Which system is responsible for coordinating remotely piloted vehicles with ground operators?

The Ground Control Stations are the systems specifically designed to manage the communication and coordination between remotely piloted vehicles (RPVs) and their operators on the ground. These stations serve as the command center for pilots and operators, providing the necessary interface to control the RPV, monitor its status, and receive telemetry data.

Ground Control Stations include components like displays, control interfaces, and communication systems that allow operators to send commands to the vehicle and retrieve various types of data regarding its performance, navigation, and sensor inputs. This system is pivotal for safe and effective operation of RPVs, particularly in complex scenarios where real-time adjustments are needed.

While other systems mentioned may play supportive roles in the functioning of an RPV, they do not primarily serve the purpose of coordinating between the vehicle and the ground operators. For instance, an Aerodynamic Control System focuses on the physical control of the aircraft's flight dynamics, while a Remote Operation System is more about the technology used for operational management rather than the direct interface with ground operators. The Aerial Manipulation System, on the other hand, deals more with the handling of objects or tasks while in flight rather than communication with ground personnel.