What does range accuracy refer to in radar technology?

Range accuracy in radar technology specifically refers to the ability of the radar system to determine the distance to a target with precision. It indicates how accurately the radar can measure the range to an object and is essential for ensuring that the information received is reliable and useful.

The term "leading" does not accurately define range accuracy in radar systems. Instead, it is a term that might refer to the timing or phase of radar signals in relation to targets, which is not directly correlated with the measurement of distance.

In the context of radar, accurate range measurements help in navigation, tracking, and targeting, which are crucial for effective operation in various applications such as aviation, maritime, and defense. Factors that influence range accuracy can include the radar system's resolution, signal processing capabilities, and environmental conditions.

Max range, flat, and narrow do not define range accuracy as effectively and instead refer to different aspects such as the maximum distance the radar can effectively detect objects, the coverage area or beam shape, and the width of the radar beam, respectively. These factors impact the overall performance of a radar system but do not specifically address the precision of distance measurements.