We prepared a short video for you. We chose our 4 m x 4 m metal workshop as location. So you see how the radar and FreeScopes handle clutter and work in small unfavorable environments. You also get a feeling on the UI's basic features and the comfort.

A relevant technique to classify RADAR object is to use a colored 2D map representing range, speed or frequency against time and color the map with power intensity. Here we represent examples of such typical RADAR data.

SkyRadar's PSR Base Module is one of the leading primary surveillance training radar with unlimited concurrent users. This articles gives a short introduction.

Traditional teaching methods, including lectures and book study are an important part of ATSEP training. However, the most important part of ATSEP training is the use of training equipment that exposes students to situations they will or might encounter throughout their careers as ATSEP. The use of radar equipment and simulators are used throughout all phases of ATSEP training under both ICAO and EASA training requirements.

The International Civil Aviation Organization (ICAO) and the European Aviation Safety Agency (EASA) have developed requirements for the structuring of ATSEP training. While ICAO’s requirements in its training structure apply worldwide, EASA’s requirements for training apply to ATSEP in European countries and slightly differ from ICAO’s requirements.

Most people have heard of the term “radar waves” and are familiar with the idea that radio waves use radar to somehow “detect an object” that is out in the distance or out in an area somewhere.

The acronym ATSEP refers to Air Traffic Safety Electronic Personnel. This select group of technical specialists provide and support the electronics and the software used to operate and allow air traffic safety (ATS) systems. This includes communications, navigation and surveillance and air traffic management systems (CNS/ATM). The ATSEP group is comprised of technicians, engineers and computer software and hardware specialists.

The principle of a radar system consists of emitting a wave and receiving the reflected wave that was reflected by an object (target).