Esotar 2

Esotar E110 Tweeter

Esotar² E110 Tweeter

  • Coated textile dome

  • Very strong neodymium magnet

  • Open, spacious and detailed high frequency

  • Excellent dynamic and transient performance

  • Integrated damped cavity chamber

  • Variovent integrated in back plate

1999.99 $

Dynaudio has established a reputation of producing some of the best high frequency drivers available with its Esotar models, incorporating its most refined technology into new reference automotive tweeter – and bestowing such with the Esotar designation. The new Esotar automotive tweeter features a specially coated 28 mm (1.1") diameter fabric dome, a powerful neodymium magnet and an exceptional CNC-machined metal housing with a damping back chamber.

Esotar E430 Midrange

Esotar² E430 Midrange

  • Diaphragm and dust cap moulded as one piece

  • Internal double magnet system

  • Magnetsystem with neodymium magnet

  • Aluminium voice coil wire

  • Rigid die-cast chassis with aerodynamically ribs

  •  Smooth high-frequency roll-off 

1999.99 $

The new Esotar² 430 midrange features a geometrically optimized 3.5" diameter MSP (magnesium silicate polymer) cone, the MSP material providing an ideal combination of stiffness, low weight and excellent inner damping. The diaphragm and dust cap are moulded as one piece. An internal double magnet motor system incorporates powerful neodymium magnets and a vented pole piece. The aluminum voice coil wire provides for a low moving mass, and is wound on an aluminum former to maintain an extremely light weight. 
Built into a rigid, die-cast solid aluminum frame with aerodynamically shaped ribs, in conjunction with the powerful motor, the characteristic Esotar² low-mass driver construction provides excellent transient response, speed and precision, with smooth high frequency roll off and a natural midrange reproduction. The Dynaudio Esotar² automotive loudspeaker series represent the highest level of automotive music reproduction – not just for Dynaudio but for the entire arena of car audio. The compact Dynaudio Esotar² 430 opens up the possibilities for system installations, and is a perfect complement to the performance benchmarks set by the Esotar² loud-speaker separates.

Esotar E650 Woofer

Esotar² E650 Mid/Woofer

  • Diaphragm and dust cap moulded as one piece

  • Large 75 mm voice coil

  • Internal double magnet system

  • Double magnet system with neodymium magnet

  • Aluminium voice coil wire

  • Smooth high-frequency roll-off

1799.99 $

The 17 cm (6.5") diameter Esotar² 650 midrange/bass driver relies on a rigid, die-cast solid aluminum frame and Dynaudio’s characteristic MSP (Magnesium Silicate Polymer) diaphragm. The voice coil diameter is exceptionally large at 75 mm, but by using extremely light aluminum wire wound on a Kapton former, the coil remains extremely lightweight. In conjunction with the powerful neodymium magnet, this low-mass driver construction provides excellent transient response, speed and precision.

Esotar E1200 Subwoofer

Esotar² E1200 Subwoofer

  • 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 environmental conditions in a car

1999.99 $

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, light weight 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.

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