UNIQUELY ENGINEERED

This is not another mass produced "filter on a stick". IE's cold air intake has been specifically engineered and developed using professional racing design aspects and specialized computational flow dynamic software. The result is a true Motorsport intake system that sounds and performs for the track with a sophisticated and classy design.

EASY POWER

The ram air design, built-in velocity stack, and our massive 5-inch filter inlet help deliver the most HP possible from a cold intake system. Expect peak gains of 15-20+HP/TQ on tuned engines.

DESIGN FEATURES

INCREASED AIR FLOW

Upgrading your ECU tune, pulleys, and other power adders requires airflow beyond that of the factory intake box. IE's intake feeds an impressive flow of air from the front of the vehicle directly to your supercharger. More cold air flow means more power, especially during the hot summer months. Ditch your stock restrictive airbox for the IE intake System. -Oh, and it sounds AWESOME too!

HIGH-FLOW VELOCITY STACK

Delivering cold air effectively for power takes more than just an open filter. Employing velocity stack technology like that found in professional Motorpsorts and adapting it for the 3.0T engine, efficiently channels air as quickly as possible. The velocity also functions as a solid mount for the air filter which means no intake pipes rattling or rubbing on heat shields.

PRECISION FIT

This Intake fits Audi 8R SQ5 & Q5 3.0T V6 Supercharged engines without any modification or installation hassles. The install process is simple and can be done quickly with basic tools. The fact that IE intake utilizes the factory airbox mounts ensures a perfect and hassle-free fit. Additionally, the stock mounts allow for engine movement which keeps intake components from getting damaged.

QUALITY COMPONENTS

IE uses a multi-piece heat shield which performs and looks great. It effectively channels cold air from the front of the car to the massive performance filter. Furthermore, it eliminates the induction of hot air found in other locations of the engine bay further protecting against power robbing heat off the exhaust and supercharger.

VEHICLE FITMENT GUIDE:

MAKE	MODEL	YEAR	ENGINE
AUDI	SQ5	2014-2017 8R	3.0T Supercharged
AUDI	Q5	2009-2017 8R	3.0T Supercharged

Now fully compatible with all 2018-2020 Audi RS3/TTRS 2.5T DAZA and DNWA engines, this is one kit to fit them all!

CTS Turbo is proud to announce our improved 8V, 8V.2/8S Audi RS3/TTRS Throttle Body Inlet Kit for DAZA and DNWA

Our high flow throttle body inlet is designed it to be larger, but also more aerodynamic than the stock part. Our inlet has a 56% internal volume increase over the stock inlet. Using the latest CAD software, the shape of the inlet tract was flow optimized and cast from aluminum for best performance. All critical parts were CNC machined to ensure perfect fitment and performance.

We have also included our machined throttle body spacer from with two additional ports for boost reference and methanol injection; as well and a high-flow 2.75″ throttle inlet pipe. Custom-made silicone couplers and t-bolt clamps allow for seamless, easy installation.

Features:

• CAD optimized for maximum flow, 56% larger than factory
• Cast aluminum throttle body elbow, billet aluminum spacer
• CNC machined in house for perfect fitment
• Direct replacement for factory parts between the cold side of the intercooler and the throttle body
• HP gain of up to 20hp on stock turbo, even more with big turbo upgrades
• Compatible with factory intake, CTS Turbo intakes and most other popular intakes (not compatible with Eventuri intake)
• Compatible with factory and aftermarket intercoolers
• Includes a large-bore 2.75″ charge pipe and custom silicone couplers
• Two extra 1/8″ NPT bungs on the charge pipe for watermeth nozzles
• Compatible with 1-bolt and 2-bolt pressure sensors
• DV flange is based on factory design
• Includes hoses and fittings to install on 2019+ DNWA engines

Fitment:

• 8V and 8V.2 Audi RS3 (2018-2020) – DAZA and DNWA models
• 8S Audi TT-RS (2018-2020) – DAZA and DNWA models

Description