The Harmony ONE is available in both active and passive versions. Here are the core engineering highlights that define it:

• The Tweeter: We selected the top-performing ViaWave DRT-145 ribbon tweeter. To achieve optimal directivity and controlled dispersion, we designed a custom front waveguide engraved directly into the loudspeaker’s front panel.
• The Mid-Woofer: We chose the Satori 6.5″ driver, featuring a cone that utilizes Spread Tow technology. In this design, carbon filaments are flattened into ultra-thin tapes and woven together with minimal epoxy resin. This creates a distinctive, flat checkerboard pattern that delivers maximum stiffness with minimal weight.
• The Bass Tuning: The enclosure is tuned using an 8″ Satori passive radiator, ensuring a deep, clean, and completely boom-free bass response.
• The Enclosure Structure: The cabinet structure was extensively modelled and optimized using an industrial-grade software utilizing the Boundary Element Method (BEM). This allowed me to precisely simulate the cabinet geometry, edge diffraction, and the custom waveguides for both the ViaWave tweeter and the Satori mid-woofer before building a physical prototype.
• Cabinet Construction: The cabinet relies on intensive CNC precision milling to guarantee maximum rigidity and a completely resonance-free performance. Additionally, we implemented an internal structure with a dedicated damping rod to ensure the enclosure remains as acoustically inert as possible.
• The Crossover: Designed using finite element software, the crossover predicts performance with extreme accuracy while minimizing the baffle step effect. We used only premium-tier components, including air-core inductors to completely eliminate saturation effects.

The ultimate result of this rigorous engineering and design process is the Harmony ONE.