Teamspeed.com - It sounds immense! 2014 Audi R8 V8 equipped with Armytrix Titanium Exhaust

Product Information: www.armytrix.com/Audi-R8-2014.php

Watch more videos:
www.youtube.com/user/armytrix

INSANE! 2014 Audi R8 V8 w/ Armytrix Titanium Performance Exhaust - YouTube

Armytrix has spent hundreds of hours of development and sound tuning to unlock the perfect combination of exhaust tone, sound volume and practicality. The valved exhaust system which was specifically designed to unlock power hidden in the 4.2L/5.2L engine and produce a much more aggressive and characteristic exhaust sound. Another great benefit of the R8 system is that it's so much lighter than the factory exhaust, shaving nearly 21 kilogram of dead weight from the rear of the car, Armytrix achieved this by using aero-grade titanium throughout the entire system and of course, the titanium racing exhaust delivers the best sound for each individual owner at all revs without needing manual switching; this is an unmatched piece of performance engineering.

What we differ from other brand’s exhaust systems that has no valves or no auto function is our unique “Throttle Pedal Sensor and Engine RPM Signal Auto Functions”, we offer car owners with better launch-start without losing backpressure by automatically closing the valves at low rpm, when your car is driving at high speeds, the valves will automatically open to increase air flow for better performance (hp & torque gained) and sound, car owners can set whatever the timing for valves to automatically open and close by engine rpm and how deep they press the gas pedal, it’s a new innovation system to bring your car to a whole nother level and it’s not just an exhaust system you’re getting, it’s a new driving experience that you never had before.

NOTE: Armytrix wireless valvetronic wiring is a plug-and-play system, no cutting, alteration or damage will be done to the factory settings.

Attachment 169882 Attachment 169883 Attachment 169884 Attachment 169885 Attachment 169886 Attachment 169887 Attachment 169888 Attachment 169889