What type of radar beam is used for targeting?

The type of radar beam that is used for targeting is a narrow, steered beam. This specific configuration allows for higher precision and accuracy when identifying and tracking targets. A narrow beam helps to focus the radar energy into a small area, which is essential for distinguishing between closely spaced objects or targets.

The term "steered" refers to the ability of the radar to direct the beam at different angles, which can enhance the ability to lock onto moving targets or to scan various areas without the need for the radar system to physically move. This dynamic capability is crucial in military applications where responsiveness and precision in targeting are paramount.

In contrast, wide or broad beams cover a larger area but sacrifice the detail necessary for accurate targeting, making them less suitable for precision tasks. Stationary or fixed radar beams also lack the adaptability needed to engage moving targets effectively. The notion of a muffled or rotating beam does not align with radar technology used in targeting, as it implies a lack of clarity and the inability to concentrate energy efficiently on specific targets. Hence, the narrow, steered beam represents the optimal solution for targeting in military radar systems.