Selex Elsag selected for US Navy E-2C radios
Selex Elsag has announced that it has signed a contract with Northrop Grumman ISS International, for the manufacturing, integration, test and delivery of the high frequency radio system, SRT-470, which has been selected for use on all the US Navy’s E-2C Hawkeye 2000 Airborne Early Warning & Command (AEW&C) aircraft. Selex made the announcement in a 20 March 2012 statement.
The contract follows a December 2010 contract award for manufacturing, integration, test and delivery of HF radio systems for use on the US Navy’s next-generation E-2D Advanced Hawkeye.
According to Selex, the SRT-470 HF/SSB system is the result of an extensive research and development activity in the high frequency field. This transceiver family provides voice/data radio communications for avionics applications over the 2MHz to 30MHz frequency range. It provides high power transmission 400 Watt PEP/AVG. The transceiver can be interfaced with various Antenna Tuning Units (ATU) dedicated to loop, wire, notch and shunt antennas to provide reliable radio communications in adverse propagation conditions, and high system efficiency without requiring additional adapters installation. The system also includes a remote control unit which implements a state-of-the-art human-machine interface.
More from Naval Warfare
-
US Coast Guard acquires icebreaker, and gets approval for Polar cutter
The investment will help the US move towards its prescribed Arctic requirement.
-
Saab signs modernisation deal for Sweden’s coastal anti-ship missile capability
Sweden’s Baltic coastal defence will be upgraded with new missile options.
-
South Korea chooses LIG Nex1 for reconnaissance USV
The uncrewed surface vessel was secured with a DAPA contract.
-
Pakistan Navy takes second OPV 2600 vessel from Damen
The PNS Yamama completes the class of maritime security vessels.
-
Hanwha Ocean to build FFX Batch-IV frigates for South Korea
Hanwha Ocean aims for consistency between Batch-III and Batch-IV, despite radical technological overhaul.