The force that opposes gravity, allowing the drone to ascend or hover in place, is called:

The additional lift generated as the drone moves forward, typically due to increased airflow over the rotors, is called:

The ability of the drone to remain stationary in mid-air, requiring balancing thrust and maintaining stability, is called:

A loss of lift, often caused by improper angles of the propellers or insufficient speed, is called:

A programmed flight path where the drone moves through a series of specified points is called:

The upward force generated by the propellers to counteract gravity and lift the drone off the ground is called:

The drone’s ability to perform quick and precise movements, such as sharp turns or flips, is called:

The tilt of the drone to the left or right along its longitudinal axis, allowing it to move sideways, is called:

The drone moves at a speed of:

The downward movement of the drone, achieved by decreasing thrust, is called:

The upward movement of the drone, achieved by increasing thrust, is called:

A smooth, curved motion where the drone rolls and yaws simultaneously to change direction is called:

The route the drone takes while moving from one point to another is called:

The consistent speed at which a drone moves efficiently during flight is called:

Dynamic Positioning in the context of drones is:

The tilt of the drone forward or backward, controlled by adjusting the angle along the lateral axis, is called:

The rate at which the drone changes its speed in any direction is called:

The reduction of the drone’s speed, often achieved by decreasing thrust or tilting in the opposite direction of motion, is called:

The intentional angle adjustment of the drone’s body to achieve a particular motion or direction is called: