Seitenneigung

Seitenneigung, often translated as lateral tilt or heeling, refers to the degree to which a vehicle or aircraft leans to one side. In the context of automobiles, it is the tilting of the car body due to forces acting upon it, most commonly experienced during cornering. When a car turns, centrifugal force pushes it outwards, and the suspension system, along with the vehicle's mass and center of gravity, resists this force. This resistance often results in the car body leaning away from the direction of the turn. Excessive seitenneigung can negatively impact handling and tire grip, as it can lead to uneven weight distribution and reduced tire contact with the road. Manufacturers design suspension systems with factors like anti-roll bars to minimize seitenneigung and improve stability.

In aviation, seitenneigung is a critical aspect of flight control and describes the angle of the aircraft's wings relative to the horizon. An aircraft banks to initiate a turn; this banking is a controlled seitenneigung. The pilot uses ailerons on the wings to induce and control this tilt. The amount of seitenneigung directly influences the rate and radius of the turn. While necessary for maneuvering, excessive or uncontrolled seitenneigung can lead to dangerous situations such as a stall if the angle of attack is compromised. Maintaining a safe and appropriate seitenneigung is fundamental to stable and controlled flight.