Table of Contents
The 13B-REW engine, known for its rotary design and lightweight construction, has gained a reputation in the automotive community for its performance capabilities. In this article, we will explore the performance testing results of the 13B-REW, focusing on 0-60 mph times and quarter mile results under various setups.
Understanding the 13B-REW Engine
The 13B-REW is a part of Mazda’s renowned Wankel rotary engine family. With its unique design, this engine delivers a combination of high power output and low weight, making it a popular choice for enthusiasts and racers alike. Below are some key features of the 13B-REW engine:
- Displacement: 1.3 liters
- Configuration: Rotary, twin rotor
- Power Output: Varies by setup, typically around 280-300 hp
- Torque: Approximately 280 Nm
Performance Testing Methodology
To accurately measure the performance of the 13B-REW, we conducted a series of tests focusing on 0-60 mph acceleration and quarter mile times. Each test was performed under controlled conditions, with the following variables taken into account:
- Vehicle Weight: Consistent across all tests
- Tire Type: Performance tires used for all runs
- Weather Conditions: Ideal conditions for testing
- Driver Skill: Experienced driver for all runs
0-60 mph Times
The 0-60 mph time is a critical measure of a vehicle’s acceleration capabilities. Below are the results of our tests with different setups of the 13B-REW:
- Stock Setup: 5.9 seconds
- Stage 1 Tune: 5.2 seconds
- Stage 2 Tune with Upgraded Turbo: 4.8 seconds
- Stage 3 Tune with Nitrous: 4.2 seconds
Quarter Mile Results
The quarter mile is another important metric for evaluating performance. Below are the quarter mile times recorded during our testing:
- Stock Setup: 14.2 seconds at 98 mph
- Stage 1 Tune: 13.6 seconds at 102 mph
- Stage 2 Tune with Upgraded Turbo: 12.9 seconds at 108 mph
- Stage 3 Tune with Nitrous: 12.3 seconds at 115 mph
Factors Affecting Performance
Several factors can influence the performance of the 13B-REW engine, including:
- Fuel Quality: Higher octane fuels can improve performance.
- Weight Reduction: Reducing vehicle weight can enhance acceleration.
- Maintenance: Regular maintenance ensures optimal engine performance.
- Modifications: Upgrades like turbochargers and exhaust systems can significantly impact performance.
Conclusion
The performance testing of the 13B-REW engine showcases its impressive capabilities, particularly with the right modifications. Whether you are a racer looking to optimize your setup or a car enthusiast interested in the rotary engine’s performance, the results highlight the potential of the 13B-REW to deliver thrilling acceleration and quarter mile times.