nonhover

Nonhover refers to a state or characteristic where an object or entity does not float or remain suspended in the air or on a surface without direct contact. In contrast to hovering, which implies a suspension, nonhover signifies a grounded or attached condition. This term is often used in contexts related to physics, engineering, and particularly in the design of aerial vehicles and other devices where controlled movement and stability are critical.

For example, a drone that is not actively using its propellers to stay aloft would be considered in a nonhover state if it were resting on a surface or falling. Similarly, in video games, nonhovering characters or objects are subject to gravity and will fall if not supported. The concept is important for understanding the forces acting upon an object and the mechanisms required for flight or suspension. Understanding the distinction between hovering and nonhovering is crucial for designing systems that require precise control over altitude and position. It emphasizes the absence of active force generation to counteract gravity or maintain a position independent of physical support.