About Breakover Angle Calculator (Formula)
The Breakover Angle Calculator is a tool used to calculate the breakover angle of a vehicle or object based on its wheelbase and approach/departure angles. It employs a specific formula to determine the breakover angle accurately.
The formula used is:
Breakover Angle = arctan((Wheelbase / 2) / (Ground Clearance * (1 – tan(Approach Angle) – tan(Departure Angle))))
Where:
- Wheelbase represents the distance between the front and rear axles of the vehicle or object, typically measured in meters (m) or feet (ft).
- Ground Clearance refers to the vertical distance between the lowest point of the vehicle/object and the ground, usually measured in meters (m) or inches (in).
- Approach Angle represents the maximum angle at which the vehicle/object can climb a slope without hitting its front end, measured from the horizontal plane.
- Departure Angle represents the maximum angle at which the vehicle/object can descend a slope without hitting its rear end, measured from the horizontal plane.
By inputting the values of wheelbase, ground clearance, approach angle, and departure angle into this formula, the Breakover Angle Calculator calculates the breakover angle. The breakover angle is an important parameter in off-road vehicle design and navigation, as it determines the maximum slope angle the vehicle/object can safely navigate without getting stuck or hitting its underbody.
The Breakover Angle Calculator provides a convenient means to estimate the breakover angle, aiding off-road enthusiasts, vehicle designers, and engineers in evaluating vehicle capabilities, selecting appropriate routes, and ensuring off-road performance. It assists in optimizing vehicle design, enhancing off-road safety, and enabling successful off-road adventures.