Dodge Stealth Performance Testing: Dyno Results Show 30 Hp Gains from Stage 2 Mods

The Dodge Stealth has long been celebrated for its unique styling and impressive performance. As enthusiasts continue to explore ways to enhance the vehicle’s capabilities, performance testing has become a crucial aspect of understanding the true potential of the Stealth. This article delves into the results of recent dyno tests that showcase significant horsepower gains from Stage 2 modifications.

Understanding the Dodge Stealth

The Dodge Stealth, produced between 1990 and 1996, is a sports coupe that shares its platform with the Mitsubishi 3000GT. With its sleek design and advanced technology for its time, the Stealth quickly gained a following among car enthusiasts. The vehicle is known for its turbocharged V6 engine, all-wheel drive, and performance-oriented features.

What Are Stage 2 Mods?

Stage 2 modifications typically refer to a set of performance upgrades that enhance the engine’s output and overall efficiency. These mods often include:

  • Upgraded turbochargers
  • Enhanced intercoolers
  • High-performance exhaust systems
  • ECU tuning for optimized fuel mapping
  • Improved intake systems

These modifications are designed to work in harmony, allowing the engine to breathe better and produce more power. The recent dyno tests focused on measuring the impact of these Stage 2 mods on the Dodge Stealth’s horsepower output.

The Dyno Testing Process

Dyno testing is a controlled method of measuring an engine’s performance. During the testing process, the vehicle is secured on a dynamometer, which simulates road conditions and measures the power output at the wheels. This provides a clear picture of how modifications affect performance.

Preparation for Testing

Before the testing commenced, the Dodge Stealth underwent a thorough inspection to ensure all systems were functioning optimally. Key areas of focus included:

  • Engine health check
  • Fluid levels and quality
  • Tire pressure and condition
  • Electrical systems functionality

Once the vehicle was deemed ready, the initial baseline run was conducted to establish the starting horsepower and torque figures.

Baseline Results

The baseline dyno run revealed that the stock Dodge Stealth produced approximately 220 horsepower at the wheels. This figure served as a benchmark for evaluating the effectiveness of the Stage 2 modifications.

Stage 2 Modifications and Results

After completing the Stage 2 modifications, the Dodge Stealth was subjected to another series of dyno runs. The results were impressive, showcasing a significant increase in horsepower.

Performance Gains

The dyno tests indicated a remarkable gain of 30 horsepower, bringing the total output to approximately 250 horsepower at the wheels. This increase not only enhances the driving experience but also demonstrates the effectiveness of the Stage 2 modifications.

Torque Improvements

In addition to the horsepower gains, torque was also positively affected by the modifications. The tests showed an increase in torque output, which contributes to better acceleration and overall performance.

Implications for Dodge Stealth Owners

The results of the dyno testing provide valuable insights for Dodge Stealth owners considering performance upgrades. The 30 horsepower gain from Stage 2 mods highlights the potential for enhancing the vehicle’s capabilities without compromising reliability.

Considerations for Future Modifications

While Stage 2 modifications yield impressive results, owners should also consider:

  • Potential need for further tuning
  • Impact on fuel efficiency
  • Long-term reliability of upgraded components
  • Insurance implications of performance modifications

Conclusion

The dyno results from the Dodge Stealth performance testing reveal the significant impact of Stage 2 modifications, with a notable 30 horsepower gain. These enhancements not only improve the vehicle’s performance but also reaffirm the Stealth’s status as a formidable contender in the sports coupe market. As enthusiasts continue to explore the potential of their vehicles, the insights gained from such testing will prove invaluable for future upgrades.