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Royal Australian Navy orders Kongsberg bridge simulators

Written by Nick Blenkey
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Maritime Warfare Officer Training in the Kongsberg simulator at HMAS Watson

NOVEMBER 7, 2018 – Kongsberg Digital is to deliver and support a suite of sophisticated K-Sim Navigation ship’s bridge simulators for the Royal Australian Navy. The contract will enable the Royal Australian Navy to significantly increase its training capacity and reduce costs associated with qualifying bridge watch keepers and other staff before going to sea.

The simulators will be delivered for installation in a new training facility at HMAS Stirling in Perth starting May 2019, with existing bridge simulators at HMAS Watson in Sydney being upgraded from December 2018. The new simulation center in Perth and extensive upgrades in Sydney will ease pressure on the Navy’s existing facilities and provide sophisticated bridge simulation training capabilities on both coasts of the Australian continent.

“The Royal Australian Navy has trained crew on Kongsberg ship’s bridge simulators since 1998, and our engine room simulators are also integral to its engineer training,” said Lars Klemmentsby, VP Business Development Defence, Kongsberg Digital. “Their high level of satisfaction over these past two decades has played a major role in this latest contract award, which confirms Kongsberg Digital’s position as the supplier of choice for both bridge and engine room simulation to the Australian Navy.”

The contract also includes a Long Term System Support Program (LTSSP), designed to ensure high operational availability and easy access to new Kongsberg simulator developments. The Royal Australian Navy has already benefited from an existing LTSSP, which enabled fast track upgrading of its capabilities at HMAS Watson with new Kongsberg ship’s bridge simulators in 2016/17.

K-Sim Navigation is based on an advanced technology platform enabling more realistic training scenarios and enhanced user benefits for both instructors and students. It features a new physical engine and state-of-the-art hydrodynamic modeling, allowing vessels, objects and equipment to behave and interact as in real life, as well as a new instructor system, complete configuration flexibility and easy integration with other simulators for complete team training.

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