Tipping Force Calculator
Calculate the force required to tip over an object based on its dimensions and weight distribution.
If unknown, leave blank to assume center of mass
Results
Tipping Force:
—
N
Tipping Angle:
—
°
Stability Ratio:
—
Width: — cm
Height: — cm
CoG: — cm
How to Use This Calculator
- Enter the width and height of your object in centimeters
- Enter the weight of your object in kilograms
- Specify the center of gravity height (or leave blank to assume center)
- Select an appropriate safety factor
- Click “Calculate” to get the required force to tip your object
Frequently Asked Questions
What is tipping force?
Tipping force is the minimum horizontal force required to make an object start to tip over. It depends on the object’s dimensions, weight, and center of gravity position.
How is center of gravity determined?
The center of gravity (CoG) is the average location of an object’s weight. If you don’t know the exact position, leaving it blank will assume it’s at the geometric center of the object.
What does stability ratio mean?
The stability ratio compares the resisting moment (from weight) to the overturning moment. Values greater than 1 indicate stability, while values less than 1 mean the object will tip.
Why include a safety factor?
Safety factors account for uncertainties in measurements, material properties, and unexpected loads. Higher safety factors provide more conservative (safer) results.
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