Description
Disclaimer : Cancellations within 24 hours are subject to a cancellation fee. After 24 hours, a higher fee will apply.
Upgrade your BMW M6 with our High Performance Intercooler, engineered to improve cooling efficiency, reduce intake air temperatures, and maintain consistent performance from the S63 Twin Turbo V8 engine.
Designed by German Car Accessories (GCA) under our GCA Performance line, this intercooler features an optimized core design and increased fin density to maximize heat dissipation while reducing pressure drop. Built to handle increased boost pressures, it delivers improved throttle response and reliable performance during spirited driving or high-performance applications.
The reinforced cast aluminum end tanks and premium construction provide improved durability while helping prevent heat soak during demanding conditions. Whether your M6 is stock or modified, this intercooler is the perfect upgrade for maintaining consistent power delivery.
We Stand Behind Our Products
All items from us have a 1-Year Warranty!
Features & Benefits
- Designed specifically for BMW M6 S63 Twin Turbo V8 engines
- Reduces intake air temperatures
- Improves cooling efficiency under heavy load
- Helps prevent heat soak during aggressive driving
- Supports increased boost pressures
- Minimizes pressure drop for improved airflow
- Durable aluminum construction
- Direct bolt-on installation
Specifications
Fitment:
- 2012-2018 BMW F06/F12/F13 M6 Coupe, Convertible, Gran Coupe
Engine:
- 4.4L Twin Turbo V8 S63 Engine
Features:
- Increased Horsepower Potential
- Less Pressure Drop
- Thermal Heat Dissipation
- Anti-Corrosion Construction
- Low Intake Air Temperatures
- Cast Aluminum End Tanks
Installation:
- 100% Reversible, return to stock anytime
- All Necessary Mounting Hardware Included
Package Includes
- BMW M6 High Performance Intercooler
- Installation Hardware
Keep your BMW M6 performing at its best with a high-efficiency S63 intercooler designed to deliver cooler intake temperatures, improved reliability, and consistent power under demanding conditions.
