Forge Uprated Intercooler for the EA888 2.0 TSI engine
This is our intercooler for the Volkswagen Mk7 Golf, Mk7R, Tiguan, Audi TT MK3 2.0 TSI and S3 8V, as well as the Skoda Kodiaq, fitted with the EA888 2.0 TSI engine. Volkswagen group changed just about everything from the Mk6 to the Mk7 chassis, so this core had to be designed from scratch in order to fit in with the redesigned radiator and condenser.
Gains of 16bhp
Temperature drops of 25-30°C
Reduced turbo lag, increased response
Greater overall surface area for greater heat dissipation
Utilising a race specification bar and plate construction air core
High flow cast end tanks ensuring optimum air transition for cooling efficiency
Dyno proven horsepower and torque gains
Provides smoother power curve
Dimensions: 650x420x50mm
Includes necessary hardware and instructions for installation
Designed for performance and reliability, the core fits in the stock location meaning cooling is radically improved over OEM. Our test Golf Mk7 GTI achieved gains of up to 16bhp more* without any other modifications whilst also demonstrating a consistent 25-30°C temperature drop* over stock on the dyno, with all runs performed on the same day with only a 2°C variation in ambient temperature over the runs (in fact it was 2°C hotter when we tested the Forge core). You can also see the temperature drop comparison of the stock and Forge cores in the graph below.
*gains will vary per car model and conditions
This is our intercooler for the Volkswagen Mk7 Golf, Mk7R, Tiguan, Audi TT MK3 2.0 TSI and S3 8V, as well as the Skoda Kodiaq, fitted with the EA888 2.0 TSI engine. Volkswagen group changed just about everything from the Mk6 to the Mk7 chassis, so this core had to be designed from scratch in order to fit in with the redesigned radiator and condenser.
Gains of 16bhp
Temperature drops of 25-30°C
Reduced turbo lag, increased response
Greater overall surface area for greater heat dissipation
Utilising a race specification bar and plate construction air core
High flow cast end tanks ensuring optimum air transition for cooling efficiency
Dyno proven horsepower and torque gains
Provides smoother power curve
Dimensions: 650x420x50mm
Includes necessary hardware and instructions for installation
Designed for performance and reliability, the core fits in the stock location meaning cooling is radically improved over OEM. Our test Golf Mk7 GTI achieved gains of up to 16bhp more* without any other modifications whilst also demonstrating a consistent 25-30°C temperature drop* over stock on the dyno, with all runs performed on the same day with only a 2°C variation in ambient temperature over the runs (in fact it was 2°C hotter when we tested the Forge core). You can also see the temperature drop comparison of the stock and Forge cores in the graph below.
*gains will vary per car model and conditions
This is our intercooler for the Volkswagen Mk7 Golf, Mk7R, Tiguan, Audi TT MK3 2.0 TSI and S3 8V, as well as the Skoda Kodiaq, fitted with the EA888 2.0 TSI engine. Volkswagen group changed just about everything from the Mk6 to the Mk7 chassis, so this core had to be designed from scratch in order to fit in with the redesigned radiator and condenser.
Gains of 16bhp
Temperature drops of 25-30°C
Reduced turbo lag, increased response
Greater overall surface area for greater heat dissipation
Utilising a race specification bar and plate construction air core
High flow cast end tanks ensuring optimum air transition for cooling efficiency
Dyno proven horsepower and torque gains
Provides smoother power curve
Dimensions: 650x420x50mm
Includes necessary hardware and instructions for installation
Designed for performance and reliability, the core fits in the stock location meaning cooling is radically improved over OEM. Our test Golf Mk7 GTI achieved gains of up to 16bhp more* without any other modifications whilst also demonstrating a consistent 25-30°C temperature drop* over stock on the dyno, with all runs performed on the same day with only a 2°C variation in ambient temperature over the runs (in fact it was 2°C hotter when we tested the Forge core). You can also see the temperature drop comparison of the stock and Forge cores in the graph below.
*gains will vary per car model and conditions