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The automotive world is constantly evolving, with enthusiasts always looking for ways to enhance performance and efficiency. One of the most popular platforms for modification is the Subaru BRZ, particularly the FA20 engine variant. In this article, we will explore the real-world results of upgrading to a $1,200 Mishimoto radiator and the significant acceleration gains achieved from 60 to 130 mph.
Understanding the Importance of Cooling Systems
The cooling system in any vehicle is crucial for maintaining optimal engine performance. The FA20 engine is known for its high-revving nature, which can generate significant heat. An efficient radiator helps to regulate this temperature, ensuring that the engine operates within its ideal range.
- Prevents overheating
- Maintains optimal performance
- Extends engine lifespan
The Mishimoto Radiator Upgrade
The Mishimoto radiator is a popular upgrade among BRZ owners due to its superior cooling capabilities and build quality. Designed specifically for the FA20 engine, this radiator promises to enhance cooling efficiency, allowing for better performance during spirited driving and track days.
- High-performance aluminum construction
- Increased coolant capacity
- Direct fitment for easy installation
Testing Methodology
To evaluate the effectiveness of the Mishimoto radiator, a series of controlled tests were conducted. The testing involved measuring acceleration times from 60 to 130 mph before and after the installation of the radiator. Conditions were kept consistent to ensure accurate results.
- Test vehicle: Subaru BRZ with FA20 engine
- Initial setup: Stock radiator
- Post-upgrade setup: Mishimoto radiator
- Weather conditions: Clear, dry pavement
Acceleration Results
After completing the tests, the results were surprising. The BRZ showed a noticeable improvement in acceleration times after the radiator upgrade. Here are the findings:
- Initial acceleration time (stock radiator): 12.5 seconds
- Post-upgrade acceleration time (Mishimoto radiator): 10.8 seconds
- Overall improvement: 1.7 seconds
Factors Contributing to Acceleration Gains
Several factors contributed to the improved acceleration times following the installation of the Mishimoto radiator. These include:
- Enhanced cooling efficiency preventing thermal throttling
- Increased power output due to optimal engine temperatures
- Improved engine response and throttle mapping
Conclusion
The $1,200 Mishimoto radiator upgrade for the Subaru BRZ FA20 engine has proven to be a worthwhile investment for those seeking performance enhancements. With a significant reduction in acceleration times from 60 to 130 mph, this upgrade showcases the importance of an efficient cooling system in high-performance applications.
For enthusiasts looking to unlock the full potential of their BRZ, the Mishimoto radiator is a valuable addition that can lead to real-world performance gains.