Naval Warfare

Boeing has won a U.S. Navy contract worth up to $163 million to develop the Free Electron Laser (FEL), a weapon system that the company says "will transform naval warfare in the next decade by providing an ultra-precise, speed-of-light capability and unlimited magazine depth to defend ships against new, challenging threats, such as hyper-velocity cruise missiles." The envisioned level of precision would enable U.S. Navy ships to deliver nonlethal or lethal force to targets with power and minimal collateral damage. Read More

Think of the electromagnetic railgun as an electric cannon which uses electrical energy instead of chemical propellant to launch projectiles at hypervelocities. First conceived nearly a century ago, the concept was investigated by Germany during WWII, but has really only stepped out of science fiction and into reality in the last 12 months. With shells travelling at Mach 5 on impact, and accurate to within five metres at a 200 mile range, such weapons maximize the damage they do through kinetic energy, and hence don't need explosive payloads. Accordingly, they are ideal for naval warfare as they minimise the risk to warships which do not need to carry explosive warheads or propellants. Earlier this week, the US Office of Naval Research (ONR) awarded a USD 21 million 30-month contract to BAE Systems for the detailed design and delivery of an Innovative Naval Prototype (INP) Railgun. As previously warned, if the Daleks don't get here soon, they'll have a serious fight on their hands. Read More

The Gerald R. Ford CVN 78 is the first ship in the first new aircraft carrier class in over 40 years and Northrop Grumman has received a $5.1 billion, seven-year contract for its construction, which is scheduled to be delivered to the Navy in 2015. Read More

A speedy trimaran with helicopter decks, a stealthy radar profile and a healthy array of arms, the US Navy's newest Littoral Combat Ship is configurable to suit a wide array of combat missions including mine-sweeping, anti-submarine and surface combat support - and it wouldn't look the least bit out of place soaring over the credits of a Star Wars movie. Read More

Thales UK's optronic mast is a non-hull breaching substitute for a periscope, which rapidly captures a 360 degree scan and sends the image to the console screens in a sub’s operation center. The electro-optics system provides improved surface visibility, while allowing the ship to remain hidden from sonar detection. Read More

March 12, 2008 A Northrop Grumman system designed to protect ships by using lasers to detect mines in the ocean has been given the go-ahead by the U.S. Navy for low-rate initial production. The US$25 million will see three Airborne Laser Mine Detection System (ALMDS) produced with expectations that 25 units will be manufactured over the next five years. Read More

March 2, 2008 Like a lot of emerging science, the study of metamaterials is both amazingly cool and nearly impossible to understand without an advanced degree in physics or a long night on Wikipedia. It’s made Gizmag headlines before, with researchers claiming its unique structure, which has a negative refractive index, could be used to render objects invisible to the naked eye. Now scientists at Britannia Royal Navy College are working on a plan to use it to create the ultimate stealth vessel, according to a report in this month's edition of Physics World. Read More

January 14, 2008 Lockheed Martin recently received final approval from the U.S. Navy to proceed with the integration and shipboard installation of the world’s first, fully-open architecture Aegis weapon system for a major surface warship. Aegis Open Architecture is a weapon system that can absorb frequent technology refreshes and upgrades in capabilities, both from new development and separate third party products. Read More

November 18, 2007 Raytheon's Standard Missile-3s have successfully intercepted and destroyed ballistic missiles outside the Earth’s atmosphere, the first time a Navy has ship demonstrated simultaneous engagements against such targets in space. Read More