Thrust vectoring is a technology used in aircraft and rockets that allows the direction of thrust to be controlled. By changing the angle of the engine's exhaust, the vehicle can maneuver more effectively, enhancing its agility and performance. This capability is particularly useful in military aircraft, where quick turns and rapid changes in direction are essential. In addition to military applications, thrust vectoring is also found in some commercial space vehicles, such as those used by NASA and SpaceX. This technology helps improve stability and control during flight, making it easier to achieve precise landings and maneuvers in challenging environments.