Benefits:
- Feel confident running more boost on your E9X 335i.
- Keep ahead of the competition without risking damage to your engine.
Features:
- Provides 93 Percent Increase In Total Volume
- Reduces The Pressure Drop By 0.7 PSI
- Provides More Efficient Heat Exchange
- Reduces Cool Down Time / Enabling Cars To Produce Full Power
- Requires Only Minor Modifications For Clean Installation
- System Has Been Engineered As Direct Replacement For Stock Unit
- Larger Connector Tubing And Shrouding For Maximum Efficiency
- Produces Additional 5 Horsepower And More Consistent Performance
- The Thermal Efficiency Will Enhance Turbocharger Reliability
- Does Not Fit Vehicles Equipped w/Active Cruise Control
- More Boost Pressure To Take Advantage Of Intercooler Efficiency
- May Be Used In Conjunction w/The Oil Cooler And Stage 3 Software
Applications:
- 2011 - 2013 BMW E93 335is
- 2011 - 2013 BMW E92 335is
- 2011 BMW E90 335i
- 2011 - 2013 BMW E93 335i
- 2011 - 2013 BMW E92 335i
- 2011 BMW E90 335i xDrive
- 2011 - 2013 BMW E92 335i xDrive
Application Notes:
- Install PDF - DINAN D330-0015
- Not compatible with the M-Tech bumper for the E92/E93 335i application. Nor is the intercooler compatible with vehicles equipped with Active Cruise Control.
Description:
Greater power gains are achieved with a larger high performance intercooler. The Dinan intercooler provides a 93% increase in total volume, substantially reducing the pressure drop by 0.7 PSI, as well as providing more efficient heat exchange. Cool down time is also reduced, enabling the cars to produce full power under varying driving conditions such as stop and go traffic. The system has been engineered as a direct replacement for the stock unit, requiring only minor modifications for a clean, factory-like installation. The intercooler also features larger connector tubing and custom shrouding for maximum efficiency. Used in conjunction with stage 2 performance engine software, the intercooler produces an additional 5 horsepower as well as more consistent performance under varying driving conditions. The improved thermal efficiency will also enhance turbocharger reliabi
