in Defence

Teddington Systems helps upgrade Royal Navy Hunt-Class minesweepers

Posted 7 May 2019 · Add Comment

UK manufacturer Teddington Systems is in the vanguard of a major project for the Ministry of Defence (MoD), updating control panel systems of seven Royal Navy Hunt-Class minesweeper vessels.



Above:
A Royal Navy Hunt-Class minesweeper.
Picture Gary Wheatherston / Royal Navy, Crown Copyright


The work goes hand in hand with new emergency generators provided by Caterpillar that are being installed on the upper decks of the ships. The systems Teddington is working on are housed on the deck below.

The new generator upgrade will ensure the ships do not lose power in the event of a critical systems failure, which could happen if the ships were damaged in action.

The Cornwall-based specialist control systems engineering firm will update the panels on all seven ships to control the generator start-up, operation and health monitoring of the new generators.

The panel systems upgrade will communicate with the ship’s main command and control centre. The first of the ships has just been completed and the remaining six are expected to take up to five years to complete.

Teddington specialises in control panels and systems in defence and aerospace and is called upon throughout the world to carry out similar work. Recent contracts include control panel upgrades for submarines, helicopters and other ground-based systems.



Managing Director, James Henderson (above), explained: “Our work upgrading the Hunt-class control panel makes it compatible with the new generator’s enhanced performance.

“It will ensure it will be able to detect how the generator is performing and can then alert the ship’s control centre to any faults.”

The project is using Teddington’s new IRISmodular systems development approach designed for ultra-long-life products and critical systems.

“This approach came about following discussions with the MoD and private sector where it was realised that the lifecycle of some systems were being extended by between 10-15 years,” said James.

“As a result, we were being asked to reverse engineer systems as many smaller, niche manufacturers that provided them were no longer in existence. The costs involved to do this were just too high so using IRISmodular we have been able to develop replacement systems in a much-reduced timescale and budget.”

Teddington Systems is a UK design and engineering company that works on advanced systems across a range of sectors including defence, aerospace, energy and transport. With its headquarters in St Austell, Cornwall, the firm specialises in electronics, critical systems, control panel technology, appliance controls and valve fabrication.

 

* required field

Post a comment

Other Stories
Advertisement
Latest News

Lion Air becomes first A330neo operator in Asia-Pacific

Indonesian carrier Lion Air has received its first A330-900, becoming the first airline from the Asia-Pacific region to fly the A330neo.

Home Office funds innovative policing tech

The Home Office has pledged £5 million to support the development of innovative technology to help police forces prevent crime.

UK joins AIR Centre to develop space tech and tackle climate change

Researchers will benefit from new international partnerships with 15 countries as part of the Atlantic International Research (AIR) Centre, thanks to a new agreement signed yesterday.

UK and Sweden partner on future combat air

Defence Secretary Penny Mordaunt and her Swedish counterpart Peter Hultqvist sign a landmark agreement to partner on future combat air

Airbus to run MoDís land C4ISR test centre

Airbus has agreed a five-year contract with the UK Ministry of Defence (MoD) to manage test and reference services to support the delivery and assured release of Command, Control, Communications, Computers, Intelligence,

DSA sees WIZZ Air launch Chisinau service

WIZZ Air today announced a new twice-weekly flight to Chisinau, Moldova taking off from Doncaster Sheffield Airport (DSA) from 20th December.

ODU 0201311219
See us at
SMI GMS BT1906071119SMI ActiveP BT1206121119VIDSE BT1605060320SMI FAV BT1006141119DSEI JP BT1605201119ADSS1000DBT1706171019