Which measure indicates the ability of a radar system to determine the correct range, bearing, and height of an object?

The ability of a radar system to determine the correct range, bearing, and height of an object is referred to as radar accuracy. This measure is critical as it directly affects how reliably the radar can provide information about the position of targets. Radar accuracy encompasses various factors, including the signal processing techniques used and the calibration of the radar system, ensuring that the readings it produces reflect true positions in space. High accuracy ensures that the radar can distinguish between targets that are close together and make accurate measurements of their distance and direction, which is essential for tracking and engaging targets effectively.

In contrast, radar integrity pertains to the system's ability to provide reliable information about its performance and the quality of the data it generates. Beam precision relates more closely to the physical characteristics of the radar beam itself, while target resolution refers to the radar's capacity to distinguish between two closely spaced objects. While all these factors play a role in the overall effectiveness of a radar system, it is radar accuracy that specifically addresses the precise determination of an object's range, bearing, and height.