The Esotar² 1200 Subwoofer also features a unique construction: A massive, powerful magnet powers a 75 mm diameter aluminum voice coil and MSP cone diaphragm. MSP provides the ideal combination of stiffness, lightweight, and excellent inner damping to naturally reproduce the lowest frequencies without distortion. High-quality materials, meticulous production quality, and precise fit and finish mated to Dynaudio’s most advanced technology results in a stunning sonic performance, allowing listeners to experience music like never before.
Thanks to the innovative Dynaudio construction with precise parameters and extremely tight tolerances, this 30 cm (12") diameter driver reproduces the highest sound pressure levels down to the lowest notes by precisely following the amplifier’s signal, even at the highest output levels.
Large 75 mm voice coil
High power handling, 400W long term IEC
Rigid die-cast chassis with aerodynamically shaped ribs
Materials and parameters are optimized for the harsh automotive environmental conditions
The Esotar² 1200 Subwoofer also features a unique construction: A massive, powerful magnet powers a 75 mm diameter aluminum voice coil and MSP cone diaphragm. MSP provides the ideal combination of stiffness, lightweight, and excellent inner damping to naturally reproduce the lowest frequencies without distortion. High-quality materials, meticulous production quality, and precise fit and finish mated to Dynaudio’s most advanced technology results in a stunning sonic performance, allowing listeners to experience music like never before.
Thanks to the innovative Dynaudio construction with precise parameters and extremely tight tolerances, this 30 cm (12") diameter driver reproduces the highest sound pressure levels down to the lowest notes by precisely following the amplifier’s signal, even at the highest output levels.
Large 75 mm voice coil
High power handling, 400W long term IEC
Rigid die-cast chassis with aerodynamically shaped ribs
Materials and parameters are optimized for the harsh automotive environmental conditions