anti-submarine missile

A Malafon anti-submarine missile system was fitted when the ships were built but this was removed during refits in the late 1980s.

Anti-submarine weapons include a Malafon anti-submarine missile system (13 missiles carried) and torpedo catapults.

In its present configuration it has a helicopter landing pad and an ASROC anti-submarine missile system.

Ikara (Anti-submarine missile)

The La Galissonnière differed slightly in specification from the rest of the class as she was built specifically to test the Malafon anti-submarine missile.

Stuart and the other River class ships were fitted with the Ikara anti-submarine missile system: the first Australian-designed naval weapons system.

Later that year, Ajax began modernisation that lasted to 1973, having her 4.5 inch turret replaced by an Ikara anti-submarine missile system.

The W44 was an American nuclear warhead used on the ASROC tactical anti-submarine missile system.

These were designed to be dropped from a patrol plane or deployed by anti-submarine missile from a surface ship, or another submarine, located a safe distance away.

Among its various weapon systems are surface to air missiles (SAMs), anti-ship/anti-submarine missiles, torpedo launchers, and a mounted cannon.

The Ikara missile was an Australian ship-launched anti-submarine missile, named after an Australian Aboriginal word for "throwing stick".

In addition, the basic airframe and expertise were directly used in the development of the Ikara anti-submarine missile and the Sea Cat surface-to-air missile.

Malafon (MArine LAtécoère FONds) was a French ship-launched anti-submarine missile system.

ASROC (for Anti-Submarine ROCket) is an all-weather, all sea-conditions anti-submarine missile system.

This is the first post World War II Japanese destroyer escort to carry ASROC Anti-submarine missiles.

An anti-submarine missile is a standoff weapon including a rocket designed to rapidly deliver an explosive warhead or homing torpedo from the launch platform to the vicinity of a submarine.

To counter this increasing threat torpedoes were honed to target submarines more effectively and new anti-submarine missiles and rockets were developed to give ships a longer-range anti-submarine capability.

The development of a shortened variant for the Ikara anti-submarine missile was abandoned when the requirement for Ikara to arm the Type 82 destroyer escorts for the CVA-01 aircraft carriers lapsed.

The RUM-139 VL-ASROC is an anti-submarine missile in the ASROC family, currently built by the Lockheed Martin company for the U.S. Navy.

Its new sonar (both passive and active) was able to detect other submarines and ships at greater range, and it was intended to launch the U.S. Navy's newest anti-submarine missile, SUBROC.

The Type C65 corvette was built to counter the improved performance of submarines in the 1960s, and was designed around two recently developed systems: the DUBV43 towed active sonar, and the Malafon anti-submarine missile.

Design and development of the missile began in 1983 when the Goodyear Aerospace company was contracted by the U.S. Navy to develop a ship-launched anti-submarine missile compatible with the new Mark 41 Vertical Launching System.

Harry E. Yarnell was equipped with RIM-2 Terrier surface-to-air missile launching tubes both fore and aft and ASROC anti-submarine missiles, as well as more conventional torpedo tubes and guns.

A number of anti-submarine missiles also exist; these generally use the missile in order to deliver another weapon system such as a torpedo or depth charge to the location of the submarine, at which point the other weapon will conduct the underwater phase of the mission.

This was supplemented by two 5-inch/54 calibre Mark 42 guns in two single turrets, two Ikara anti-submarine missile systems (although the actual launchers were not installed until the late 1960s), and two Mark 32 triple-tube torpedo sets for Mark 46 torpedoes.