The WAM system for Narita International Airport in Tokyo has been fully operational
Pardubice, November 30th, 2015 ERA Company announced that its WAM system deployed for TMA of Narita International Airport in the Japanese capital of Tokyo had achieved fully operational status. The installation of the system fulfils all the specific demands required by the tendering process which ERA won in cooperation with the Japanese company Toshiba. Narita is the fourth ERA/Toshiba project in four years following the airport surface system in Osaka Itami, the Height Monitoring System (HMU) in Okayama and the MLAT system at Chūbu Centrair Airport in Nagoya.
The customer Japan Civil Aviation Bureau (JCAB) chose their solution of multilateration systems in order to meet the challenge of the air traffic management in this airport, one of two major hubs serving the Tokyo area. The WAM system provides surveillance for TMA to an extent of 20 NM as well as working as precision runway monitoring tool for the airport's parallel runways.
Based on the client's requirements, each ground station is equipped with hardware designed for operations under difficult outdoor conditions which can withstand a wide range of temperature (minus 40 to plus 60 degrees Celsius) and possible vibrations and movements in this region threatened regularly by earthquakes.
On Narita airport
Narita International Airport, originally known as New Tokyo Airport, is an airport serving the Greater Tokyo Area of Japan. It is located approximately 60 kilometres east of central Tokyo in Chiba Prefecture, straddling the border between the city of Narita and the adjacent town of Shibayama. Narita is the largest international airport in Japan, handling around 50% of the country's international passenger traffic and 60% of its international air cargo traffic. As of 2013, Narita was the second-busiest passenger airport in Japan (after another airport in Tokyo named Haneda) and the tenth busiest air freight hub in the world. Its 4,000-metre main runway is the longest one in Japan.