Raytheon to offer LRPF solution
Raytheon announced on 16 March that it will offer a new missile design to meet the US Army’s Long-Range Precision Fires (LRPF) requirement.
Raytheon will design the LRPF to integrate with the M270 MLRS and M142 HIMARS rocket launchers to replace current tactical missile system weapons. The company will aim to give US Army combat units the ability to engage targets over vast geographic space in a high-threat environment with a long range, high speed solution.
Thomas Bussing, vice president of advanced missile systems, Raytheon, said: ‘Our LRPF design will provide the US Army with double the combat power of its ground launchers by utilising a new design that fits two missiles in a single launcher pod - increasing effectiveness at a fraction of the cost of the current weapon.
‘Advances in propulsion will enable LRPF to fly faster over longer distances - approximately 500km - to defeat fixed land targets. This is the definition of overmatch against future threats.’
Related Equipment in Defence Insight
More from Naval Warfare
-
HII delivers first two Lionfish SUUVs to US Navy
The SUUVs could be part of a programme that scales to 200 vehicles.
-
HALO programme decommissioned by US Navy in favour of LRASM upgrades
The programme was due to be at full operational capability in the US Navy by 2031, but has been pulled over cost and timeline concerns.
-
Indian Navy’s next generation OPV fleet advances with keel-laying of third vessel
The ship is the third in a fleet of 11, with the first vessel due to be delivered in 2026.
-
Fincantieri and TKMS partner for Philippine submarine bid
The companies have banded together to promote the Fincantieri U212 NFS offering, and hinted that the collaboration may not be a one-bid phenomenon.
-
New enhanced FREMM frigate delivered to Italian Navy
The frigate, Spartaco Schergat, is equipped for a broad range of missions, including anti-submarine warfare.
-
NAVSEA invests more in support of mine countermeasure USVs
The new contract with Textron Systems will support software development for uncrewed vessels over the next three years.