Borla Performance Exhaust System Kit 11895

Borla1122192
Part # 11895
SKU # 1122192

Price Not Available

PRODUCT SPECIFICATIONS

Part #11895
SKU #1122192
Weight30lbs
Part #
11895
SKU #
1122192
Weight
30lbs

PRODUCT DESCRIPTION

BORLA(R) ATAK(R) (Acoustically-Tuned Applied Kinetics) Technology Is Designed For High-Performance. ATAK(R) equipped exhaust systems deliver the highest available Decibel levels in the BORLA(R) street-legal lineup and unlike inferior brands that lose significant sound quality at higher volumes, ATAK(R) is tuned like a graphic equalizer to shape and focus sound waves for optimum high-volume output. ATAK(R) technology is based on specifically-tuned attributes of the internal muffler cores, which are calibrated on a vehicle-by-vehicle basis to deliver the most desirable sound. The power of BORLA(R) Multicore(R) technology, with the sound of vehicle-specific acoustic tuning.

  • checkmark
    Designed For High-Performance
  • checkmark
    Equipped Exhaust Systems Deliver The Highest Available Decibel Levels
  • checkmark
    Tuned Like A Graphic Equalizer To Shape And Focus Sound Waves For Optimum High-Volume Output

BORLA(R) ATAK(R) (Acoustically-Tuned Applied Kinetics) Technology Is Designed For High-Performance. ATAK(R) equipped exhaust systems deliver the highest available Decibel levels in the BORLA(R) street-legal lineup and unlike inferior brands that lose significant sound quality at higher volumes, ATAK(R) is tuned like a graphic equalizer to shape and focus sound waves for optimum high-volume output. ATAK(R) technology is based on specifically-tuned attributes of the internal muffler cores, which are calibrated on a vehicle-by-vehicle basis to deliver the most desirable sound. The power of BORLA(R) Multicore(R) technology, with the sound of vehicle-specific acoustic tuning.

  • checkmark
    Designed For High-Performance
  • checkmark
    Equipped Exhaust Systems Deliver The Highest Available Decibel Levels
  • checkmark
    Tuned Like A Graphic Equalizer To Shape And Focus Sound Waves For Optimum High-Volume Output