AeroTrac NextGen
Specifically designed for the advanced surveillance, tracking accuracy and flight information processing required to maintain Air Traffic Control (ATC), Telephonics’ AeroTrac® NextGen Air Traffic Management System (ATMS) is relied upon by Air Navigation Services Providers (ANSPs) worldwide. The system incorporates a reliable and redundant architecture as well as fail-safe backup modes for high system availability and uninterrupted service. The fully scalable AeroTrac ATMS supports a wide range of traffic levels including large en-route upper airspace Flight Information Regions (FIRs), mid-level terminal areas, approach control areas and airport towers.
Features
- Redundant architecture with fail-safe backup modes for high system availability and uninterrupted service
- Seamless information sharing between upper and lower airspace controllers for improved efficiency, coordination and safety
- Graphical User Interface (GUI) for natural human interactions with the systems' flight information and integrated air situation display
- Proven in large-scale ATC environments, with over 3,000 aircraft tracked simultaneously through surveillance data inputs from over 30 different ATC sensors
- Complete turnkey ATM solutions, from initial concept development and planning to site preparation, delivery, installation and after-sales support
- Incorporates Eurocontrol recommendations and International Civil Aviation Organization (ICAO) standards
- Built-in features allow for quick system configuration, airspace sectorization and set-up time
- Interoperability for coordination among tower, approach and area control centers
- Operational region spanning over nine million square miles of airspace
- Tower electronic flight strips reduce operator workload and provide improved coordination between controllers
- Arrival and departure management functions reduce aircraft holding, taxi delays and aircraft carbon emissions
- Air surveillance picture provides a common situational awareness view for controllers
- Simulator with pseudo-pilot and voice-recognition capabilities provide efficient and effective controller training and airspace change evaluations
