Australia Gifts Advanced Patrol Vessel to Boost Maldives Maritime Defense Capabilities
World ·
A brand-new naval patrol vessel donated by the Australian Government arrived in the Maldives on June 15, marking the completion of the longest voyage in the history of the Maldives National Defence Force (MNDF).
The 40-metre vessel was welcomed at the Hulhumale’ port with a ceremonial escort by the MNDF Coast Guard and a traditional water salute. Built by Austal Limited at the Henderson Shipyard in Perth, the ship was delivered under the Australian Defence Cooperation Programme as a symbol of the enduring diplomatic and strategic partnership between the two nations.
To ensure seamless integration into the fleet, MNDF Coast Guard crews underwent specialized training and familiarization trials in Australia prior to the ship's arrival. This procurement aligns with President Dr Mohamed Muizzu’s strategic policy to double the operational capacity of the Maldives Coast Guard and transform the MNDF into a force capable of independently managing the nation's vast territorial waters.
Once officially commissioned in July, the vessel will significantly enhance the MNDF’s ability to conduct maritime surveillance, deter illegal activities such as smuggling and poaching, and execute critical search-and-rescue operations. Beyond domestic security, the vessel is expected to elevate the Maldives' contribution to broader regional stability.
Chief of Defence Force Major General Ibrahim Hilmy, who inspected the vessel alongside Australian High Commissioner David Jessup, stated that the donation marks a new chapter in the Maldives’ maritime capabilities. The arrival of the platform represents a major advancement in the country's defense posture and underscores the strengthening defense ties between Male’ and Canberra.
As the MNDF prepares for the ship's formal induction next month, the addition of this advanced asset provides a vital tool for safeguarding the archipelago's maritime borders and responding to emergencies with greater speed and efficiency.