Lockheed Martin Exceeds Wall Street Expectations with 2026 Financial Outlook
Lockheed Martin Corporation announced its 2026 financial guidance on Thursday, January 29, projecting revenue between $77.5 billion and $80 billion, surpassing analyst expectations amid heightened global defense demand. The Maryland-based defense contractor reported fourth-quarter 2025 sales of $20.32 billion, representing a significant increase from $18.62 billion in the same period the previous year.
The company’s 2026 earnings per share guidance of $29.35 to $30.25 also exceeded Wall Street estimates of $29.28, according to data compiled by LSEG. Lockheed Martin’s stock rose 6.7 percent following the announcement, adding approximately $9.26 billion to the company’s market valuation.
“This notable start to 2026 reinforces our confidence in Lockheed Martin’s continued operational and financial growth in the year ahead,” the company stated in its earnings release. The forecast anticipates approximately 5 percent sales growth and 25 percent segment operating profit growth year-over-year.
Record Backlog Positions Company for Sustained Growth
Lockheed Martin reported a record backlog of $194 billion at the end of 2025, reflecting unprecedented demand for its defense systems. The company delivered $75 billion in sales during 2025, a 6 percent increase from the previous year, with net earnings reaching $5 billion.
Free cash flow for 2025 totaled $6.9 billion, exceeding previous expectations. For 2026, the company projects free cash flow between $6.5 billion and $6.8 billion, maintaining strong cash generation capabilities to support shareholder returns and capital investments.
The defense contractor paid $3.13 billion in dividends during 2025, up from $3.06 billion the previous year. Unlike competitor Northrop Grumman, which announced it would pause stock buybacks beyond January, Lockheed Martin continues its commitment to returning value to shareholders.
Geopolitical Tensions Drive Fighter Jet and Missile Demand
Rising geopolitical uncertainty continues to fuel demand for Lockheed Martin’s premier weapon systems. Ongoing conflicts in the Middle East and the protracted Russia-Ukraine war have created sustained requirements for advanced fighter aircraft and air defense systems.
According to CEO Jim Taiclet, Lockheed Martin’s F-35 and F-22 fighter jets, RQ-170 stealth drones, and Sikorsky Black Hawk helicopters were deployed in recent U.S. military operations, including the capture of the Venezuelan president by American forces. The operational employment of these platforms demonstrates their continued relevance to national security missions.
The company’s Missiles and Fire Control division posted the strongest quarterly growth, with sales increasing 17.8 percent year-over-year during the fourth quarter. This segment manufactures the Patriot Advanced Capability-3 (PAC-3) Missile Segment Enhancement interceptor, which has seen exceptional demand from both U.S. forces and international partners.
Historic Patriot Missile Production Agreement Supports Forecast
Earlier in January 2026, Lockheed Martin finalized a landmark seven-year framework agreement with the Department of Defense to dramatically expand PAC-3 interceptor production. The deal calls for increasing annual production capacity from approximately 600 units to 2,000 units by the end of 2030.
This production ramp represents more than a tripling of current manufacturing rates and reflects the massive global demand for advanced air and missile defense capabilities. Seventeen partner nations currently operate the Patriot system, with additional countries expressing interest in acquiring the technology.
The PAC-3 Missile Segment Enhancement is a hit-to-kill interceptor designed to destroy incoming tactical ballistic missiles, cruise missiles, hypersonic weapons, and aircraft through direct impact rather than blast fragmentation. Its proven combat performance in recent conflicts has solidified its position as a critical capability for allied militaries.
According to missile defense expert Tom Karako of the Center for Strategic and International Studies, the production increase to 2,000 units annually is not excessive relative to demand. “The demand signal is massive among multiple US services, the other 17 nations globally that operate Patriot, and a handful more who want to,” Karako noted.
Production Expansion Strengthens Defense Industrial Base
The PAC-3 production agreement represents a significant shift in Pentagon acquisition strategy. The framework deal provides long-term demand certainty, enabling industry investment while incorporating provisions for inflation adjustments and cost-sharing mechanisms.
Lockheed Martin delivered more than 24,000 Missiles and Fire Control products to the United States and allied nations in 2025, demonstrating the scale of current demand. The company increased PAC-3 production by more than 60 percent over the past two years, delivering 620 interceptors in 2025 alone.
CEO Taiclet indicated that the production expansion would be accomplished using existing floor space while adding workers, advanced tooling, and automation. The agreement includes collaborative financing approaches designed to preserve cash neutrality while enabling necessary capital investments.
F-35 Program Maintains Strong Sales Momentum
The F-35 Lightning II joint strike fighter program continues to represent a substantial portion of Lockheed Martin’s revenue base. As the world’s most advanced multirole stealth fighter, the F-35 serves as the cornerstone of air combat capabilities for the United States and numerous allied nations.
International demand for the F-35 remains robust, with partner nations continuing to place orders as they modernize their air forces. The aircraft’s advanced sensor fusion, stealth characteristics, and networked warfare capabilities make it essential for maintaining air superiority against peer and near-peer adversaries.
Lockheed Martin operates through four primary business segments: Aeronautics, Missiles and Fire Control, Rotary and Mission Systems, and Space. The Aeronautics segment, which produces the F-35, F-22, and other combat aircraft, represents a significant driver of company performance.
Industry Context and Competitive Landscape
Lockheed Martin’s strong forecast comes as defense contractors broadly anticipate continued growth driven by elevated geopolitical tensions and increased allied defense spending. Competitors RTX Corporation and Northrop Grumman have similarly reaffirmed their commitment to dividends, though investment strategies vary across the sector.
The company’s guidance excludes potential impacts from government shutdowns or other uncertain factors. As the largest defense contractor by revenue, Lockheed Martin derives approximately 80 percent of its income from U.S. government contracts, with the remainder from international sales and foreign military sales programs.
The defense industrial base faces ongoing challenges in scaling production to meet unprecedented demand while managing supply chain constraints and workforce availability. Lockheed Martin’s ability to expand PAC-3 production represents a test case for broader Pentagon acquisition reform efforts aimed at accelerating defense manufacturing.
Looking Ahead: Strategic Priorities for 2026
Lockheed Martin emphasized operational performance and alignment with customer national defense priorities as key focus areas for 2026. The company aims to deliver reliable capabilities that strengthen deterrence and provide combat advantage to U.S. and allied militaries.
With sales growth projected at approximately 5 percent and free cash flow expected between $6.5 billion and $6.8 billion, Lockheed Martin appears well-positioned to execute its strategic objectives while maintaining shareholder returns. The record backlog provides visibility into future revenue streams and supports continued investment in advanced technologies.
The company faces headwinds from classified program losses that affected 2025 results, including a $950 million loss in the Aeronautics segment. Management indicated these losses materially impacted quarterly and annual operating profit comparisons but expressed confidence in improved performance going forward.
As global security challenges persist and allied defense budgets expand, Lockheed Martin’s portfolio of advanced weapon systems positions the company for sustained demand. The successful execution of production ramp plans for the PAC-3 missile and continued F-35 deliveries will be critical to achieving the optimistic 2026 forecast.
Framework Deal to Quadruple THAAD Interceptors
Lockheed Martin and the U.S. Department of War have agreed to scale up production of Terminal High Altitude Area Defense, or THAAD, missile interceptors. The agreement will raise annual output from about 96 to 400 interceptors over the next seven years, part of efforts to strengthen U.S. missile defense supply chains and industrial capacity.
The announcement came in a Jan. 29 release by Lockheed Martin, noting the deal builds on a similar framework reached earlier this month on Patriot PAC-3® Missile Segment Enhancement production.
Boosting U.S. Missile Defense Output
Under the framework agreement, the current THAAD interceptor production capacity will more than quadruple. That change reflects congressional funding cycles expected to finalize contract awards in the final fiscal year 2026 appropriations process.
Lockheed Martin will collaborate with the U.S. government on securing multiyear funding and aligning production goals with defense requirements.
Facility Expansion and Workforce Investment
To support the ramp-up, Lockheed Martin plans to break ground on a new Munitions Acceleration Center in Camden, Arkansas. The facility is designed to train workers and incorporate advanced manufacturing, robotics, and digital tools for building THAAD, PAC-3, and other interceptor systems.
The company also plans broader investments over the next three years to upgrade and expand more than 20 facilities across multiple U.S. states, including Alabama, Florida, Massachusetts, and Texas. These efforts aim to modernize tooling, production lines, and plant layouts to meet rising defense production demands.
U.S. Industrial Base and Jobs
Lockheed Martin noted its efforts are creating tens of thousands of jobs in manufacturing, engineering, and skilled trades, reflecting broader growth in the U.S. defense industrial base tied to increased interceptor production.
Image Credit: lockheedmartin The company said that since 2016 it has increased deliveries of critical munitions by more than 220 percent and plans to push output even higher by 2030 to meet demand.
Context: Evolving Missile Defense Needs
THAAD is a high-altitude missile defense system designed to intercept ballistic missiles inside and outside the atmosphere. It works alongside other systems such as Patriot PAC-3 to provide layered air and missile defense for the U.S. and allied forces. Recent demand for air defense systems has grown amid ongoing global conflicts and rising long-range missile threats.
This framework agreement for THAAD production follows a similar arrangement announced earlier in January aimed at increasing annual PAC-3 MSE output to roughly 2,000 missiles over the next seven years.
What Comes Next
A key step will be congressional appropriation of funds required to turn the framework accord into binding production contracts. Once funding is secured, Lockheed Martin will begin detailed planning for production expansion and facility operations tied to the agreement.
U.S. Navy Expands Radio Frequency Decoy Defenses
The U.S. Navy has allocated 73.8 million dollars for radio frequency decoys designed to protect fighter aircraft from advanced missile threats, marking a significant step in modernizing airborne self protection systems. The funding supports the continued procurement and sustainment of expendable electronic warfare decoys used to confuse and defeat radar guided air to air and surface to air missiles.
According to reporting by Army Recognition and U.S. defense contracting disclosures, the investment focuses on enhancing survivability for frontline Navy and Marine Corps tactical aircraft operating in contested airspace. These systems form a critical layer of electronic warfare protection as near peer adversaries deploy more capable sensors and missile seekers.
Contract Details and Program Scope
The funding covers production, logistics support, and system sustainment for radio frequency decoys already fielded across multiple U.S. Navy aviation platforms. These decoys emit signals that mimic or distort the radar signature of the host aircraft, drawing incoming missiles away from the target.
Such systems are commonly integrated with onboard electronic warfare suites, allowing pilots to deploy them automatically or manually when a threat is detected. The Navy has emphasized the importance of layered defenses that combine radar warning receivers, jamming, expendable decoys, and tactical maneuvering.
Authoritative defense sources note that radio frequency decoys are particularly effective against modern missiles that use active radar seekers, which are increasingly common in advanced integrated air defense systems.
Growing Threat from Advanced Missiles
The investment reflects the evolving threat environment faced by U.S. naval aviation. Potential adversaries continue to field longer range and more resistant radar guided missiles designed to counter traditional jamming techniques.
Military analysts cited by Aviation Week and Janes have highlighted that expendable decoys provide a cost effective countermeasure against high end missile systems, forcing adversaries to expend expensive interceptors while improving aircraft survivability.
Role in Navy and Marine Corps Aviation
Radio frequency decoys are used across a range of Navy and Marine Corps platforms, including carrier based strike fighters and expeditionary aircraft. Their modular design allows integration without major airframe modifications, supporting rapid deployment across fleets.
The Navy has previously stated that electronic warfare remains a cornerstone of its air superiority strategy, particularly in scenarios involving dense air defense networks and contested maritime regions.
This funding aligns with broader Department of Defense efforts to prioritize survivability, mission assurance, and freedom of maneuver in high threat environments.
Strategic and Budget Context
The 73.8 million dollar allocation fits within a larger pattern of U.S. defense spending focused on electronic warfare, cyber defense, and counter missile technologies. Budget documents and congressional testimony have consistently emphasized the need to stay ahead of rapidly advancing threat systems.
By continuing investment in proven radio frequency decoy technologies, the Navy signals its intent to maintain operational readiness while preparing for future conflicts that demand robust electronic protection.
Raytheon awarded $19.3M Rolling Airframe Missile support contract
Raytheon has secured a $19.3 million U.S. Navy contract modification to provide ongoing design agent and engineering support for the Rolling Airframe Missile, a key short range naval air defense weapon used by the United States and allied fleets.
The award was issued to Raytheon Co. in Tucson, Arizona, under a cost plus fixed fee modification to an existing contract. The work supports the Rolling Airframe Missile program and extends through March 2028. Naval Sea Systems Command in Washington, D.C. is the contracting authority.
According to U.S. Department of Defense contract disclosures, the effort combines funding from the U.S. Navy and multiple Foreign Military Sales partners, reflecting the system’s broad international footprint and continued operational relevance.
Contract details and funding breakdown
The $19,299,600 modification exercises options for continued technical and engineering services tied to the Rolling Airframe Missile, commonly known as RAM. These services typically include configuration management, system updates, reliability improvements, and lifecycle sustainment engineering.
Funding is split across the U.S. Navy and five allied nations:
- U.S. Navy, 69 percent
- Japan, 25 percent
- Qatar, 3 percent
- South Korea, 2 percent
- Canada, 1 percent
The contract draws from a mix of Navy weapons procurement, research and development, and other procurement accounts across fiscal years 2025 and 2026. A portion of the funds will expire at the end of the current fiscal year, in line with standard U.S. defense budget rules.
All work will be performed in Tucson, Arizona, where Raytheon maintains major missile development and integration facilities.
Rolling Airframe Missile remains a frontline naval defense system
The Rolling Airframe Missile is a lightweight, quick reaction weapon designed to defeat anti ship cruise missiles, aircraft, and helicopters at close range. It is widely deployed aboard U.S. Navy surface combatants, including destroyers, cruisers, and amphibious ships, as well as on allied naval platforms.
RAM is known for its autonomous guidance, passive radio frequency homing, and infrared tracking, allowing it to engage threats with minimal shipboard input. This makes it especially valuable in high saturation attack scenarios where reaction time is limited.
The system is jointly developed and produced by Raytheon and Germany’s MBDA Deutschland, and has been fielded by more than a dozen navies worldwide.
Allied demand drives continued investment
The inclusion of Japan, South Korea, Qatar, and Canada in the funding profile highlights sustained allied demand for RAM support and upgrades. Japan, which accounts for a quarter of the contract value, operates RAM on several classes of destroyers and has steadily expanded its missile defense investments in response to regional threats.
South Korea and Qatar both field RAM to protect high value surface combatants, while Canada uses the system as part of its naval point defense architecture.
Foreign Military Sales participation ensures system commonality across fleets, supports shared logistics and training, and helps lower long term sustainment costs for all users.
Part of a broader U.S. Navy missile defense effort
The contract aligns with the U.S. Navy’s ongoing focus on layered ship self defense. While larger systems such as the Standard Missile and Evolved Sea Sparrow Missile provide area and medium range protection, RAM fills the final defensive layer against incoming threats that penetrate outer defenses.
As potential adversaries field faster, more maneuverable, and more numerous anti ship weapons, the Navy continues to invest in proven close in missile systems that can be upgraded incrementally rather than replaced outright.
Design agent and engineering support contracts like this one are critical to keeping legacy systems effective against evolving threats without major platform changes.
Raytheon role in naval missile modernization
Raytheon remains one of the U.S. defense industry’s leading missile developers, with a portfolio that includes RAM, Standard Missile variants, Tomahawk, and Patriot. The Tucson site plays a central role in missile design, testing, and sustainment across multiple Navy and allied programs.
This award reinforces Raytheon’s long term position as the primary technical authority for the Rolling Airframe Missile and signals continued confidence from both the U.S. Navy and international partners.
Delays in the Golden Dome missile defense program are raising concerns on Capitol Hill as lawmakers await the White House’s detailed architecture briefing. Rep Jeff Crank, a Republican from Colorado and a leading advocate for the project, described the wait for key program documents as frustrating and said the gap in delivery could jeopardize schedule goals.
Lawmaker: White House Delay Risks Momentum
Rep Jeff Crank said he has seen classified briefings on the Golden Dome architecture but is still waiting for formal documentation Congress can use for oversight and budget action. The White House had been expected to provide that material by the end of 2025, and the absence of a comprehensive plan has left members and staff without a clear basis for legislative review.
Crank helped launch the informal House Golden Dome Caucus with Rep Dale Strong of Alabama to educate lawmakers and staff on the program and build connections with defense leaders in industry and the Pentagon. The caucus backers stress keeping the program on schedule is critical to delivering a prototype by 2028, a target linked to White House timelines.
Comparisons to SDI and Political Context
In public remarks and interviews, Crank referenced the 1980s Strategic Defense Initiative and the risks of losing momentum without clear milestones. He said a defined timeline and shared understanding are essential for proving technical feasibility and maintaining support.
The Golden Dome initiative was established by executive order in January 2025 and has rapidly drawn industry interest, with thousands of companies joining a Missile Defense Agency contract vehicle that could support development work totaling tens of billions of dollars.
Oversight, Budget and Policy Challenges
The lack of detailed architecture has complicated congressional oversight and budget planning. In related congressional actions, the Defense Department has been asked to explain how it plans to spend billions already approved for the effort, with appropriators seeking detailed cost, schedule and performance data within set deadlines.
Lawmakers have also raised questions about policy around domestic drone flight and counter-drone defense measures, which form part of the layered capability the Golden Dome strategy aims to include. These discussions touch on authority boundaries among federal agencies and could affect how the system’s components operate on U.S soil.
Industry Engagement and Broader Defense Plan
Despite the delays in formal guidance, the program continues to mobilize industry. A broad Missile Defense Agency contract vehicle effort has attracted thousands of vendors, indicating strong defense industrial base interest in potential Golden Dome work.
The broader national defense policy landscape also includes substantial increases in strategic defense and missile defense spending, underscoring how Golden Dome fits into wider U.S priorities for layered homeland defense and deterrence.
Road Ahead for Golden Dome
Supporters maintain that progress is possible even with delays in formal White House documentation, and some lawmakers have signaled openness to exploring scaled-back options if necessary to meet key milestones. That conversation may shape how Congress funds and oversees development in the months ahead.
Lockheed Martin PAC 3 Missile Contract
Lockheed Martin has been awarded a $202,782,136 contract modification to inspect, recertify, and repair PAC 3 missile interceptors, returning them to full serviceable condition, according to a U.S. Army contract announcement.
The award, issued as modification PZ0009 to contract W31P4Q-22-C-0060, covers sustainment work on PAC 3 missiles operated under the Foreign Military Sales program for Taiwan. The effort supports long term readiness of deployed missile defense assets and extends the operational life of existing interceptor inventories.
The contracting activity is the Army Contracting Command at Redstone Arsenal, Alabama.
Scope of Work and Timeline
Under the contract, Lockheed Martin will conduct detailed inspection, recertification, and repair activities on PAC 3 interceptors. These processes are designed to ensure missiles meet performance, safety, and reliability requirements before being returned to operational units.
All work will be performed at Lockheed Martin facilities in Grand Prairie, Texas. The company is the original manufacturer of the PAC 3 interceptor and the prime contractor for the system’s production and sustainment.
The estimated completion date for the effort is June 30, 2028, reflecting the technical complexity and phased nature of missile recertification programs.
Funding and Foreign Military Sales Details
At the time of the award, $52,382,136 in Fiscal Year 2022 Foreign Military Sales funds for Taiwan were obligated. Additional funding is expected to be applied over the life of the contract as work progresses.
The PAC 3 missile is a key element of Taiwan’s layered air and missile defense architecture. Sustainment and recertification contracts such as this one allow partner nations to maintain credible defensive capabilities without procuring entirely new interceptor inventories.
PAC 3 Missile Role in Missile Defense
The PAC 3 interceptor is designed to defeat tactical ballistic missiles, cruise missiles, and advanced aircraft using hit to kill technology. It is deployed as part of the Patriot air and missile defense system and is operated by the U.S. Army and several allied nations.
PAC 3 missiles require periodic inspection and recertification to address aging components, solid rocket motor integrity, and electronics reliability. These efforts help ensure missiles remain ready for operational use throughout their service life.
Lockheed Martin has previously received similar sustainment awards for both U.S. and foreign PAC 3 inventories, reflecting the ongoing demand for missile life extension and readiness support.
Strategic Context
The contract aligns with broader U.S. efforts to support allied and partner missile defense capabilities through the Foreign Military Sales framework. For Taiwan, maintaining a ready inventory of PAC 3 interceptors is considered central to air and missile defense planning amid evolving regional security challenges.
From an industrial standpoint, the award reinforces Grand Prairie, Texas, as a central hub for U.S. missile defense manufacturing and sustainment activities.
Lockheed Martin has been awarded a major Aegis Weapon System support contract by the U.S. Navy, reinforcing its central role in sustaining one of the Navy’s most critical combat systems. The $22.2 million cost plus fixed fee award covers lifecycle logistics and engineering services for Aegis equipped ships and shore facilities.
The award was announced by the Naval Surface Warfare Center Port Hueneme Division and supports in service and post production Aegis platforms across the fleet.
Contract Scope and Value
The contract was awarded to Lockheed Martin Rotary and Mission Systems in Moorestown, New Jersey, the long time integration and support hub for the Aegis Weapon System.
The base value of the award is $22,220,762. If all contract options are exercised, the cumulative value will rise to $99,903,347.
Work under the base contract is expected to be completed by January 2027. If all options are exercised, performance will continue through January 2031.
The effort includes lifecycle logistics, engineering, and technical services for:
- All in service and post production Aegis Weapon System surface combatants
- U.S. Coast Guard cutters equipped with Aegis related systems
- Surface Combat Systems Center
- Aegis Training and Readiness Center
- Integrated Warfare Systems Laboratory
All work will be performed in Moorestown, New Jersey.
Funding and Contracting Details
At the time of award, $1,611,973 in Fiscal Year 2026 Operations and Maintenance Navy funding was obligated. These funds will expire at the end of the current fiscal year, in line with standard O and M funding rules.
The contract was not competitively procured. According to the award notice, it was issued under the authority of 10 U.S. Code 3204(a)(1), which allows sole source awards when only one responsible source can meet agency requirements.
The Navy cited the highly specialized and proprietary nature of Aegis Weapon System integration, sustainment, and software support as the basis for the sole source determination.
The Naval Surface Warfare Center Port Hueneme Division in California is the contracting activity. The contract number is N6339426C4001.
Importance of the Aegis Weapon System
The Aegis Weapon System is a cornerstone of U.S. naval air and missile defense. It integrates advanced radar, command and control, and weapons systems to detect, track, and engage air, surface, and ballistic missile threats.
Aegis is deployed across multiple U.S. Navy ship classes, including:
- Arleigh Burke class guided missile destroyers
- Ticonderoga class guided missile cruisers
It also supports ballistic missile defense missions, carrier strike group protection, and regional air defense operations.
Sustaining Aegis capability requires continuous engineering updates, software maintenance, logistics planning, and fleet level technical support. These functions are central to the contract awarded to Lockheed Martin.
Lockheed Martin’s Role in Aegis Sustainment
Lockheed Martin has served as the Aegis system integrator for decades. Its Moorestown facility is responsible for system engineering, combat system integration, testing, and fleet support.
This contract ensures continuity in technical expertise, configuration control, and system readiness across the Aegis enterprise. It also supports training and laboratory environments used to prepare sailors and test system upgrades before fleet deployment.
The award aligns with the Navy’s broader approach to sustaining complex combat systems through long term partnerships with original system developers.
Broader Naval Modernization Context
As the Navy continues to modernize its surface fleet, Aegis remains a core element of maritime air and missile defense. Ongoing upgrades such as improved radar processing, software baselines, and integration with new interceptors depend on stable lifecycle support.
Contracts like this one support operational readiness while enabling incremental modernization without disrupting deployed forces.
The U.S. Navy has awarded Raytheon a $58.99 million contract modification to provide engineering and technical support for Standard Missile-2 and Standard Missile-6 programs, reinforcing ongoing missile defense cooperation with key allied navies.
The award supports operational readiness and long-term sustainment of the widely deployed SM-2 and SM-6 missile families through the Foreign Military Sales process.
Contract Details and Scope
The cost-plus-fixed-fee modification was issued under an existing contract and exercises options covering continued engineering, logistics, and technical assistance for the SM-2 and SM-6 missile programs. Work will be carried out in Tucson, Arizona, and is scheduled for completion by March 2028.
Funding for the effort comes from a mix of U.S. Navy research, development, test, and evaluation accounts and Foreign Military Sales allocations. Fiscal 2026 Navy RDT and E funding accounts for half of the obligated amount, while the remaining funds are provided by participating partner nations.
The contract supports Foreign Military Sales requirements for Australia, Chile, Denmark, and South Korea. Each of these countries operates or plans to operate SM-2 or SM-6 missiles as part of their naval air defense and integrated air and missile defense architectures.
Importance of SM-2 and SM-6 Support
The SM-2 and SM-6 missiles remain central to U.S. and allied naval air defense. SM-2 variants are widely used for fleet area air defense, while SM-6 offers extended-range and multi-mission capability, including air defense and limited ballistic missile defense roles.
Engineering and technical support contracts such as this one ensure configuration control, software updates, system integration support, and sustainment planning. These services are essential for maintaining interoperability across allied fleets that operate U.S.-designed combat systems and missiles.
For Foreign Military Sales customers, U.S.-based technical support also helps align upgrades and modifications with U.S. Navy standards, reducing lifecycle risk and improving availability during deployments and exercises.
Allied Participation and Cost Sharing
Under the current award, South Korea accounts for 25 percent of the Foreign Military Sales funding, followed by Chile and Denmark at 10 percent each, and Australia at 5 percent. These allocations reflect each customer’s scope of participation and support requirements within the broader missile support framework.
The funding obligated at award will not expire at the end of the current fiscal year, allowing program managers to plan multi-year engineering activities without disruption.
Contracting Authority and Oversight
The contracting activity for the award is Naval Sea Systems Command, based in Washington, D.C. NAVSEA oversees development, acquisition, and sustainment of U.S. Navy surface and undersea systems, including missile programs used across the fleet.
Raytheon, a long-standing supplier of the Standard Missile family, continues to serve as a primary provider of missile engineering, modernization, and sustainment services for the U.S. Navy and partner nations.
Broader Context
The award reflects continued demand among U.S. allies for advanced naval air and missile defense capabilities amid rising regional security challenges. By extending engineering and technical support for SM-2 and SM-6 systems, the U.S. Navy and Raytheon aim to ensure long-term performance, reliability, and interoperability across allied naval forces.
Such contracts also reinforce the role of Foreign Military Sales as a tool for sustaining defense industrial ties and operational alignment between the United States and partner nations.
Lockheed Martin awarded $57.4M Aegis support contract
Lockheed Martin Rotary and Mission Systems has been awarded a $57.4 million contract modification to support U.S. Navy Aegis combat system development and test facilities, according to a U.S. Department of Defense contract announcement.
The cost plus incentive fee modification exercises options under an existing contract and covers continued operation and maintenance of major Aegis development and test sites through January 2027.
Supporting core Aegis development infrastructure
The contract supports work at the Combat Systems Engineering Development Site, the SPY-1A Test Facility, and the Naval Systems Computing Center. All work will be performed in Moorestown, New Jersey, a long standing hub for Aegis combat system engineering and integration.
These facilities play a central role in the development, testing, and sustainment of the Aegis weapon system, which remains the backbone of U.S. Navy air and missile defense across cruisers, destroyers, and Aegis Ashore sites.
Funding breakdown and fiscal year allocations
At the time of award, approximately $13.4 million in funding will be obligated from multiple U.S. military accounts. The majority of funding comes from fiscal 2026 Navy shipbuilding and conversion funds, accounting for 86 percent of the total obligated amount.
Additional funding sources include Navy research, development, test and evaluation funds, Navy other procurement funds, Army research and development funds, and Navy operations and maintenance funding. A portion of the obligated operations and maintenance funding will expire at the end of the current fiscal year.
Role of Naval Sea Systems Command
Naval Sea Systems Command in Washington, D.C. is the contracting activity. The command oversees the design, development, and lifecycle support of the Navy’s surface combatants and combat systems, including Aegis.
Lockheed Martin is the prime contractor for the Aegis combat system and continues to provide system integration, software development, testing, and sustainment support across the fleet.
Aegis remains central to U.S. missile defense
The Aegis combat system supports a wide range of missions, including air defense, ballistic missile defense, and integrated air and missile defense. It is deployed on U.S. Navy cruisers and destroyers, as well as land based Aegis Ashore sites in Europe.
Continued investment in test infrastructure reflects the Navy’s focus on maintaining and upgrading Aegis capabilities as new threats emerge and as the fleet integrates updated sensors, weapons, and software baselines.
The contract modification was awarded on January 13, 2026.
Saudi Arabia completed training for its fourth THAAD battery in the United States, marking another step in fielding U.S. Terminal High Altitude Area Defense systems within the Royal Saudi Air Defense Forces. The training cycle at the Army’s Fort Bliss qualification center covered system operations, fire control, radar coordination, and battery-level procedures ahead of future operational use.
Training Marks Continued Progress
Saudi officials announced January 8 that the latest group finished its full THAAD training at Fort Bliss, Texas. The curriculum matched the qualifications used by U.S. Army and allied units, preparing crews for complex missile defense tasks and integration into broader air defense networks.
The training focused on individual roles such as launcher operation, radar tracking, and command functions before moving to coordinated battery exercises. Completion means crews are now certified to operate under standards consistent with high-altitude ballistic missile defense scenarios.
Part of a Broader Missile Defense Build-Out
Saudi Arabia’s THAAD acquisition stems from a 2017 Foreign Military Sale with the United States valued around $15 billion, which includes seven batteries, associated radars, launchers, and 360 interceptor missiles. The first battery was activated in mid-2025, and successive training and qualification phases have followed.
The fourth battery graduation adds depth to Saudi Arabia’s pool of trained personnel. It supports sustainment rotation and future force generation as additional batteries are equipped and deployed. No timelines or basing plans for newly trained batteries have been released.
THAAD Role in Regional Defense
THAAD is designed to intercept short, medium, and some intermediate-range ballistic missiles during terminal flight inside or just outside the atmosphere using hit-to-kill kinetic interceptors. Its radar and fire control components enhance high-altitude tracking when layered with other Saudi and allied systems.