SkyRadar Blog

Artificial Intelligence is starting to become a game changer in Aviation. In this article we look at its expected impacts on radar technology and describe SkyRadar's solutions to qualify ATCO and ATSEP on applied AI.

The SkyRadar team completely reworked its PSR radar. With the best resolution in the market, unlimited concurrent users, a plug-an-play approach and much more it is heading to set standards for affordable qualification tools in ATC and University Education.

SkyRadar has completely reworked FreeScopes for the PSR base module to respond on NextGen requirements of ATC qualification programs (ATCO & ATSEP), as well as University Education (education, exercises, research). Flexibel panels for scope and filter applications per scope (!!!) boost FreeScopes light-years ahead of any other tool in the market.

All Radars by SkyRadar allow for a concurrent manipulation of radar data. Here we explain the principle. And the advantages.

SkyRadar has completely reworked the FreeScopes Software to respond on requirements of ATC qualification programs (ATCO & ATSEP), as well as University Education (education, exercises, research). Flexibel panels for the scope and filter application per scope boost FreeScopes light-years ahead of any other tool in the market. This document refers to the FreeScopes software of the releases 6.x for the FMCW radar.

SkyRadar offers the most exhaustive end-to-end Tower Simulator in the market, including 3D TWR, APP, ACC, but also GND & A-SMGCS and more. Based on an operational ATC system, it is a suitable tool for ATCO and ATSEP training.

Airbus sees significant potential for the reduction of CO₂ emission. With a big drop achieved through enhanced Air Traffic Management.

SkyRadar's aerodrome simulator builds on a fully operational ATC / ATM System (with many operational references) connected to a simulation environment. Being implemented by many civil aviation authorities, it has by default to be compliant with ICAO standards and national regulations.

SAR is a method of synthetically increasing the aperture of an antenna to achieve a finer spatial resolution of the target. The method finds increasing application in Civil Aviation and industry. This article describes and shows videos of measurements, taken with SkyRadar's SAR training radar.