Magico is proud to launch the A series. At long last a Magico loudspeaker obtainable for a wider audience; the A3 brings together a bevy of technologies unheard-of at its price point. A fully braced and anodized aluminum enclosure, beryllium tweeter, carbon Nanographene cones, neodymium based motor systems and our renowned elliptical crossover, the A3 is the impossible made possible.
High Frequency driver
Extended high frequencies are provided by a newly designed Magico pure beryllium-diaphragm tweeter with an optimized 28-mm dome surface based on the fundamental design platform and geometry of the M-Project tweeter. The customized neodymium motor system is encased in an improved back chamber with our latest generation damping materials that facilitate ultra-low distortion, higher power handling, massive dynamic capabilities and extended linear voice coil movement.
Midrange Frequency driver
The newly developed 6-inch midrange employs a Multi-Wall carbon fiber cone with a layer of XG Nanographene, providing optimal stiffness to weight ratios and an ideal damping factor. Overhung neodymium based motor systems incorporate extra-large magnets to ensure a stabilized magnetic field in the 75-mm pure titanium voice coils of both the midrange and bass drivers.
Low Frequency Drivers
Dual 7-inch woofers incorporate a version of the new Gen 8 Magico Nano-Tec cone. The same properties and materials that allow for the proper combination of stiffness, mass and damping are carried through to the lowest frequencies. The chassis has also been simulated and tested for the optimal combination of stiffness and damping. Minimum acoustical impact is achieved through reducing vibration modes while maximizing air flow. A new overhung neodymium (N48) based motor system anchors the low frequency reproducers to accomplish a super stabilized magnetic field. A pure Titanium, 75mm voice coils are consistent with the technology utilized through the midrange.
The A3 Midrange and Low frequency drivers were optimized for minimal music related distortions in its band pass, in both the frequency and time domains using latest state of the art FEA simulation of acoustical, mechanical, electromagnetic and thermal behavior. All of this is now being done on a single platform, allowing Magico to take the next step in performance optimization.