The Spanish combat replenishment ship Cantabria leaves Sydney early in November following nine months in
Australian waters supporting the RAN in what her commanding officer, Commander Jose Nieto, describes as an operation without
fault.
“We were able to assist our RAN friends while (HMAS)
Success was undergoing maintenance, and we in turn have benefitted
greatly from a unique training opportunity,” he says.
The 19,500 tonne Cantabria arrived in Australia in February
after a 41-day passage from Spain, with 12 RAN personnel embedded with her 146-strong
crew.
They, and about another 300 RAN
personnel who have spent time aboard Cantabria during her time in Australia,
were tasked with familiarising themselves with ship systems that also equip the
RAN’s forthcoming Canberra class Landing
Helicopter Docks and Hobart class Air Warfare Destroyers.
These range from the integrated platform management system
to the water distilling plant and remote control valve actuators.
Operations have included 63 replenishments at sea with more
than 10,500 cubic metres of marine fuel transferred to Australian, US and New
Zealand ships.
One first was the vertical replenishment of an Anzac class
frigate by an MRH-90, with the helicopter transferring 12,000 kg of stores from
Cantabria to HMAS Parramatta.
Another was the embarkation on Cantabria of
two AS350 Squirrel helicopters of 723 Squadron, with the two aircraft
conducting simultaneous visual and instrument approaches to the flight deck.
Commander Nieto, a former Harrier pilot, says 100 per cent
system reliability meant no program changes had been necessary during the
ship’s time in Australia.
A parallel benefit of Cantabria’s time in Australia has been
the opportunity for the RAN to assess its suitability as a potential
replacement for HMAS Sirius and HMAS Success.
There’s plenty of likely competition,
but RAN personnel aboard the Spanish ship spoke highly of its capabilities and
the ship itself, after four years in commission and 167 sea days on its current
deployment, was in immaculate condition.