|
Proficiency – Radar operations must be second nature. We will demonstrate why this is important and suggest effective techniques toward achieving that goal.
Basic radar system anatomy – An overview provides a basic understanding of radar anatomy, a prerequisite for advanced study.
Radome considerations – The radome is an integral part of every airborne radar system. We provide a basic explanation of the function of the radome and how it interacts with the rest of the system.
Displayed colors – Modern systems are designed to convert radar data into a pilot-friendly language, i.e. colors on the display. However, operational decisions based solely on colors are a recipe for trouble. We provide information that must be considered when interpreting displayed images.
Beam width/characteristics – Radar energy has some very unique characteristics. Information displayed can be misleading and confusing if this aspect of radar is not understood.
Stabilization basics – An overview of stabilization systems are discussed. Understanding what these systems are designed to do will assist in recognizing when they are not functioning properly. Basic knowledge of this system is also required for the airborne integrity check.
Gain Control – Manually adjusting gain can provide details not otherwise obvious. Manipulating the gain may also be hazardous (grossly understating the threat) when used incorrectly. We provide a basic understanding of the gain control and some of the variations used by different manufacturers.
Malfunctions – Malfunctions may manifest themselves differently depending on what fails. We offer techniques that minimize the risk of a malfunction going unnoticed.
Turbulence mode(s) – Some systems have the capability to detect turbulence, however there are serious limitations to these systems. We arm pilots with information about these systems so these limitations are understood when this mode is employed.
top |
