What kind of flight control surfaces are found on ballistic missiles?

Ballistic missiles utilize manoeuvring fins that are specifically designed to control the missile's trajectory and orientation during flight. These fins are crucial for stability and guidance, particularly during the missile's midcourse phase and terminal phase when precise control is needed to ensure it reaches its designated target. Unlike traditional aircraft, ballistic missiles travel through a parabolic trajectory and require different flight control mechanisms, which is where manoeuvring fins come into play.

Ailerons, flaps, and leading-edge slats are features found on fixed-wing aircraft and are used primarily for enhancing lift and maneuverability during powered flight. They are not applicable to the operation of ballistic missiles, which rely on the aerodynamic principles of their fins to maintain stability and directional control, rather than the lift-oriented features of conventional aircraft control surfaces.