How Accurate Is Torque MPG?

Torque, a popular automotive application known for monitoring various aspects of a vehicle's performance, has gained significant traction among car enthusiasts and everyday drivers alike. However, when it comes to one crucial metric that drivers often rely on – fuel efficiency, the accuracy of Torque's MPG readings has been consistently questioned. Despite recent updates and default settings, the app's accuracy has been universally deemed as disappointing. Delving into real-life driving scenarios, around town drives have revealed Torque's readings to range between 68.0% and 76.1% of the car's onboard MPG computations, showcasing a notable discrepancy of approximately 6% above the actual fuel economy figures.

Is 200 Torque Good?

Is 200 torque good? Typically, a car with a torque output of 200 Nm or greater is considered to have adequate torque, although this may vary depending on the vehicle and it’s intended purpose. For instance, a lightweight and aerodynamically designed sports car may have a lower torque output but still deliver good performance. On the other hand, a heavy-duty truck or SUV may require a higher torque output to effectively tow or carry heavy loads.

In general, torque is a measure of an engines rotational force, and it plays a crucial role in a vehicles acceleration and towing capabilities. A higher torque output allows for quicker acceleration and better performance, especially during overtaking or climbing steep hills. It also enables a vehicle to maintain speed on highways without constantly downshifting gears.

These components work in conjunction with torque to determine a vehicles overall performance. Additionally, torque isn’t the sole indicator of a cars power or speed. Horsepower, gearing, and aerodynamics also play significant roles.

A small sedan or hatchback with 200 Nm of torque can provide ample power for daily commuting and occasional highway driving.

It’s worth noting that torque alone doesn’t determine a vehicles fuel efficiency. While higher torque can contribute to better fuel economy, other factors like engine size, aerodynamics, transmission gear ratios, and driving habits also play vital roles in determining a vehicles fuel consumption. Therefore, considering overall performance, power delivery, and efficiency is crucial when evaluating the adequacy of 200 Nm of torque in a vehicle.

Watch this video on YouTube:

Now that we’ve a basic understanding of efficiency in torque, let’s explore it’s significance and applications in different scientific projects.

What Is Efficiency in Torque?

Efficiency in torque refers to the ability of a motor or engine to convert mechanical energy into useful work. It’s an essential factor in determining the overall performance and effectiveness of a power system. The efficiency is typically measured as a percentage and represents the ratio of output work to input energy.

Maximizing efficiency is crucial for several reasons. Firstly, it helps reduce wasted energy, which in turn leads to lower operating costs and a more sustainable use of resources. Secondly, higher efficiency means that more work can be accomplished with the same input energy, resulting in improved productivity and performance. Lastly, it also contributes to a longer lifespan of the motor or engine due to reduced stress and wear.

Determining the ideal efficiency in torque can be a complex task as it depends on various factors such as the specific motor design, operating conditions, and desired application. However, it’s generally observed that the maximum efficiency is achieved at a specific range of motor stall torque or no-load speed. This range is typically around 10-30% of the motors stall torque or 70-90% of it’s no-load speed.

While it’s essential to strive for efficiency and accuracy in torque calculations, it’s important to acknowledge that these calculations may not always be entirely precise. However, for most science projects and learning experiences, the level of accuracy achieved in these calculations is usually acceptable. It allows students and researchers to gain valuable insights into the principles of torque and efficiency while still providing a practical and educational experience.

The MPG plugin for Torque Pro is a valuable tool for car owners looking to gain a deeper understanding of their vehicle’s fuel consumption. In real-time, this plugin offers a comprehensive analysis of MPG, shedding light on the impact of driving habits on fuel efficiency. Unlike simply monitoring average trip MPG, this plugin delves into the specifics, providing users with an informative visualization of their fuel consumption patterns.

What Is the MPG Plugin for Torque Pro?

The MPG plugin for Torque Pro is an essential tool for car enthusiasts who want to gain better insight into their fuel consumption. Unlike just monitoring the average trip MPG, this plugin offers real-time visualization of your cars MPG (Miles Per Gallon) or fuel consumption. By employing this plugin, users can accurately assess how their driving behaviors affect their fuel usage.

With the MPG plugin, you’ll have access to valuable data that goes beyond the basic average trip MPG calculations. It allows you to delve deeper into your driving habits, helping you identify areas where you can optimize fuel efficiency. You can visualize how factors like accelerating rapidly, idling excessively, or driving at high speeds impact your fuel consumption.

It provides real-time feedback that empowers users to take control of their driving habits, leading to more economical and eco-friendly journeys.

With it’s real-time visualization and comprehensive data analytics, you can gain valuable insights into your driving habits and make adjustments to improve your MPG. Whether you’re a conscious driver focused on reducing your carbon footprint, or simply looking to save money on fuel costs, this plugin will help you achieve your goals.

Source: Fuel Economy Plugin for Torque Pro – YouTube

In addition, a car with higher torque may be more likely to be equipped with a larger, more powerful engine, which often leads to higher fuel consumption. However, it’s important to note that torque alone isn’t the sole factor affecting fuel economy. Various other factors such as vehicle weight, aerodynamics, and driving habits also play significant roles.

Does Torque Affect MPG?

Additionally, a vehicle with higher torque may also have a larger displacement engine, which tends to consume more fuel overall. This is because larger engines typically require more fuel to operate at their full potential.

On the other hand, torque can also have a positive effect on fuel economy. A high-torque engine can allow a vehicle to accelerate more quickly, thereby reducing the amount of time spent at high RPMs, where fuel consumption is typically higher. This means that a car with a higher torque output can potentially achieve better fuel economy in certain driving conditions, such as when merging onto highways or passing other vehicles.

Other factors, such as vehicle weight, aerodynamics, tire pressure, and driving habits, can also have a significant impact on MPG.


In conclusion, the accuracy of Torque's MPG readings with the updated app and default settings is disappointingly poor. This translates to an inaccuracy of approximately 6% above the true value. It’s evident that relying solely on Torque for accurate MPG readings may lead to misleading information and inaccurate fuel consumption calculations. Users of the app should be cautious and consider alternative methods or devices for obtaining more precise and reliable MPG data.

Scroll to Top