Passat

Description:

Description:

Description:

Made from T6061 billet aluminum, LEYO DSG Oil Filter Housing not only adds aesthetic appeal to the engine bay, but specially designed fin also provides effective heat dispersion for the DSG under load. Heat resistant to prolong optimum operational temperature.

*Only fits 6 speed DSG DQ250 wet.

Specifications:

• T6061 Billet aluminum construction.

• Hard coat anodized finish for impeccable appearance and heat resistance.

• Promotes oil heat dispersion.

Product Details The ECS Billet Aluminum Manifold Port Boost Tap Kit conveniently adds three boost / vacuum ports to your Gen3 engine for any of your specific needs. Located on the left side of the intake manifold within the unused side intake port, this location provides a strong pneumatic signal and allows for an installation. Through multiple design revisions and product testing, our team of engineers found that other methods of acquiring a manifold signal, such as spacing the MAP / IAT sensor on top of the intake manifold, lead to skewed data being transmitted to the ECU. We found that intake air temperatures were reading lower (15-20° F at WOT), ignition timing was off (as much as -5°) and air /fuel ratio was richer (+1.0 point by 5,000 RPM). This directly translated into engine power dropping by as much as 6 WHP on an untuned vehicle! You can be certain that all critical data is not affected and your engine's ECU has all of its valuable information to properly adjust timing and fuel with our leading edge design! Engineered specifically for the Gen3 engine, we designed our Manifold Port Boost Tap with 3 ports, so you have multiple options to provide the strongest manifold signal to either your boost gauge, blow off valve, water meth switch or any other pneumatic device. In house designed and built in the USA, our Boost Tap includes the following: Black Anodized, Billet Machined 6061-T6 Aluminum Manifold Port Boost Tap 3 Vacuum Ports with 1/4" Hose Barb Fittings 3 Vacuum Set Screws Medium Strength Thread Lock OEM Securing Clip Manifold Pierce Alignment Tools In-house designed and made in America, you can expect nothing short of the best performance and longevity with this superior Manifold Port Boost Tap Kit from ECS Tuning!

Made in Canada from billet T6061 Aluminum Hard anodized black for stealth and longevity Uses OEM O-ring OE-style threads are precision made to fit the transmission just like factory part. Other manufacturers do NOT make this thread. Compatible with OEM Filter Replaces factory part 02E305045 The CTS B-Cool Billet 01E DSG Oil Filter Housing fits Audi, VW, SEAT, and SKODA models equipped with DSG Transmissions (except B8 S4).

The CTS Runner Flap Delete allows for the removal of the restrictive intake flappers from the factory intake manifold. The factory intake flappers can be a substantial restriction in modified vehicles, the CTS RFD is a must for any FSI owner that wants to minimize airflow restrictions and maximize power to the ground.

Mandrel bent aluminum piping with black powder coating - CNC machined MAP flange - DV relocation/noise pipe bung - 4 Ply silicon connectors with stainless steel clamps - Integrated water methanol bung with plug - Stainless steel clamps

MK5 MY09 onwards MK6 R/GTI/Golf/Jetta/GLI 8J Audi A3/TT 8P Audi A3/TT

For EA888.1 Gen 1 TSI models (2009-2013) - Mandrel bent aluminum piping with black powder coating - CNC machined MAP flange - DV relocation/noise pipe bung - 4 Ply silicon connectors with stainless steel clamps - Integrated water methanol bung with plug - Stainless steel clamps

One of the most common failures on the 2.0T FSI engine is the factory pressure-relief valve. These valves are in place to recirculate crankcase gases into the intake manifold once they open. Although this works fine for a few thousand miles, they begin to leak over time and cause boost to go past the valve into the valve cover. This not only causes an oily mess in the engine bay from crankcase pressure, but a rough idle, fuel economy decline and boost loss. With boost pressure far below where it should be, it is common to notice significant power losses and poor drivability.