Anti Radiation Missile Market

On 12 November 2024 the US Federal Register published the State Department’s approval of a possible sale to Finland of up to 150 AGM-88G Advanced Anti-Radiation Guided Missiles-Extended Range (AARGM-ER), valued at up to USD 500 million with training and support, one of a run of European orders for the same missile. The Finland arms sales notification followed approvals for Australia, Poland and the Netherlands, and shows how quickly air forces are rebuilding stocks of weapons designed to find and destroy enemy air defence radars. Douglas Insights values the anti radiation missile market at USD 2.43 billion in 2025 and forecasts USD 5.31 billion by 2035, a compound growth rate of 8.14%. The receipt is about 1,780 anti-radiation missiles and loitering munitions delivered worldwide in 2025 at an average realised value of USD 1.37 million per round, including integration and support. Deliveries grow 5.4% a year as NATO and Indo-Pacific air forces refill inventories, and value per round rises 2.6% a year as extended-range missiles replace older HARM-class rounds. The report sits within Douglas Insights coverage of defense and security systems and follows the published Douglas Insights research methodology.

What counts as an anti-radiation missile, and what sits outside this market?

An anti-radiation missile is a guided weapon that homes on the radio emissions of enemy radars, and Douglas Insights counts USD 2.43 billion of anti-radiation missile deliveries in 2025. Air forces use them for suppression and destruction of enemy air defences, the mission of clearing a path for other aircraft. Five categories make up the market. Extended-range air-launched missiles cover the newest generation, led by the AGM-88G AARGM-ER, carried by fighters and electronic attack aircraft. Medium-range air-launched missiles cover the AGM-88 HARM family and its AGM-88E AARGM upgrade, Russia’s Kh-31P and Kh-58, China’s YJ-91 and LD-10, India’s Rudram-1 and Brazil’s MAR-1. Anti-radiation loitering munitions cover drones such as Israel Aerospace Industries’ Harop that circle an area and dive on emitting radars. Surface- and ship-launched missiles cover ground and naval versions. Training rounds, integration and support covers captive training missiles, aircraft integration, test and in-service support.

Jamming pods, decoys, electronic warfare aircraft and general-purpose air-to-surface missiles are excluded, as are air defence systems themselves. Value is measured at the price governments pay, including foreign military sales charges where they apply.

What did Finland’s November 2024 AARGM-ER notification signal for anti-radiation missile buyers?

Finland’s notification signalled that anti-radiation missile buying has moved from a handful of US and allied air forces to a broad European rearmament, and Douglas Insights counts at least 570 AARGM-ER rounds notified for export between 2023 and 2024. Australia was notified for up to 63 AARGM-ER rounds and 20 captive training missiles worth up to USD 506 million, according to its Federal Register notification, and Poland was approved in April 2024 for 360 rounds worth about USD 1.275 billion. Finland’s 150 rounds complete a pattern: F-35 buyers want a radar-killing weapon integrated with the jet from the start, and the war in Ukraine, where US-supplied AGM-88 HARM missiles were adapted to Ukrainian MiG-29 and Su-27 fighters in 2022, showed how quickly such stocks are consumed. Douglas Insights threads these orders through the report: they set the growth of the extended-range segment, lift Europe’s regional share and shape the production ramp assumed in the scenarios.

How does an anti-radiation missile programme move from integration to full-rate production?

An anti-radiation missile programme typically takes 8 to 12 years from development contract to full-rate production, and Douglas Insights estimates integration and qualification add USD 20 million to USD 80 million for each new aircraft type. The AARGM-ER shows the path: the US Navy awarded development in 2018, the missile passed its Milestone C decision in 2021, which Northrop Grumman announced as entry into low-rate initial production, and integration covers the F/A-18E/F, EA-18G Growler and all three F-35 variants. Each new customer adds its own integration and certification work, and production lots are ordered annually, typically delivering two to three years after award. Suppliers of rocket motors, seekers and warheads must qualify before each rate increase, which is why production grows in steps rather than smoothly. Unit costs typically fall 10% to 20% between early low-rate lots and full-rate production, as volumes rise and suppliers move down their learning curves. Export buyers usually join an existing US production lot through foreign military sales, which keeps unit prices close to US prices but adds 3% to 5% in administrative charges.

What drives anti-radiation missile orders across NATO and the Indo-Pacific?

Four drivers lift anti-radiation missile deliveries by 5.4% a year, and European rearmament after the invasion of Ukraine is the largest. Integrated air defence networks proved hard to suppress in Ukraine, and NATO air forces that had let their suppression capability decline are rebuilding it. Douglas Insights estimates European anti-radiation missile spending rises from USD 515 million in 2025 to USD 1.25 billion by 2035, the fastest regional growth at 9.3% a year, as Poland, Finland, the Netherlands, Germany and Italy take delivery of AARGM-ER and AARGM rounds. Germany ordered the AGM-88E AARGM in 2019 and Italy co-developed it, so both already run the support infrastructure that makes extended-range follow-on orders easier.

F-35 adoption is the second driver. More than 15 countries have ordered the F-35, and each needs weapons integrated for the suppression mission. Douglas Insights estimates that about 60% of extended-range anti-radiation missile demand to 2035 comes from F-35 operators, because the AARGM-ER is designed to fit inside the jet’s internal weapons bay and keep its low observability. A typical first buy by a European F-35 operator runs from about 60 to 150 rounds, followed by top-up lots as squadrons reach full strength.

Indo-Pacific air defence growth is the third driver. China’s dense network of long-range surface-to-air systems and the growing air defences of other regional powers push the United States, Australia, Japan, South Korea and India to buy longer-range suppression weapons. India’s DRDO Rudram-1 moved into production planning after flight tests from Su-30MKI fighters, and Douglas Insights estimates Asia Pacific spending of USD 488 million in 2025, growing 8.6% a year. Australia’s EA-18G Growler fleet, the only one outside the United States, adds demand for anti-radiation missiles carried by electronic attack aircraft as well as fighters.

Stockpile replenishment is the fourth driver. Missiles transferred to Ukraine, used in Middle East operations and expended in training must be replaced, and US multi-year procurement pushes suppliers to raise output. Douglas Insights estimates that replenishment accounts for about 20% of 2025 US and allied orders, a share that stays high while conflicts continue. Multi-year contracts also let suppliers buy long-lead parts in larger batches, which lowers unit cost and supports higher annual deliveries.

What holds back anti-radiation missile production and exports?

Three restraints are built into the anti-radiation missile forecast, and production capacity is the first. Solid rocket motors, seekers and energetic materials come from a small number of qualified suppliers, and Douglas Insights estimates it takes two to three years to raise the output of any anti-radiation missile line by 50%. Delivery growth is capped at 5.4% a year in the base case for this reason, below the growth implied by current orders.

Budget competition is the second restraint. Anti-radiation missiles compete for funds with air defence interceptors, long-range strike weapons and aircraft, and a US or European budget squeeze would push orders to the right. Douglas Insights removes about 0.5 points a year from delivery growth after 2030 for this risk.

Substitution by cheaper tools is the third restraint. Loitering munitions, decoys, jamming and stand-in attack weapons can do part of the suppression mission at lower cost per target. That shifts value inside the market toward loitering munitions, but it limits how many high-end missiles each air force buys. Douglas Insights holds medium-range missile growth to 4.6% a year partly for this reason.

Which anti-radiation missile category carries the value?

Extended-range air-launched missiles carry the most anti-radiation missile value at 36% of 2025 spending, USD 875 million, while anti-radiation loitering munitions are the fastest-growing segment at 12.2% a year.

Extended-range air-launched missiles are worth USD 875 million in 2025. The AARGM-ER roughly doubles the range of earlier HARM-class missiles and fits the F-35, so it takes almost all new Western orders.

Medium-range air-launched missiles are worth USD 705 million in 2025 but grow slowest at 4.6% a year, as Western buyers move to extended range while Russia, China and India keep producing their own designs.

Anti-radiation loitering munitions are worth USD 340 million in 2025 and grow fastest at 12.2% a year, because they can wait over an area until a radar switches on and cost far less per round than a missile.

Training rounds, integration and support are worth USD 316 million in 2025. Every buyer needs captive training missiles, aircraft software integration and depot support, which recur for the life of the inventory. Service-life extensions and software updates for missiles already in stock add a steady layer of spending even in years with few new orders.

Surface- and ship-launched missiles are worth USD 194 million in 2025 and grow 8.0% a year, as ground forces and navies add launchers that can fire on air defence radars without risking aircraft; the shipboard sensors and launch systems that host them are sized in our Naval Combat Systems Market report. Most of this segment today is Russian, Chinese and Israeli, with Western ground-launched versions still in development.

How do launch platforms split anti-radiation missile spending?

By launch platform, Douglas Insights estimates fighter and strike aircraft at USD 1.46 billion (60%) of 2025 value, electronic attack aircraft such as the EA-18G Growler at USD 389 million (16%), drones and loitering launchers at USD 340 million (14%), and ground and naval launchers at USD 243 million (10%). Fighter integration on the F-35 and F/A-18 decides most Western orders.

Which region buys the most anti-radiation missiles, and how fast is Europe rearming?

North America buys the most anti-radiation missiles at 43.8% of 2025 value, USD 1.06 billion, while Europe grows fastest at 9.3% a year. North America leads because the US Navy and Air Force fund AARGM-ER production and the next generation of stand-in attack weapons, and the region grows 7.4% a year to USD 2.17 billion by 2035. The US Navy is the lead service for AARGM-ER, and the US Air Force funds its F-35A integration, so American orders set the production rate that export customers join.

Europe buys USD 515 million in 2025 and reaches USD 1.25 billion by 2035, led by Poland, Finland, the Netherlands, Germany and Italy, as F-35 fleets and lessons from Ukraine push suppression missions up the priority list.

Asia Pacific buys USD 488 million and grows 8.6% a year, led by Australia, Japan, South Korea and India, with China’s own production counted inside the region. The Middle East and Africa buys USD 260 million and grows 7.9% a year, led by Israel’s loitering munitions and Gulf air forces. Latin America is the wildcard at USD 102 million and 7.85% a year, where Brazil’s MAR-1 programme and its Gripen fleet could add domestic and export orders. Other Latin American air forces buy few such missiles today.

Which companies build anti-radiation missiles, and who wins the export orders?

Douglas Insights estimates that Northrop Grumman alone holds about 38% of 2025 anti-radiation missile value as prime contractor for AARGM and AARGM-ER, and the five largest suppliers hold about 74%.

Advantage in anti-radiation missiles rests on aircraft integration and government sponsorship: a missile that is not integrated on a buyer’s fighter cannot be sold, and integration takes years. Northrop Grumman wins nearly every Western export order because the AARGM-ER is the only extended-range anti-radiation missile integrated on the F-35. Russia and China supply their own forces and a few export customers. Israel Aerospace Industries leads loitering munitions. India, Brazil and Turkey are building national alternatives, and L3Harris won the US Air Force’s Stand-in Attack Weapon programme in 2023 for a related missile that reuses AARGM-ER experience.

What price does an anti-radiation missile round carry, from legacy HARM to AARGM-ER?

Anti-radiation missile rounds averaged USD 1.37 million each in 2025 including integration and support, and Douglas Insights expects about USD 1.76 million by 2035. Extended-range missiles cost about USD 1.8 million to USD 2.6 million per round at US production prices, and export cases cost more once training, spares and support are added: Finland’s notification works out at about USD 3.3 million per round on that basis. Medium-range missiles cost about USD 0.6 million to USD 1.2 million, and Russian and Chinese rounds are estimated below that. Anti-radiation loitering munitions cost about USD 0.2 million to USD 0.6 million per round. Captive training missiles cost a fraction of a live round but are bought in fixed ratios of about one for every three to eight live missiles. Prices rose between 2022 and 2025 as rocket motor and electronics costs climbed and suppliers passed on investment in new capacity.

How are loitering munitions changing the anti-radiation missile mix?

Loitering munitions are raising their share of anti-radiation missile value from 14% in 2025 to about 20% by 2035 on Douglas Insights’ estimate. A missile must be fired when a radar is emitting and can miss if the radar switches off, while a loitering munition can circle for an hour or more and wait. Conflicts in Nagorno-Karabakh in 2020 and in Ukraine since 2022 showed loitering munitions attacking air defence radars at low cost, and armies and air forces in Europe, Asia and the Middle East are buying them in larger numbers. They do not replace high-speed missiles against modern, well-protected air defences, so Douglas Insights models the two as complements: missiles for defended targets and time-critical shots, loitering munitions for persistent pressure and cheaper targets. Douglas Insights counts loitering munitions only when they carry a passive radar-homing seeker, so general-purpose attack drones are left out.

Which export laws govern who can buy an anti-radiation missile?

US arms export law governs most anti-radiation missile sales in the West. The Arms Export Control Act requires the government to notify Congress of major foreign military sales, which is why each AARGM-ER sale appears in the Federal Register, and the International Traffic in Arms Regulations control technical data and components. The Missile Technology Control Regime sets guidelines on transferring missiles and their technology among its members. European buyers also face national export rules and NATO interoperability standards for aircraft integration, and Russian and Chinese exports are shaped by sanctions and by US law penalising purchases of Russian defence equipment. These rules limit the market for each supplier to its own bloc and partners, which is why market shares are stable. Export approvals can take one to two years from request to contract, so notified sales in 2023 and 2024 turn into deliveries between 2026 and 2029.

How large could anti-radiation missile spending grow by 2035 if stockpile rebuilding fades or deepens?

The base scenario takes the anti-radiation missile market to USD 5.31 billion by 2035, with a range of USD 3.61 billion to USD 7.55 billion. The base case combines 5.4% delivery growth with 2.6% annual growth in value per round for 8.14% a year. The slowdown scenario assumes European budgets tighten after conflicts ease and production constraints persist, setting the legs at 2.8% and 1.2% for USD 3.61 billion. The deep-rebuild scenario assumes sustained conflict, more F-35 exports and faster adoption of loitering munitions, setting the legs at 7.9% and 3.8% for USD 7.55 billion. Each 1-point change in delivery growth moves the 2035 figure by about USD 526 million.

Douglas Exclusive: the anti-radiation missile inventory and order tracker

The anti-radiation missile inventory and order tracker records, for 34 operator countries, notified and contracted orders, production lots, delivery schedules, aircraft integrations and estimated inventories by missile type, so suppliers and planners can see where replenishment demand will land. Related spending is covered in the Electronic Warfare Systems Market and Integrated Air and Missile Defence Systems Market reports.

Methodology and receipts: how do 1,780 missiles add up to USD 2.43 billion?

The anti-radiation missile model is built bottom-up from deliveries. The headline receipt is 1,780 rounds multiplied by USD 1.37 million each, giving USD 2.43 billion for 2025. Deliveries are built from production lots, foreign military sales notifications, national programme announcements and budget documents for 34 operator countries, and values from contract awards and notification values, adjusted to remove training and support that fall outside the delivery year. Russian and Chinese volumes are estimated from observed use, export records and production facility data, and carry a lower confidence grade. The forecast compounds 5.4% delivery growth and 2.6% growth in value per round from the 2025 base to about 3,010 rounds and USD 5.31 billion in 2035.

Sources

1. US Federal Register Arms Sales Notification: Finland, AGM-88G AARGM-ER (Transmittal 23-74) (2024)
2. US Federal Register Arms Sales Notification: Australia, AARGM-ER (Transmittal 23-18) (2024)
3. Northrop Grumman AARGM-ER Missile Achieves Successful Milestone C Decision (2021)