Top 2.7T Turbo Size Upgrades: 50V Vs 60V Turbos for 500+ Hp Gains

The world of turbocharging has evolved significantly, and for those looking to maximize performance, understanding the right turbo size upgrades is crucial. This article explores the differences between the 50V and 60V turbos for the 2.7T engine, focusing on their potential for achieving over 500 horsepower.

Understanding Turbochargers

Turbochargers are essential components in modern performance engines, allowing for increased air intake and improved combustion efficiency. The size of the turbo plays a significant role in the power output and responsiveness of the engine.

50V Turbo Overview

The 50V turbo is a popular choice among enthusiasts seeking a balance between performance and drivability. This turbo is known for its ability to provide substantial power gains while maintaining reasonable spool times.

• Power Output: Capable of supporting up to 500 horsepower with the right supporting modifications.
• Spool Time: Offers a quicker spool time compared to larger turbos, making it suitable for street applications.
• Installation: Generally easier to install, requiring fewer modifications to the engine bay.

60V Turbo Overview

The 60V turbo, on the other hand, is designed for those who are willing to push the limits of their 2.7T engine. This turbo can deliver even more power, but it comes with trade-offs in terms of spool time and potential lag.

• Power Output: Can exceed 500 horsepower, making it ideal for track and high-performance builds.
• Spool Time: May experience more lag compared to the 50V, which could affect drivability in certain situations.
• Installation: Often requires more extensive modifications to fit properly in the engine bay.

Comparing 50V and 60V Turbos

When deciding between the 50V and 60V turbos, several factors come into play. Each turbo has its strengths and weaknesses, and the choice ultimately depends on the intended use of the vehicle.

• Performance Goals: If your goal is to achieve a balance of power and daily drivability, the 50V may be the better choice. For maximum power output, the 60V shines.
• Driving Style: Enthusiasts who prefer spirited driving on the street might favor the quicker response of the 50V, while those focused on track performance may lean towards the 60V.
• Budget Considerations: Installation costs and supporting modifications can vary significantly between the two, impacting the overall budget for your project.

Supporting Modifications

To fully realize the potential of either turbo upgrade, certain supporting modifications are essential. These upgrades ensure that the engine can handle the increased airflow and power output.

• Fuel System Upgrades: Upgraded fuel injectors and pumps are necessary to provide adequate fuel supply for higher horsepower levels.
• Intercooler Improvements: A larger intercooler helps manage intake temperatures, improving performance and reliability.
• Exhaust System Enhancements: A high-flow exhaust system reduces back pressure, allowing the turbo to spool more efficiently.

Conclusion

Choosing between the 50V and 60V turbos for your 2.7T engine involves careful consideration of your performance goals, driving style, and budget. Both options offer significant power gains, but understanding their differences will help you make an informed decision that aligns with your automotive aspirations.