Three years of engineering research brings a new generation of transducer chassis designs that provide improved mechanical and acoustical parameters. New chassis profiles have been developed for the S3’s midrange and bass drivers, which result in ideal stiffness and damping properties to minimize any acoustical contribution by reducing resonant modes while also maximizing air flow. No aspect of the S3’s design was left to chance. Magico’s commitment to leveraging its R&D resources for the best acoustical performance is unrivaled.
TWEETER HIGHLIGHTS: Using key elements of the M9 tweeter platform, the newly designed S3 tweeter features the vaunted Magico 28mm diamond-coated beryllium diaphragm. Optimized geometry, created using state-of-the-art Finite Element Analysis modeling tools, brings the S3’s high-frequency reproduction one step closer to perfection. This was achieved by skillfully leveraging beryllium's physical properties, making the tweeter closer to the theoretical ideal without gaining the extra weight normally associated with a material such as diamond's specific gravity. This applied technology allowed Magico to increase the dome diameter from 26mm to 28mm, improving many aspects of performance and allowing even greater power handling and vanishingly low distortion. Combined with a neodymium-based motor system, new acoustically improved back chamber, and customized shape to integrate into the curved front baffle, the new S3 tweeter registers the lowest distortion measurements possible today from a high-frequency transducer. When coupled with even greater power handling, the S3’s tweeter is a technical and sonic marvel.
MIDRANGE DRIVER HIGHLIGHTS: The 5-inch pure midrange driver in the S3 features an advanced cone material formed of a honeycomb aluminum core sandwiched with outer and inner layers of graphene and carbon fiber. This enables wider dispersion characteristics and results in greater midrange transparency. The advanced cone is supported by a customized basket assembly and innovative foam surround, which helps achieve ideal cone/surround integration, faster settling time, and impressively low distortion. The all-new underhung neodymium-based motor system uses two extra-large magnets to facilitate a super-stabilized magnetic field and a pure copper pole cap that minimizes eddy currents and maximizes efficiency. This development in midrange driver technology sets a new benchmark of measured performance in both the frequency and time domains.