Enter the speed of the car in MPH and the radius of the turn into the calculator to determine the g-force pulled around the turn.

- All Force Calculators
- Turning Radius Calculator
- Aircraft Turn Radius Calculator
- Impact G Force Calculator
- RPM to G Force Calculator
- Newtons to G Force Calculator
- G-Force To Velocity Calculator

## MPH to G Force Formula

The following equation is used to calculate the G forces from MPH.

Gf = (V/2.237)^2 / R / 9.81

- Where Gf is the number of G -forces pulled throughout a turn
- V is the velocity of the car (mph)
- R is the radius of the turn (m)

## How many G-Forces does a car pull around a turn?

The amount of G-forces a car pulls around a turn is dependent on two factors.

- The speed of the car. The larger the velocity the greater the acceleration/g-forces.
- The radius of the turn. The tighter the turn, the higher the acceleration/g-forces.

## How to Calculate G Force from MPH?

Example Problem:

The following example outlines the steps and information needed to calculate G force from MPH.

First, determine the speed of the car. For this example, the car is moving around the turn at a speed of 50 MPH.

Next, determine the radius of the turn. This particular turn has a radius of 25m.

Finally, calculate the number of G-forces using the formula above:

Gf = (V/2.237)^2 / R / 9.81

Gf = (50/2.237)^2 /25 / 9.81

Gf = 2.03 Gs