SkyRadar Blog

ATSEP need to service redundant sets of transmitters & receivers remotely. This includes remote monitoring of system health, emergency switching in case of system degradation, but also the regular switching between operational and idle modes. SkyRadar's Radar Trouble-Shooting Kit allows to perform a plethora of important actions, all while being connected to a system monitoring and control training system.

This modular laboratory allows training from radar basics to complex ATSEP calibration, parametrization and switching procedures. Optionally it can include a unit on electronic warfare. It also includes SkyRadar's SMC suite with a miniaturized ATM infrastructure.

In this video, SkyRadar presents the new Analog and Digital Communication Lab, allowing to model SUR, NAV and COM applications around a DSP and a transmitter and receiver unit.

SkyRadar's Electronics Laboratory includes 3 subsets: analog electronics, digital electronics and microcontroller technology. Watch the videos.

Electrical theories, concepts and applications are the basis for all electronics, radar and communications engineering. We introduce this basic laboratory as entrance laboratory for new trainees, entering the world of´ATSEP.

Primary and secondary radar towers are electro-mechanical devices, with motors and motor control systems. SkyRadar's electromechanical laboratory provides a comprehensive learning environment for various kinds of motors and their control.

FreeScopes has evolved into the leading training environment for handling and visualizing radar I/Q data. We have added some nice features, which allow to easily include FreeScopes experiments into training programs or learning management systems.

In air traffic control, managing radar clutter is essential for ensuring both safety and operational efficiency. This article provides an in-depth look at the use of clutter maps and clutter-map-subtraction techniques, which are employed to filter out stationary and irrelevant objects from radar displays. By focusing on these advanced filtering methods, the article aims to shed light on how radar systems are optimized to allow air traffic controllers to concentrate on tracking moving aircraft.

This article dives into the critical role of zero-velocity filters in air traffic control, highlighting how they improve radar accuracy by eliminating stationary objects from the radar display. A video shows an implementation with SkyRadar FreeScopes.