in Defence

Babcock trials iFrigate on HMS Sutherland

Posted 11 September 2019 · Add Comment

Babcock has undertaken a pioneering technology trial with the UK Royal Navy on board the Type 23 frigate, HMS Sutherland, delivering innovative smart technology used to predict and support future maintenance and through-life support decisions as well as empowering the maintainer.


Courtesy Babcock


Combining technology and deep engineering expertise to create value for its strategic partner, the six-month trial on the in-service frigate included a suite of technology and sensors installed on the Warship allowing Royal Navy personnel to get closer to the beating heart of their equipment by accessing up-to-the second maintenance information, empowering them as on-board service engineers.

Using Babcock's iFrigate, which is the integration of a ‘connected’ suite of technology and sensors coupled with Babcock’s iSupport analytics capability (providing a design with support at the forefront whilst ensuring that the on-board maintainer remains at the heart of the solution), helped to enhance the ship's decision support and optimise planning.

The sensors captured data using a hard wired network and was transmitted to an analytics suite on board the vessel to enable personnel to remotely observe and analyse data helping to inform risk based decisions. The sensor data and analytics screens were also mirrored onto a ruggedised tablet connected to a server via a secure LiFi connection in the CW Plant Space providing the maintainers with live information at the point of need.

The Royal Navy maintainer then provided the insight from the Platform to the ashore Class Output Support Team enabling improved, optimised support planning and targeted interventions against know system performance risk.

The trial is part of Babcock’s iSupport360 Programme, launched at DSEI 2019. The iSupport360 solution is Babcock’s own approach to the integration of next level technology to create valuable information for the management of critical assets, providing a powerful way for personnel to see the bigger picture and optimise the effectiveness of any asset such as; a ship, a submarine or critical infrastructure - helping to predict the future maintenance requirements of some of the most sophisticated equipment around today.

Ian Cowper, Engineering Director – Warships, Babcock said: “This ‘at sea’ predictive analysis of equipment is the first trial of its kind for the Royal Navy and brings together Babcock’s engineering know-how, technology provision, systems integration and through life support experience. We thrive in complex environments which require specialist engineering expertise such as this and seek to deliver innovation in every aspect of our work using our expertise to adapt and implement our technology solutions.

“By enabling enhanced decision support and optimising planning, it will ultimately improve the availability of the asset, reduce maintenance costs and safety risks and equip Royal Navy personnel to make informed real-time maintenance decisions at a systems level. We are extremely excited about this breakthrough approach to ship support and look forward to continuing this work with our RN and DE&S colleagues.”

Following on from a similar onshore trial at Babcock’s Devonport facility, where LiFi technology was successfully trialled to harness data from a shoreside support facility, the Connected Platform trial supports Babcock’s iFrigate product where commercially available technology will be embedded during the build process of future Babcock designed OPV’s and Frigates.

Capt Matt Bolton, Navy Command trial sponsor said: “The Connected Platform trial is in direct support of the RN’s Maritime Support Information Exploitation (MarSIX) Strategy and is helping to deliver against the Naval Engineering Strategy which is seeking to enable, empower and equip the RN maintainer.”

Lt Cdr Dave Morton, the ship’s Marine Engineer Officer, commented that: “This trial used innovative, digital technology to measure system performance on the Chilled Water and HPSW systems – helping to detect potential issues early and it included the first UK military use of LiFi. The outputs will enable proactive support planning by the COM and an improved understanding of operational risk, whilst also empowering our maintainers at sea with new diagnostic capabilities. HMS Sutherland is delighted to be the trial ship.”

The T23 Platform Chief Engineer at the time, Cdr Duncan McDonald added: “This trial is fully integrated with DE&S and NCHQ support strategies. We are proving this on the Royal Navy’s largest class, as it de-risks the direction of travel for digital legacy and future platforms.”

The drive to understand the condition of existing equipment and to support maintenance decisions based on accurate and up-to-the-minute data is a key driver, as Babcock explores ways to constantly improve its delivery of through-life management and support of customers’ critical assets. Its focus is on designing and trialling embedded technology to allow engineers to better understand and visualise both platform and facility performance in real time.

 

* required field

Post a comment

Other Stories
Advertisement
Latest News

CAE to train more than 1,000 new easyJet pilots

CAE has signed a long-term exclusive training agreement with easyJet to train 1,000 new easyJet cadet pilots on a Multi-Crew Pilot licence (MPL) programme.

Rolls-Royce awarded $1.2bn US Navy contract to support V-22 engines

Rolls-Royce has been awarded a contract by the US Navy to provide V-22 Osprey AE1107C engine support, worth $1.2 billion.

Airbus tests ocean satellite Sentinel-6As operational fitness

Airbus space engineers are currently testing the Copernicus Sentinel-6A satellite at the Space Test Centre of Industrieanlagen-Betriebsgesellschaft mbH (IABG) to prove its readiness for space.

SAS' first A321LR to enter its long-haul fleet

The first of three new A321LRs, a narrow-bodied aircraft suited for longer distances, will enter into service in the SAS fleet on 18th September 2020.

ATI appoints Stephen Ball as Non-Executive Chair

The Aerospace Technology Institute (ATI) has announced the appointment of Stephen Ball as Non-Executive Chair, effective from 23rd January 2020

Airline bankruptcies and risk aversion limit September traffic growth

European airport trade body, ACI EUROPE today released its latest air traffic report for September & Q3 2019, measuring all commercial aviation flights: full service, regionals, low cost and charter.

See us at
DSEI JP BT1605201119S&P BT241019040320FIL20BT010819260720VIDSE BT1605060320