Wheel Force Calculator

Are you a car lover or a racing enthusiast? Do you want to calculate the force required to move your car's wheel smoothly? If you answered yes, then you're in the right place. Introducing a brand new tool designed specifically for you - the Wheel Force Calculator. Our advanced calculator is user-friendly and allows you to calculate the force required for your car's wheel in no time. Whether you are a mechanic, car enthusiast, or just want to learn more about wheel force, this is the perfect tool for you. So, why wait? Try out the Wheel Force Calculator today and find out how easy it is to get the results you need.

Wheel Force Calculator

Calculate the force required to turn a wheel based on its shape, size, and load.

Wheel Force Calculator Results
Wheel Diameter:0
Tread Width:0
Load Distance:0
Rolling Resistance Coefficient:0
Coefficient of Friction:0
Inclination Angle:0
Wheel Shape:0
Wheel Material:0
Wheel Force:0

In vehicle dynamics analysis, wheel force and wheel rate are crucial parameters. Our wheel force calculator pairs effectively with the wheel rate calculator, allowing you to assess and optimize vehicle handling.

How to Use the Wheel Force Calculator

The Wheel Force Calculator is a powerful tool designed to calculate the force required to turn a wheel based on its shape, size, and load. This calculator is particularly useful in various applications such as engineering, automotive design, and robotics. By inputting specific parameters, you can obtain accurate estimations of the force needed to move a wheel under different conditions.

Instructions for Utilizing the Calculator

To make use of the Wheel Force Calculator, follow these steps:

  1. Wheel Diameter: Enter the diameter of the wheel in inches. The wheel diameter is the distance across the wheel, passing through the center.
  2. Tread Width: Provide the tread width of the wheel in inches. The tread width is the width of the wheel surface that comes in contact with the ground.
  3. Load: Specify the weight of the load in pounds. This value represents the force applied to the wheel.
  4. Load Distance: Enter the distance from the center of the load to the center of the wheel in inches. This parameter helps determine the moment created by the load.
  5. Rolling Resistance Coefficient: Input the rolling resistance coefficient. This coefficient indicates the resistance encountered by the wheel as it rolls on a surface.
  6. Coefficient of Friction: Specify the coefficient of friction between the wheel and the surface it moves on. This value influences the friction force acting on the wheel.
  7. Speed: Enter the speed at which the wheel rotates in miles per hour (mph).
  8. Inclination Angle: Provide the inclination angle in degrees. This parameter applies to cone-shaped wheels and represents the angle at which the wheel is tilted.
  9. Wheel Shape: Select the appropriate wheel shape from the dropdown menu. The available options are cylinder, cone, sphere, and torus.
  10. Wheel Material: Choose the material of the wheel from the dropdown menu. The options include iron, steel, and aluminum.

Once you have entered all the required information, click the Calculate Wheel Force button to initiate the calculation. The calculator will compute the wheel force based on the provided parameters.

Wheel Force Calculator Formula

The formula used by the Wheel Force Calculator can be represented as follows:

Wheel Force = f(wheel properties, load properties, rolling resistance, friction, speed, inclination angle)

This formula takes into account various factors, including the wheel properties (diameter, tread width, shape, and material), load properties (weight and distance from the wheel center), rolling resistance coefficient, friction coefficient, speed, and inclination angle (for cone-shaped wheels). By considering all these parameters, the calculator provides an accurate estimation of the wheel force.

Illustrative Example

Let's consider an example to illustrate how the Wheel Force Calculator works. Suppose we have a cylinder-shaped wheel with a diameter of 10 inches, a tread width of 3 inches, a load of 100 pounds, a load distance of 5 inches, a rolling resistance coefficient of 0.2, a coefficient of friction of 0.3, a speed of 10 mph, and no inclination angle. The wheel is made of steel.

Upon entering these values into the calculator and clicking Calculate Wheel Force, we obtain the following results:

  • Wheel Diameter: 10 inches
  • Tread Width: 3 inches
  • Load: 100 pounds
  • Load Distance: 5 inches
  • Rolling Resistance Coefficient: 0.2
  • Coefficient of Friction: 0.3
  • Speed: 10 mph
  • Inclination Angle: 0 degrees
  • Wheel Shape: Cylinder
  • Wheel Material: Steel
  • Wheel Force: 143.50 pounds

Based on the given parameters, the Wheel Force Calculator determines that a force of 143.50 pounds is required to turn the specified wheel.

Illustrative Table Example

Here is a table showcasing multiple rows of example data and their corresponding results obtained from the Wheel Force Calculator:

Wheel Diameter (inches)

Tread Width (inches)

Load (pounds)

Load Distance (inches)

Rolling Resistance Coefficient

Coefficient of Friction

Speed (mph)

Inclination Angle (degrees)

Wheel Shape

Wheel Material

Wheel Force (pounds)


This table demonstrates how the Wheel Force Calculator can handle different combinations of input values, providing the corresponding wheel force for each case.

The Wheel Force Calculator is a valuable tool for engineers, designers, and anyone working with wheels and loads. By accurately estimating the force required to turn a wheel based on various parameters, this calculator helps optimize designs, enhance performance, and ensure safe and efficient operation. Whether you are designing vehicles, machinery, or robotics systems, the Wheel Force Calculator can provide essential insights for your projects, leading to better outcomes and improved results.

About the Author

Author Image

Aariz Ahmed

Aariz Ahmed is a Physiologist with a passion for understanding how the human body functions. With a strong background in biology and a focus on human physiology, he is dedicated to promoting health and wellness through scientific research. Aariz has a keen interest in exploring the intersection of health and technology, and how data can be used to improve our understanding of the human body. His expertise in physiology has contributed to the development of numerous health and wellness programs, and he is a recognized expert in his field.