AWD starts MELO on HMAS Hobart
The AWD Alliance has started Main Engine Light-Off (MELO) activities on Australia’s lead Hobart-class air warfare destroyer, HMAS Hobart (DDGH 39), as the team prepares for sea trials.
The MELO saw one of the main engines of the destroyer start up - a 5650kW Bravo V16 propulsion diesel engine that will drive the ship’s port-side propeller. Another Bravo engine drives the starboard propeller and will enter MELO in the next few weeks. The two propulsion diesel engines will propel the ship at low speeds, while two yet-to-be-commissioned gas turbines will power the vessel at higher speeds.
The main propulsion engines were made by Navantia in Spain. There are a further four diesel generator engines on-board for the ship’s electrical power that have been commissioned and are currently undergoing parallel testing.
Following the completion of MELO activities, the propulsion engines will be connected to the propellers and ‘dock trials’ will be conducted, in which the engines turn the propellers while the ship remains roped to the dock.
Mike Clements, platform test and activation manager, said: ‘MELO is a major milestone for any warship and the start of the MELO activities this week is a great achievement for everyone who has contributed to the ship to date.’
More from Naval Warfare
-
FNSS looks to put uncrewed vehicles at the front of amphibious assaults
The new platform is designed to put reconnaissance, obstacle clearance and fire support ahead of the crewed force in a contested landing.
-
US turns to allies to tackle navy shipbuilding backlog
A White House memorandum acknowledges US Navy shipbuilding backlogs and a weakened industrial base, opening a formal path for South Korean and Japanese yards to help rebuild capacity.
-
US Navy’s $275 billion BBGN plan hinges on shipyard transformation
The US Navy’s planned nuclear-powered warship carries a US$275 billion price tag, but the greater story lies in the industrial overhaul needed to build it, from AI-enabled design to digital twins and modular construction.