Which of the following is a characteristic of a Precision Approach?

A Precision Approach is characterized by the use of additional guidance systems, which provide accurate lateral and vertical guidance to the aircraft during the landing phase. These systems typically include Instrument Landing Systems (ILS) that offer precise runway alignment and descent path information, allowing for more controlled approaches, even in less-than-ideal weather conditions.

While there are various types of approaches in aviation, a Precision Approach stands out because it relies on sophisticated technology to enhance safety and effectiveness during landings. This capability is especially critical when visibility is poor, ensuring that aircraft can land safely even when pilots cannot see the runway until very late in the approach.

In contrast, methods that do not use instruments or rely purely on visual references, such as visual approaches, lack this level of precision and can be affected more heavily by weather conditions. Visual conditions typically refer to scenarios where pilots can see outside, making it unnecessary to rely on instrument systems for navigation during landing. Therefore, the defining feature of a Precision Approach is its utilization of robust technological assistance.