In cooperation with Lockheed Martin, the US Navy tested four Long-Range Anti-Ship Missiles (LRASM) simultaneously.
During the scenario, a US Navy crew comes into hostile forces, endangering trading channels in the Pacific Ocean. The command promptly launches a missile attack against two guided missile ships and their escorts that are 200 nautical miles distant based on satellite intelligence. LRASM missiles with minimum human guidance are launched by US frigates and F/A-18 Super Hornets against the targets.
The LRASM missiles easily switch to autonomous mode in the face of heavy electronic warfare, using inbuilt navigation to dodge unanticipated dangers and carry out their objectives. The missiles efficiently neutralize the danger by dodging opposing troops, assessing enemy defenses, identifying weak points, and executing direct attacks with their 1,000-lb warheads.
Lockheed Martin and the US Navy intended LRASM as a flexible weapon platform for various situations. Confrontations between forces are becoming less common as sensor and weapon systems advance, highlighting the significance of long-range, semi-autonomous weaponry in contemporary warfare. LRASM development aims to increase autonomy and interoperability so that it can operate alone or as a coordinated missile team, even in places where entrance is restricted.
The LRASM’s anti-surface warfare capabilities are continuously improved to satisfy the warfighter’s changing demands, guaranteeing mission accomplishment and personnel security. Lisbeth Vogelpohl, director of the LRASM program at Lockheed Martin Missiles and Fire Control, points out the dedication to providing dependable and efficient solutions to support military operations.
Source: Lockheed Martin