![]() x1 High Flow Velocity Air Filter x1 Clamp 3. While slight gains can be seen by pointing the velocity stack into oncoming air without the filter, this puts the engine at risk as unfiltered air can cause unwanted debris to enter your engine. Make Shortcut to this Calculator on Your Home Screen Example - Air Flow in Rectangular vs. NOTICE: Hybrid Racing recommends always running the filter on the cold air intake. 1 in 25.4 mm 1 inH 2 O / 100 ft 84 mmH 2 O /100 m Note - due to larger circumference and more friction area related to air volume - a circular duct is always more efficient than a rectangular duct. Fully assembled, the filter and velocity stack has a 6.25" overall height and 7.5" diameter. The velocity stack has a 2.25" overall height. All you need to connect it to your 3.5" cold air intake is a 3.5" silicone coupler and (2) hose clamps. The velocity stack has a 6" inlet and a 3" outlet. Included in each kit is a velocity stack, filter, and a hose clamp to connect the two together. That said, the same sort of benefits can be seen by adding a similar bellmouth (in this case a velocity stack) to the end of your cold air intake. This bellmouth is added because it increases the efficiency of air moving through the pipe by as much as 70% in the right situations. If you've ever looked inside an intake manifold, you've noticed a curved "bellmouth" profile at the inlet of each intake runner. A well-designed cold air intake and high-flow cone filter are great ways to let your engine breath better, but a filter on the end of a pipe has its limitations. Paying close attention to how air flows into and out of your engine is an obvious place to start making modifications for optimal performance. 6" to 3.5" velocity stack reducer Designed to improve airflow into your intake Durable, light weight injection molded construction 7.5" wide, 5" tall cone filter included 6" diameter hose clamp included Description What's Included Vehicle Fitment When it comes to getting the most power out of your engine, the devil is in the details.
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