Describe a characteristic of low-frequency radar systems compared to high-frequency systems.

Low-frequency radar systems are characterized by their ability to achieve longer detection ranges while typically providing lower resolution compared to high-frequency systems. This is primarily due to the longer wavelengths associated with low-frequency radar, which allows the signals to travel greater distances, even through obstacles or adverse weather conditions.

The trade-off here is that while low-frequency radars can detect objects at further ranges, the longer wavelengths result in a lower ability to resolve fine details compared to high-frequency radars, which operate at shorter wavelengths. High-frequency systems, by contrast, can produce finer resolutions due to their shorter wavelengths, making them more suitable for applications where detail and precision are critical, albeit typically at shorter ranges.

In summary, the ability of low-frequency radar systems to extend detection ranges while sacrificing resolution makes this characteristic a defining feature of these systems when compared to their high-frequency counterparts.