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A traditional underhood intake, also known as a Short Ram Intake, usually follows the same path as the stock intake system. There are some distinct differences between the stock intake and the Fujita Air Short Ram. A few of these differences include replacing the factory intake plenum with an aluminum plenum, eliminating resonators, air box, drop in filter, and replacing it with an open filter element. These key differences allow the vehicle to bring more air into the intake chamber and create more horsepower and torque. Vacuum and in some cases air mass sensors, are still maintained and incorporated into the Fujita Short Ram Intake. Since a vehicle is constantly moving (except during traffic or at a light) heat soak will be of little issue since the car will constantly be bringing in fresh air. In addition, studies have shown that the material used to build the intake system has shown no loss of horsepower due to an intake being rubber, aluminum, ceramic coated, anodized, etc.
A Cold Air Intake is traditionally longer and in most cases extended behind the bumper cover so that it can ingest direct air that is both cooler and denser. In addition to more direct air, the longer plenum achieves higher torque gains as well as impressive horsepower figures. Depending on the complexity of the plenum route, the Fujita Cold Air Intake may come as a 1 piece or 2 piece intake system. Different diameters, filters, and bends are all key factors of the R&D process of each Cold Air Intake. The in-house Dynojet is the final judge of which intake configuration will make it to production. Air/Fuel ratios are also an important factor in testing the Cold Air Intake, ensuring that safe and near factory levels are maintained in order to not trip any electronic sensors on the vehicle. 6061 T6 ALUMINUM ALLOY CONSTRUCTION Each Fujita intake system is made with 6061 T6 Aluminum Alloy. After each application is bent and inspected, it is polished for an extremely bright finish. CARBON PLATED T-BOLT CLAMPS Carbon Plated T-bolt Clamps are used in Fujitaapplications due to their strength and reliability. All of Fujita's T-bolt Clamps either meet or exceed the SAE Spec. J1508. CNC MACHINED SENSOR FITTINGS CNC machined air mass sensor fittings are used to ensure proper air/fuel ratios throughout the power curve. Each sensor is carefully engineered for accuracy. SILICONE HOSE Fujita uses reinforced Silicone Hose to provide stability during both extreme hot and cold conditions, -65°F(-54°C) to +500°F (+260°C) TIG WELDED BRACKETS TIG Welded brackets are used in conjunction with Rubber Vibration Mount Dampening to stabilize the intake system from unwanted stress during load. SUPER FLOW HIGH PERFORMANCE AIR FILTER Each Fujita Intake System comes with a Super Flow High Performance Air Filter' designed to maximize efficiency without compensating air filtration. Fujita's Super Flow High Performance Air Filter' was designed to maximize air flow. The high gloss Fujita air horn enables air to enter the intake chamber in a high velocity spiral motion. The base of the filter was technically engineered to ensure a smooth and rapid passage of the air into the intake chamber. Cleaning the air filter is simple and can be done using soapy, lukewarm water, and let air dry. The Super Flow High Performance Air Filter' contains a synthetic fiber that does not contain any oil. EACH FUJITA INTAKE SYSTEM COMES COMPLETE WITH: - 6061 T6 Aluminum Intake Tubing with Polished finish *except special editions - Reinforced Silicone Hose - Carbon Plated T-bolt clamps *unless linear clamps are required - Fujita Super Flow High Performance Air Filter - TIG Welded bracketry - Vibration Mounts - Free NOS Energy Drink courtesy of drinknos.com while supplies last - Features may vary depending on application.
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