How is the power adjusted with the aFe Scorcher GT Module?

Power is adjusted using an included LED light switch mounted in the cabin. You can cycle through four settings: Stock (Green), Sport (Yellow), Sport+ (Orange), and Race (Red) with a single button.

What specific TMAP sensor does this module work with?

This module is designed for the Sensor 1 style TMAP sensor found in earlier N63 engines, typically from 2011 and before. This sensor is identified by a smooth connector housing and a raised square between the mounting bolt locations.

Does this module require any permanent modifications to my BMW's wiring?

No, the Scorcher GT module features a plug-and-play design. It uses factory-style connectors that plug directly into your vehicle's stock wiring harness and sensors without requiring any modifications.

aFe Scorcher GT Module 09-11 BMW 550i/650i/750i V8-4.4L (tt) N63

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aFe

aFe Scorcher GT Module 09-11 BMW 550i/650i/750i V8-4.4L (tt) N63

Name: aFe Scorcher GT Module 09-11 BMW 550i/650i/750i V8-4.4L (tt) N63
Brand: aFe
Price: 473.09 USD
Availability: InStock

$473.09

Worn-out engine sensors cause sluggish performance. This aFe Scorcher GT Module is a direct fix, adding up to +40 HP and +60 lb-ft torque.

Key Features

Direct Plug & Play Installation — Connects directly into the stock wiring harness and sensors, no modifications needed.
In-Cabin Power Adjustments — LED switch allows on-the-fly changes between Stock (Green), Sport (Yellow), Sport+ (Orange), and Race (Red) modes.
Increased Turbo Boost — Alters sensor signals to raise turbo boost pressure for more power.
Performance Gains — Tested to add up to +40 horsepower and +60 lbs. x ft. of torque.
High-Quality Construction — Features a black powder-coated aluminum enclosure and factory-style connectors.
Sensor 1 Compatibility — Designed for the early N63 TMAP sensor style found in 2011 and earlier models.

⚠️ CA WARNING: This product can expose you to chemicals known to the State of California to cause cancer and/or birth defects or other reproductive harm. Learn more