Prime contractor Raytheon and the U.S. Federal Aviation Administration have finished installing the standard terminal automation replacement system (Stars) at the first of 11 large terminal radar approach control (Tracon) facilities in the U.S. Air traffic controllers at the Dallas/Fort Worth Tracon started “continuous operation” with Stars ahead of schedule in early May, Raytheon announced at the Paris Air Show last month.
Avionics and ATC » ATC
News, issues, personnel, equipment and developments about air traffic management.
If ever there was a Comeback Kid in avionics, it would have to be the FAA’s wide area augmentation system (Waas). Heralded by the agency in 1994 as the future Swiss Army knife of navigation, Waas was going to bring greater accuracy and enhanced reliability to the sometimes unpredictable GPS and, in so doing, promised a new era where satellites would replace not only the nation’s NDBs and VORs, but also the more than 600 Category 1 ILS installations in the National Airspace System at the time. Development would cost more than $300 million, and take about four years.
ITT Exelis has been awarded a $42 million contract from the Aireon venture to provide automatic dependent surveillance-broadcast (ADS-B) data processing and distribution for its satellite-based air traffic surveillance system. Aireon, a joint venture of Iridium Communications and Nav Canada, will provide aircraft position reports to subscribing air navigation service providers (ANSPs) using hosted ADS-B payloads on the Iridium Next constellation of satellites.
Air navigation service providers (ANSPs) have extended their ability to track aircraft flying on far northern Atlantic routes by installing automatic dependent surveillance-broadcast (ADS-B) stations in Greenland, the Faroe Islands and Iceland.
“Remote tower” ATC systems advanced by Saab have passed site acceptance testing in Norway and Sweden, paving the way for broader acceptance of the technology at small and regional airports that have no manned tower or a tower that is temporarily staffed during the day.
Air traffic controllers are using advanced procedures to space aircraft closer together on takeoff and landing at major U.S. airports, making early progress toward a major goal of the NextGen ATC modernization effort: increasing airspace capacity.
Economic woes risk crippling Europe’s rollout schedule of a revolutionary system that could transform regional air travel because airlines are simply too wary to invest at a time of low growth.
Europe has now spent millions in developing a blueprint for a nigh-on perfect system with which to manage an eventual albeit belated explosion in the number of aircraft traveling through its congested skies.
When Serbia shot down U.S. Air Force F-117 during the Kosovo war in 1999, skeptics of stealth claimed vindication. However, that success was due to a combination of poor mission planning, smart air-defense operators exploiting both radar and ELINT sensors, some vulnerability in the first-generation platform–and pure luck. Low-observable technology has moved on, and the F-22, F-35 and the latest UCAVs are stealthier than the F-117.
The Raytheon standard terminal automation replacement system (Stars) began continuous operations in early May at the Dallas-Fort Worth terminal radar approach control (Tracon) facility, the first of 11 large Tracons in the U.S. to manage air traffic continuously using the new ATC automation system.
An airport ground vehicle transmitter developed by ITT Exelis and avionics manufacturer FreeFlight Systems is the first such device certified to a new standard by the U.S. Federal Aviation Administration (FAA). Ground vehicles fitted with the device can be monitored by air traffic controllers, improving “situational awareness” and safety at busy airports. The vehicle movement area transmitter (V-MAT) continuously reports the position of a ground vehicle through automatic dependent surveillance-broadcast (ADS-B) OUT transmissions.