Free shipping over $200CAD, 100% Canadian no hidden fees . Did not find a part you need ? Please chat with us or send us an email and we will quote you. If order is time sensitive please contact us for ETA. Oversized items such as body panels & few exhaust systems may have extra shipping cost depending on location.
Cart 0
Integrated Engineering 5 BAR MAP Sensor Kit For VW MK7 and Audi 8V MQB Gen 3 Engines
IE

Integrated Engineering 5 BAR MAP Sensor Kit For VW MK7 and Audi 8V MQB Gen 3 Engines

Regular price $310.00 $0.00 Unit price per
Shipping calculated at checkout.

IEELCI5

MQB High Boost Sensor Kit

The IE 5 Bar Map Sensor Kit is designed to replace the factory 3 bar MAP (manifold absolute pressure) and PUT (pressure up throttle) sensors found on the VW & Audi MK7/8V GTI, Golf R, GLI, A3, and S3 EA888 Gen 3 engines. Upgrading to the 5-bar MAP Sensor Kit increases the ECU's ability to read higher boost pressures. This is important when upgrading to larger turbos with high-boost output beyond the factory 3-bar limit. These sensors are direct install into the factory charge piping and intake manifold and are plug-and-play to the factory engine harness.

IE's 5-Bar MAP Kit is an easy-to-install solution with two new sensors that directly replace the factory units. There are no finicky wiring harness conversions or hardware adapters. Both upgrades are built into our own sensor housings with an exact-fit replacement for the stock units. Upgrading your boost sensors couldn't be easier. 

NOTE: Requires a specific 5-bar sensor calibration in your ECU tune. Do not install with ECU tunes designed for stock sensors.

Kit Includes: 

  • 1X) IE 5 Bar MAP Sensor
  • 1X) IE PUT Sensor

Scaling Info:

  • 11HPA= .5 Volts
  • 5000HPA= 4.5 Volts

Installation:

Your new IE 5 Bar MAP Sensor Kit includes everything needed to install and is an easy plug-and-play process that takes 30 minutes or less! CLICK HERE TO DOWNLOAD THE INSTALL GUIDE


Share this Product

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)