A Dodge Neon's top speed varies significantly depending on the model and any modifications. While typical production models range from around 110 to 153 mph, highly modified versions have been recorded pushing well past 200 mph.
Stock Dodge Neon Top Speeds
Factory-produced Dodge Neon models offered a range of performance capabilities. The top speed largely depended on the engine and trim level.
| Model | Approximate Top Speed (MPH) | Approximate Top Speed (KM/H) |
|---|---|---|
| Base Dodge Neon | 110-115 | 177-185 |
| Dodge Neon R/T | 120-130 | 193-209 |
| Dodge Neon SRT-4 | 153 | 246 |
The Dodge Neon SRT-4 was a high-performance variant, known for its turbocharged engine that significantly boosted its top speed compared to standard Neon models.
Extreme Performance: The 200 MPH Dodge Neon
While stock models have their limits, a remarkable example demonstrates the Dodge Neon's potential for extreme speed through extensive modification. A highly customized 1998 Dodge Neon achieved an astonishing 200.9 mph (323.3 km/h) at the Texas Mile. This transformation turned the humble compact sedan into an absolute rocket.
Key details of this incredible build include:
- Chassis: Based on a 1998 Dodge Neon.
- Powertrain: Equipped with the engine, transmission, and other crucial components sourced from a 2004 Dodge Neon SRT-4, rescued from a salvage yard.
- Horsepower: The vehicle was tuned to produce approximately 700 horsepower, allowing it to achieve supercar-fast speeds.
Factors Influencing Top Speed
Several elements can affect how fast any vehicle, including a Dodge Neon, can go:
- Engine Power and Tuning: The horsepower and torque produced by the engine, along with how it's tuned, are primary determinants of top speed.
- Aerodynamics: The car's shape and design influence air resistance. Better aerodynamics allow a car to cut through the air more efficiently, increasing potential top speed.
- Transmission Gearing: The gearing of the transmission and differential impacts how effectively engine power is translated into wheel speed.
- Weight Reduction: Lighter vehicles require less power to achieve higher speeds.
- Tire Capability: High-speed tires are essential for safety and performance at extreme velocities.
- Track Conditions: Environmental factors like wind, elevation, and the quality of the track surface can also play a role.
