What type of data does Firefinder radar primarily collect?

Firefinder radar primarily collects ballistic trajectory information, which is essential for locating the origin of indirect fire threats, such as mortar or artillery rounds. This radar system is designed to track the path of projectiles and determine their launch point through the analysis of the trajectory data it gathers. By calculating the trajectory of incoming rounds, the Firefinder can provide critical information that enhances situational awareness and enables timely counter-battery fire.

The radar operates using advanced algorithms to process the data it acquires from incoming projectiles, allowing operators to estimate the firing position with high precision. This capability plays a crucial role in artillery operations, helping to mitigate threats and provide responses to enemy fire effectively.

The other types of data mentioned, such as optical imagery, acoustic signatures, and visual scouting reports, do not align with the primary function of the Firefinder radar. Optical imagery pertains to visual information collected through cameras or sensors, whereas acoustic signatures involve sound detection to identify objects or events. Visual scouting reports rely on human observation rather than electronic measurement, making them less effective for real-time tracking of ballistic threats.