Audi 8P A3 Integrated Engineering Cold Air Intake Kit

Part # IEINCB2
Price: $349.99 Kit

The IE A3 FSI Cold Air Intake Kit is the perfect intake upgrade for your engine bay. Benefits include added horsepower and torque, perfect MAF scaling, improved throttle response, and increased turbo noise. Peak gains are generally 10 Horsepower and Torque.

 

VEHICLE FITMENT

Audi - A3 2006-2013 (MK2 - 8P) 2.0T FSI (EA113 timing belt driven engine)

 

POWER GAINS

The ram air design and and massive 5 inch filter inlet help deliver the most HP possible from an intake system.

Expect peak gains of 10+ HP on stock vehicles
Gains may exceed 10 HP on tuned and big turbo vehicles  

 

LEADING FEATURES

Gains of 10+ horsepower and torque
Massive 5 inch diameter air filter
High-flow velocity stack
Delivers cold air to your turbocharger
Cleans up any engine bay
Perfect fitment by utilizing factory airbox mounts
Black powder coated inlet pipe and heat shield
Durable 3-ply silicone couplers

 

INCLUDED IN KIT

IE custom sized MAF tubing
IE 3 inch diameter powder coated inlet pipe
IE heat shield & massive air filter
All necessary hardware (clamps, nuts, bolts, etc)

 

PERFECT MAF SCALING

Your MK5 FSI ECU uses the MAF (mass air flow) sensor to calculate how much fuel is needed when idling or driving. When the diameter of the inlet pipe or MAF sensor location is altered it can lead to check engine lights (CEL) or a poorly running vehicle. If you have a CEL related to the MAF sensor after installing a new tune or intake, this could potentially be the cause.

IE has completely eliminated this issue by engineering the perfect MAF sensor placement and IE custom tube diameter. Unlike other 3 inch inlet pipe intakes available, the IE custom tube diameter ensures that the MAF sensor functions as the factory intended. This equates to the car running at it’s full potential and making the most power possible.

 

DESIGN DETAILS

IE engineers set out to develop a 2.0T Cold Air Intake that looks great and performs even better. The latest in computer design and 3D scanning technology were employed during the development process for a perfect fit and maximum performance.

HIGH-FLOW VELOCITY STACK

Delivering cold air to you engine is a must for making power. The velocity stack efficiently channels air as quickly as possible into the intake system. The velocity also functions as solid mount for the air filter which means no intake pipes rattling on heat shields.

INCREASED FLOW

This Intake delivers an impressive flow increase to feed your turbo. More cold air flow means more power; especially during the hot summer months. Ditch your stock restrictive airbox for the IE intake System.

CUSTOM HEAT SHIELD

IE uses a two 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.
 

MASSIVE 5" AIR FILTER

The filter included in this kit is the biggest available on the market! It works efficiently to feed your turbo with the cold air it needs. It also keeps the air going into the turbocharger clean and debris free ensuring long life.

DROP-IN FITMENT

This Intake fits 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 rubber mounts allow for engine movement which keeps intake components from getting damaged.  

CLEAN APPEARANCE

Wrinkle black powdercoated inlet pipes and heat shields result in sleek and sporty appearance in any engine bay. As a final touch all IE heat shields are finished with a classy, laser etched, stainless steel IE logo badge.

 

EASY INSTALLATION

Installation is quick and easy install with basic tools. The process should take around an hour for most enthusiasts.


About Integrated Engineering

IE Company Overview

Integrated Engineering is dedicated to providing high quality automotive performance products without compromising quality, or reliability. We specialize in making your car go faster for longer with highly engineered products.

Our customers have grown to expect a quality build and finish that we strive to over deliver on, not only to manufacture the best, but to ensure the final product performs as well as it was engineered.  This begins with a in-depth design process that can take months to years, and through specialized software the digital product is designed and re-imagined many times over.  From here, many products are "rapid prototyped" in a ABS plastic to check dimension, fit, and in some cases application. Many of our high-power performance products such as connecting rods, camshafts, and valve train components undergo hours of ruthless testing on our in house engine dyno.  This all ensures that our products have real world-data, for real-world results, on real-world cars.  At Integrated Engineering our commitment to bring you the highest quality performance products available with uncomprimised performance truely sets us apart from the rest.

History

Integrated Engineering was founded in 2007 in Salt Lake City, Utah by Peter & David Blais.  Integrated Engineering was started as a Volkswagen / Audi high-performance engineering company specializing in Turbo charged and strong, reliable engine builds. Since then, IE has set a new standard for performance products in many areas including connecting rods, camshafts, valve train, and billet accessories. Integrated Engineering has made a mark in the enthusiast community, and continues to offer the quality and performance orientated product our customers demand.

In-house Facilities

Engineering resources/capabilities

Rapid prototyping 

Engine Dyno

CNC Machine Shop

 
Images are provided by the manufacturer/supplier and may be a generic photo for representation purposes, and not of the actual product. Pricing also subject to change without notice.


GMP 710 Pressley Road Charlotte, NC 28217 Phone: 888.488.2028 Fax 704.523.4910