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Kelvin Hughes SharpEye Solid-State Nav Radars to be Fitted on more than 60 Royal Navy Vessels

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Naval Defense Industry News - UK
 
 
 
Kelvin Hughes SharpEye Solid-State Nav Radars to be Fitted on more than 60 Royal Navy Vessels
 
The UK MOD announced that over the next five years, the MOD’s Navigation Radar Programme will replace existing radars fitted across the Royal Navy fleet and shore facilities with solid-state SharpEye™ radar transceivers designed and developed in the UK by Kelvin Hughes in Enfield North London. The new radars are the result of a £44 million contract award by the Ministry of Defence.
     
The UK MOD announced that over the next five years, the MOD’s Navigation Radar Programme will replace existing radars fitted across the Royal Navy fleet and shore facilities with solid-state SharpEye™ radar transceivers designed and developed in the UK by Kelvin Hughes in Enfield North London. The new radars are the result of a £44 million contract award by the Ministry of Defence.
 Kelvin Hughes SharpEye Upmast Radar with carbon composite housing at DSEI
Photo: Navy Recognition
     
The contract was awarded to Hampshire based Lockheed Martin Integrated Systems UK and will modernise ship and submarine navigation systems which are critical for safe navigation at sea.

The radars will be fitted to the Royal Navy’s Type 23 frigates, Hunt and Sandown class Mine Counter Measure Vessels, Royal Fleet Auxiliary vessels, fast patrol boats, as well as the Astute, Trafalgar and Vanguard class submarines.
     
The UK MOD announced that over the next five years, the MOD’s Navigation Radar Programme will replace existing radars fitted across the Royal Navy fleet and shore facilities with solid-state SharpEye™ radar transceivers designed and developed in the UK by Kelvin Hughes in Enfield North London. The new radars are the result of a £44 million contract award by the Ministry of Defence.
 The Royal Navy's Type 23 will be fitted with the new navigation radar. Crown copyright.
     
The contract also includes options for the introduction of the navigation radars to future Royal Navy platforms such as the Queen Elizabeth Carriers, the Type 26 Global Combat Ship, and Successor submarines.

Defence Minister Philip Dunne said:
The replacement of navigation radars across more than 60 ships, submarines and shore facilities will see the Royal Navy receive the latest generation of digital radar systems which set the standard for the future.

This has been as a direct result of our pledge to invest £178 billion in defence equipment and support, to help to ensure the UK can respond to diverse threats around the world.
     
The UK MOD announced that over the next five years, the MOD’s Navigation Radar Programme will replace existing radars fitted across the Royal Navy fleet and shore facilities with solid-state SharpEye™ radar transceivers designed and developed in the UK by Kelvin Hughes in Enfield North London. The new radars are the result of a £44 million contract award by the Ministry of Defence.
 The UK's nuclear deterrent Vanguard submarines will be fitted with the new navigation radar. Crown copyright.
     
Five shore facilities will also benefit from the new technology which provides a highly reliable and safe collision avoidance system. This includes equipment for training at HMS Collingwood, in Hampshire, HMS Raleigh, in Cornwall, and at the Land Based Test Site at Portsdown Technology Park in Hampshire.

Head of Maritime Combat Systems at the MOD’s Defence, Equipment and Support Organisation, Steve Hyde, added:

This contract will see new radars that use the latest technology rolled out across the entire Royal Navy fleet, providing a reliable, technically capable and easy to maintain system that will give our Navy the extra confidence they need when serving on operations.

The contract with Lockheed Martin will cover the demonstration, manufacture and in-service support for the system, providing the optimal technically compliant solution and best value for money for the Royal Navy. It will sustain 14 jobs at Lockheed Martin’s Havant facility and create five additional roles in the company.