Camera Motion describes the way a camera moves through a scene during a video sequence, encompassing all physical or virtual movement of the camera body itself as distinct from changes in focal length or zoom. It is a fundamental element of cinematography and plays a major role in how an audience perceives space, time, and emotion within a scene.

In traditional filmmaking, camera motion is achieved through physical equipment such as dollies, cranes, gimbals, drones, and handheld rigs. In AI video generation, camera motion is either inferred from a text prompt describing the desired movement, specified through a dedicated camera control interface, or guided by reference video and motion data. Models such as Runway Gen-4.5, Kling 3.0, and Veo 3.1 have developed increasingly sophisticated handling of camera motion, producing outputs that more closely resemble intentional cinematographic choices rather than random frame drift.

Understanding camera motion vocabulary allows creators to describe their intentions with greater precision when generating AI video. Specifying whether a shot should push in slowly, drift laterally, orbit a subject, or hold completely still gives generation models the directional language they need to produce more intentional, cinematic results. On Morphic, camera motion settings are available across multiple models, letting creators compare how different systems interpret the same movement instruction.