U.S. Navy Targets 75 Mission-Capable Ships with $15.1M Raytheon Radar Spares Order.

The U.S. Navy is moving to keep more surface combatants ready for high-intensity operations by expanding stocks of critical radar and fire-control spares, with the U.S. Department of War announcing a $15.08 million Raytheon order on October 13, 2026, supporting its goal of maintaining 75 mission-capable ships. Covering 419 supply requirements for the MK 99 Fire Control System, AN/SPY-1 Transmitter Group and AN/SPY-3 Multifunction Radar, including additional stocks for forward-deployed forces, the order is designed to shorten repair times and prevent radar failures from sidelining warships whose air-defense and missile-engagement capabilities depend on these systems.

The U.S. Navy awarded Raytheon a $15.08 million order for critical radar and fire-control spares as it pushes to sustain 75 mission-capable ships (Picture Source: U.S. Navy)

The U.S. Navy is reinforcing the sustainment backbone of some of its most important shipboard radar and fire-control systems as it seeks to keep more surface combatants operationally available. In a contract announcement issued on October 13, 2026, the U.S. Department of War disclosed a $15.08 million order to Raytheon for spare parts supporting the MK 99 Fire Control System, AN/SPY-1 Transmitter Group and AN/SPY-3 Multifunction Radar. The Navy explicitly linked the requirement to the Surface Force’s “North Star” objective of maintaining 75 mission-capable ships.

The firm-fixed-price delivery order addresses 419 Navy supply requirements across 46 National Item Identification Numbers, reflecting considerably more than routine replacement of individual components. According to the announcement, the requirements result from higher fleet stocking levels, redesigned allowances intended to improve operational availability and endurance, maintenance activity, allowance-change requests and increased stocks at forward-deployed sites. The emphasis on inventory depth and forward positioning indicates an effort to have critical components available before equipment casualties translate into extended radar downtime or reduced ship availability.

Related Topic: Raytheon Developing Enhanced SPY-6 Naval Radar Capabilities to Detect Smaller Targets at Greater Ranges

The mix of equipment also makes the award operationally significant. SPY-1 and MK 99 are integral elements of the Aegis Weapon System installed on Arleigh Burke-class destroyers, while SPY-3 represents the multifunction radar architecture associated with the Zumwalt class. The same logistics action supports two distinct generations of U.S. surface-combatant sensor and fire-control technology. Sustaining SPY-1 is particularly important because Navy budget documents have previously stated that complete AN/SPY-1 radar production has ended while SPY-1-equipped destroyers still face decades of expected service. The Navy has consequently invested in battle spares, sustainment pools and measures addressing diminishing manufacturing sources to preserve Aegis readiness.

That sustainment effort is unfolding alongside a broader transition in U.S. naval radar technology. As Army Recognition reported on October 13, Raytheon is separately developing advanced software and signal-processing algorithms under an Office of Naval Research-backed effort intended to help SPY-6 and future naval radars detect smaller, more difficult targets at greater distances. The SPY-6 work is separate from the latest spare-parts award, but together the efforts illustrate Raytheon’s position on both sides of the Navy’s radar equation: sustaining established SPY-1, MK 99 and SPY-3 capabilities while developing enhancements for the newer SPY-6 family. Army Recognition reported that the SPY-6 effort is focused primarily on extracting greater sensitivity and detection performance through processing and software rather than major hardware changes, with work extending through 2031.

Raytheon will perform 95% of the $15,078,910 order in Andover, Massachusetts, and 5% in Chesapeake, Virginia, with completion expected by December 2034. The Navy will obligate fiscal 2026 working-capital funding at award, and the delivery order contains no option provision. The requirement was placed on a sole-source basis under 10 U.S.C. § 3204(a)(1), with one offer received. The extended delivery horizon points to a sustained inventory-support requirement rather than a short-term response to a single maintenance problem.

The significance of the award ultimately lies less in its $15.1 million value than in what the Navy says it is intended to achieve. The original Surface Force North Star called for 75 mission-capable ships available on any given day, while the service’s Competitive Edge 2.0 strategy subsequently incorporated lessons from that effort into the broader objective of having 80% of U.S. warships combat-surge-ready by 2027. By increasing stocks for critical radar and fire-control equipment, including components supporting mature Aegis systems that must remain operational for years to come, the Navy is translating fleet-readiness targets into component-level logistics decisions. For surface forces expected to respond rapidly to increasingly demanding air and missile threats, the availability of a relatively small radar component can ultimately determine whether an advanced warship is ready to fight or waiting for repair.

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Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.