The UK Royal Navy (RN) has contracted Kelvin Hughes to supply SHARPEYE radars for the RN’s three new RIVER-class Batch 2 OPVs, HMS FORTH, HMS MEDWAY, and HMS TRENT, to be used for counter terrorism, counter piracy, and anti-smuggling operations. They are expected to enter service starting in 2017.
With this order, the Royal Navy becomes the 25th service to select SHARPEYE. Others include the Royal Fleet Auxiliary, the Royal Australian Navy, the Royal Netherlands Navy, the Irish Naval Service, the Royal Malaysian Navy, the Republic of Singapore Navy and the Royal New Zealand Navy.
“Customer Navies report that SHARPEYE radars provides superior surface and air target detection, even in adverse weather conditions, thus greatly enhancing situational awareness and safe navigation,” explained Rohan Dearlove, Kelvin Hughes’ Sales Director – Europe, Middle East and Africa. “The helicopter detection performance delivered by SHARPEYE is compliant with the latest MAA regulations without the need for a transponder system such as RRB. SHARPEYE is already being successfully operated as a helicopter control radar on-board RFA ARGUS, most recently engaged in intensive operations off the west coast of Africa.”
“We are proud to be involved with this important project, which represents the continuation of a long and successful relationship with the RN and Royal Fleet Auxiliary,” he continued.
The provision of SHARPEYE under this contract supports the MOD’s desire for convergence, with SHARPEYE radars already in service with the Fleet and/or selected for MoD programmes (examples include RFA ARGUS and TIDE-class tankers). SHARPEYE is available in both I (X) and E/F (S) frequency bands. Both share a common Human Computer Interface (HCI) and a high degree of component commonality due to their similar modular design and system architecture.
“SHARPEYE is Kelvin Hughes’ baseline offering for all RN/RFA programmes including the planned Navigation Radar Portfolio (fleet replacement programme),” Dearlove added. “Our ability to offer variants of SHARPEYE across both frequency bands to a similar design offers MOD the opportunity to realise significant savings in training, documentation and through life support.”
With this order, the Royal Navy becomes the 25th service to select SHARPEYE. Others include the Royal Fleet Auxiliary, the Royal Australian Navy, the Royal Netherlands Navy, the Irish Naval Service, the Royal Malaysian Navy, the Republic of Singapore Navy and the Royal New Zealand Navy.
“Customer Navies report that SHARPEYE radars provides superior surface and air target detection, even in adverse weather conditions, thus greatly enhancing situational awareness and safe navigation,” explained Rohan Dearlove, Kelvin Hughes’ Sales Director – Europe, Middle East and Africa. “The helicopter detection performance delivered by SHARPEYE is compliant with the latest MAA regulations without the need for a transponder system such as RRB. SHARPEYE is already being successfully operated as a helicopter control radar on-board RFA ARGUS, most recently engaged in intensive operations off the west coast of Africa.”
“We are proud to be involved with this important project, which represents the continuation of a long and successful relationship with the RN and Royal Fleet Auxiliary,” he continued.
The provision of SHARPEYE under this contract supports the MOD’s desire for convergence, with SHARPEYE radars already in service with the Fleet and/or selected for MoD programmes (examples include RFA ARGUS and TIDE-class tankers). SHARPEYE is available in both I (X) and E/F (S) frequency bands. Both share a common Human Computer Interface (HCI) and a high degree of component commonality due to their similar modular design and system architecture.
“SHARPEYE is Kelvin Hughes’ baseline offering for all RN/RFA programmes including the planned Navigation Radar Portfolio (fleet replacement programme),” Dearlove added. “Our ability to offer variants of SHARPEYE across both frequency bands to a similar design offers MOD the opportunity to realise significant savings in training, documentation and through life support.”
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