The primary objective of this contract is to retrofit Tomahawk missiles with updated seeker technology and sensor-processing capabilities, enabling them to effectively target and engage moving naval vessels. This development comes as a response to the evolving threat landscape, with long-range anti-ship missiles posing a significant risk to surface forces and potentially impeding critical operations.

The Tomahawk missile has a storied development history that spans several decades, evolving from its initial inception into a versatile family of variants. Conceived during the Cold War, the Tomahawk program began in the 1970s, intending to create a long-range, precision-guided cruise missile capable of striking deep into enemy territory. The first operational variant, the BGM-109A Tomahawk Land Attack Missile (TLAM), entered service in the early 1980s. It provided a revolutionary capability for the US Navy to conduct precision strikes against a wide range of land-based targets. Over the years, the Tomahawk missile system has undergone numerous upgrades and adaptations to meet evolving threats and operational requirements.

Meeting the Urgent Need: The MST’s Vital Role in Naval Defense

Navy joint task force commanders now face an urgent need for a near-term solution to counter hostile surface forces. The absence of such a capability could lead to severe consequences, including potential loss of life and mission failure. Recognizing the gravity of the situation, Navy officials have acted swiftly to address this pressing concern.

With its enhanced anti-ship capabilities, the Maritime Strike Tomahawk will complement the US Navy and Air Force’s AGM-158C Long-Range Anti-Ship Missile (LRASM). The LRASM is a sophisticated weapon system that can be launched from various platforms, including Navy F/A-18E/F Super Hornet jet fighters, Air Force B-1B Lancer strategic bombers, and potentially even the F-35 Lightning II joint strike fighter, P-8A Poseidon maritime patrol jet, Navy Mark 41 shipboard Vertical Launch System, and submarine launchers.

While the LRASM boasts high subsonic speeds, it is important to note that future generations of hypersonic missiles are anticipated to replace it. The development of submarine-launched versions of LRASM is also under consideration, reflecting the ongoing evolution of naval warfare technology.

Raytheon’s Technological Transformation: Upgrading for Naval Supremacy

As the contractor for this critical project, Raytheon Technologies will integrate a new multi-sensor suite into the Tomahawk missile. This suite includes a cutting-edge seeker, processor, software, and an advanced inertial measurement unit for precise terminal maneuvers. Additionally, the missile’s power budget and system cooling will undergo a redesign to accommodate these enhancements.

The scope of this project will involve various Raytheon locations across the United States, including Boulder, Colo.; Tucson, Ariz.; North Logan, Utah; Dallas; Pontiac, Mich.; Huntsville and Berryville, Ark.; Minneapolis; Elyria, Ohio; and others. The project is expected to be completed by November 2025, marking a significant milestone in the Navy’s quest to maintain its maritime superiority.

In summary, the US Navy’s decision to award Raytheon Technologies Corp. a $124.3 million contract to upgrade its Tomahawk missiles underscores the critical need to enhance the Navy’s anti-ship capabilities in response to evolving threats. The introduction of the Maritime Strike Tomahawk with advanced seeker technology is a vital step toward ensuring the Navy’s ability to effectively target and neutralize moving enemy ships at sea. This project not only safeguards the Navy’s operational capabilities but also signifies a commitment to staying at the forefront of naval warfare technology. With this upgrade, the US Navy is poised to maintain its position as a formidable maritime force well into the future.