T.B.A.C. TECHNOLOGY

Project ACE IEM features a revolutionary approach to earphone design with its patented T.B.A.C. technology. This unique system employs three chambers to achieve unparalleled sound clarity. The first chamber tackles distortion head-on, ensuring a pure listening experience. The second chamber prioritizes structural integrity while meticulously managing airflow for optimal sharpness. Finally, the third chamber guarantees a consistent flow of air, further enhancing audio precision. This innovative design promises a complete transformation in how you experience your music.

LIGHTWEIGHT AND STRONG ALUMINUM WITH HIGH-PRECISION CNC PROCESS

Project Ace earphones are manufactured utilizing a handpicked T6063 aluminum alloy. This aluminum is lightweight, strong, and corrosion-resistant. Unwanted vibrations are eliminated when the audio passes through the rigid shell owing to the aluminum’s high toughness. Project Ace employs CNC machining to guarantee that the density of their earphones is consistent and that their precision is unparalleled. The shells are manually ground, polished, and anodized to ensure they’re both beautiful and strong for many years.

THE COAXIAL SHIELDED AND TWISTED BALANCED MODULAR CABLE

The Project Ace earphone cable takes a unique approach to sound quality through a combination of different cable types. It uses both coaxial shielded and twisted balanced cables, along with a special Litz type5 coaxial braided cable. This isn’t just a mishmash of wires – the eight cores are a complex design that blends copper and copper silver-plated cores in a specific ratio. This combination aims to reduce internal resistance, which in turn leads to improved sound separation and overall clarity.

SPECIFICATIONS