LIMA 2015: Littoral Combat Ship programme only ‘slightly off track’
Boustead Heavy Industries Corporation (BHIC), responsible for constructing the Royal Malaysian Navy’s (RMN’s) six 3,000t Second Generation Patrol Vessel - Littoral Combat Ships (SGPV-LCS), revealed the project is only ‘slightly off track’ in terms of schedule.
Anuar Murad, director of BHIC’s defence & security division, told Shephard the programme ‘is looking good’, and that delays are at least partially due to still pending decisions from the Ministry of Defence on what minor equipment is to be selected for the new ships. Examples include air compressors and chilled-water plant for the air-conditioning system.
Murad said that, according to the baseline schedule,
Already have an account? Log in
Want to keep reading this article?
More from Naval Warfare
-
What the rise of interoperability between Western allies means for defence procurement
Major naval initiatives including the European Patrol Corvette programmes and Norway’s UK partnership-focused purchase of Type 26 frigates point to the growing interest in the advantages of commonality across allied navies.
-
Kraken’s Royal Navy USV contract signals next step in crewed-uncrewed integration
The UK Royal Navy’s rapid procurement of uncrewed platforms aligns with the force’s strategic shift towards a fleet better equipped to handle modern threats.
-
HMS Anson’s milestone stay in Australia cut short during AUKUS deployment
The Astute-class submarine’s visit to Australia was the first time maintenance activity on a UK Royal Navy nuclear submarine had been carried out in the country.
-
How Operation Epic Fury could reduce US readiness to face China
The offensive against Iran could impact training and maintenance cycles and accelerate the degradation of the US arsenal on top of depleting Washington’s stockpiles.
-
UK Royal Navy explores modular counter-drone capabilities for future hybrid fleet
The UK MoD is scoping out systems to counter the growing threat of uncrewed aerial systems, with a focus on low-cost modularity and speed to field.