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The Mitsubishi Lancer Evolution IX, commonly known as the Evo 9, has long been celebrated for its performance and tuning potential. With the right modifications, enthusiasts can unlock significant horsepower gains, particularly with turbo upgrades. Recent dyno results highlight how Turbonetics turbo upgrades can increase the Evo 9’s power by up to 80 horsepower, making it an exciting option for those looking to enhance their vehicle’s performance.
Understanding the Evo 9’s Turbo System
The Evo 9 is equipped with a 2.0-liter inline-four engine, known for its turbocharged performance. The stock turbocharger, while capable, can limit the engine’s overall power output. By upgrading to a more efficient turbo, such as those offered by Turbonetics, drivers can experience a substantial increase in power and torque.
Benefits of Turbonetics Turbo Upgrades
Upgrading to a Turbonetics turbocharger offers several advantages for Evo 9 owners:
- Increased Horsepower: Dyno tests show gains of up to 80 HP with the right tuning.
- Improved Response: Enhanced spool characteristics lead to quicker throttle response.
- Better Efficiency: Turbonetics turbos are designed for optimal airflow and reduced lag.
- Customizable Options: Various turbo sizes and configurations to match specific performance goals.
Dyno Testing Results
To quantify the performance improvements, a series of dyno tests were conducted on a modified Evo 9 equipped with a Turbonetics turbo. The baseline run showed the car producing approximately 300 horsepower at the wheels. After the turbo upgrade and necessary tuning adjustments, the vehicle achieved a peak output of 380 horsepower, demonstrating a remarkable gain of 80 horsepower.
Testing Conditions
The dyno testing was performed under controlled conditions to ensure accurate results. Key factors included:
- Temperature: Maintained at optimal levels to avoid heat soak.
- Fuel Quality: High-octane fuel was used to maximize performance.
- Tuning Software: Advanced tuning software was utilized for precise adjustments.
Installation Process
Installing a Turbonetics turbo on an Evo 9 is a task that requires mechanical knowledge and experience. The process generally involves:
- Removing the Stock Turbo: Disconnect all associated plumbing and electrical connections.
- Installing the New Turbo: Position the new turbo and secure it in place.
- Reconnecting Components: Ensure all hoses and lines are properly reattached.
- Tuning the ECU: Adjust the engine management system to accommodate the new turbo.
Considerations for Evo 9 Owners
Before upgrading to a Turbonetics turbo, Evo 9 owners should consider several factors:
- Supporting Mods: Additional upgrades like intercoolers, exhaust systems, and fuel injectors may be necessary to fully utilize the turbo’s potential.
- Reliability: Increased power can strain engine components; regular maintenance is essential.
- Insurance Implications: Modifications may affect insurance coverage; consult with your provider.
Conclusion
The dyno results from the Turbonetics turbo upgrades on the Evo 9 clearly demonstrate the potential for significant horsepower gains. With careful consideration of installation, supporting modifications, and proper tuning, Evo 9 enthusiasts can elevate their driving experience to new heights. Whether on the street or the track, these upgrades offer a thrilling boost in performance that is hard to ignore.