If you own a turbocharged vehicle then chances are you know all about boost leaks. Due to the high pressures of the intake charge, it is not uncommon for leaks to occur when Audi A4 turbo hoses get old and deteriorate. However, a boost leak can cause dangerous running conditions that could potentially harm your motor. One way to avoid expensive damage is to replace old worn out units with brand new Audi A4 turbo hoses. Here at Andy's Auto Sport we have a great selection of turbo hoses for you to choose from. Whether you want a simple or flashy design, you are sure to find the perfect hoses for your taste in our expansive lineup.

Making sure your Audi A4 turbo hoses are in good shape is an important task to ensure reliability. But turbo hoses can also be important for overall performance. Your OEM turbo hoses are small in diameter and can severely restrict air flow. Many companies offer high-performance turbo hoses that will boost airflow and drastically increase power. In addition these hoses are made of superior materials that can withstand higher boost pressures and temperatures if you are running an uprated turbo. Do yourself a favor and invest in a nice set of turbo hoses. The payoff in performance and longevity is well worth the cost of admission.

Q: What are turbo hoses? Why buy them?
A: Turbo hoses are all of the hoses and plumbing that allow you to connect a turbocharger to your vehicle. This includes oil feed lines as well as the hoses that carry the pressurized intake charge to your motor. It is crucial that all of these hoses are in tip top condition. An oil leak or boost leak can have catastrophic effects, including destroying your motor completely. Do not gamble with your expensive investment, make sure all of your turbo hoses are in good shape. If you are running an aftermarket turbo or have turned up your boost, it is an absolute must to upgrade to high-performance turbo hoses. These hoses are stronger so that they will not expand or blow off under full boost, and with larger diameters available they can also significantly increase power output by reducing flow restrictions.