A flexible, mature, certified multisensor and multisolution surveillance system with proven multilateration & ADS-B capability.
The system is proven to provide accurate and reliable real-time location and identification of all objects equipped with a Mode A/C/S transponder.
The generic ERA multi-sensor surveillance architecture can be readily configured to optimize performance for specific applications including Surface Movement, Wide Area Multilateration, Parallel Runway Monitoring and Height Monitoring as well as ADS-B Based Surveillance. NEO is capable of performing all or selected described functions simultaneously and seamlessly.
Surface Multilateration by NEO provides ground surveillance as well as surveillance for the immediate vicinity of the airport.
Wide Area Multilateration by NEO provides reliable and extremely accurate surveillance for TMA and EN-ROUTE areas suitable for all terrain challenges.
NEO decodes ADS-B signals according to all applicable standards and can be configured as a standalone network of redundant ADS-B ground-stations capable of independent ASTERIX output or as a network of ADS-B receivers fused in a Central Processing Station to provide a single ADS-B track.
Parallel Runway Monitoring with NEO’s extreme accuracy and reliability of surveillance allows the safe approach of aircrafts to parallel runways operations on the busiest airports in the world.
NEO has been proven to provide the measuring element of a height monitoring unit. Along with the processing system it supports reducing the vertical separation minimum to 1000 ft (RVSM: Reduced Vertical Separation Minimum) in the Upper Airspace.
The combination of SQUID and NEO represents a Vehicle Tracking System for increasing safety for airport traffic control as well as efficiency for airport operations.
A reliable modular concept with an impressive number of MTBF (Mean Time Between Failures) and easy maintainability of the ground station.
The key component and heart of every multilateration system. ERA has developed cutting-edge processing to provide users with the most reliable surveillance information. The active parts of the system are driven by advanced interrogation algorithms.
RCMS is designed for supervision of the entire NEO. RCMS is displayed in the web-based platform for easy accessibility and a user-friendly environment.
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