Orders placed before 1:00 PM (EST) will be shipped on the same business day.
All orders are processed within 1 business day (excluding weekends and holidays) after receiving an order confirmation email. You will receive another notification when your order has been shipped.
Delivery is carried out to the door, using courier services UPS, USPS and FEDEX. When placing an order, you will be offered several tariffs to choose from.
Shipping costs for your order will be calculated and displayed at checkout. You can agree on additional information and delivery method with your sales representative.
You can save shipping charges by using the free local pickup at 158 9th St Brooklyn, NY 11215, Monday through Friday, 10:00 am to 7:00 pm.
Please have your order confirmation email with you.
AERO Exhaust was founded in 2003 by Jordan Cherrington, a passionate diesel performance enthusiast with a background in industrial design. Jordan recognized the rising trend in aftermarket performance products and identified room for improvement, thus resulting in an all-new patented Air-Foil Technology: a break-through design that not only improves overall performance gains but also significantly reduces engine and exhaust gas temperatures (EGT’s). After years of research and development alongside engineering departments at local universities, AERO Exhaust further improved performance gains and expanded into gas and circle track race applications.
Throughout recent decades exhaust technology has evolved. Improvements in various areas such as flow characteristics, heat signatures, and optimal pipe diameter have resulted in greater horsepower and torque gains. What sets AERO Exhaust apart is unique, patented Air-Foil Technology (Aeroturbine) design. The internal structure enables the incoming exhaust stream to separate as it enters the inner muffler core and rapidly expands. Next, it splits via an air-foil cone with an orifice similar to a jet engine. The outer flow velocity is accelerated due to the increased distance it must travel. The higher density inner flow stream also creates a low-pressure vacuum in the outer expansion chamber, evacuating the exhaust pulses much more efficiently. The outer flow stream accelerates as it recombines with the inner flow stream, enabling the sound waves to cancel each other out.