Artillery System Market Size, Share & Trends Analysis Report By Product (Mortar, Howitzer, Rocket Artillery), By Applications (Short, Medium, Long), By End Use, By Region, and Segment Forecasts - 2035

Artillery System Market Overview

artillery system market size was valued at USD 14147.65 million in 2025 and is poised to grow from USD 14962.55 million in 2026 to USD 17699.87 million by 2035, growing at a CAGR of 5.76% during the forecast period (2026-2035).

The Artillery System Market in 2026 is being shaped by accelerated defense modernization, higher ammunition stockpile requirements, long-range precision strike programs, improved counter-battery capabilities, digitized fire-control systems, automated loading, and renewed investment in conventional land warfare. Howitzer systems are estimated to account for approximately 38% of Product Type demand, followed by Rocket Artillery at around 34% and Mortar systems at approximately 28%. Medium applications are estimated to represent approximately 43% of demand, Long applications contribute around 34%, and Short applications account for approximately 23%. Current procurement strategies increasingly combine conventional cannon artillery with highly mobile rocket systems because armed forces require both sustained volume of fire and longer-range precision engagement. Modern Howitzer platforms increasingly use 155 mm ammunition, automated navigation, digital fire control, improved barrel systems, and rapid shoot-and-scoot mobility. Rocket Artillery is simultaneously benefiting from launcher commonality, guided rockets, multiple munition types, and highly mobile wheeled chassis. Mortar systems remain important because lighter formations require compact indirect-fire capability that can be moved and deployed much faster than heavier 155 mm systems. The industry is therefore moving toward a layered fire-support architecture in which 3 major Product Types operate across complementary tactical distances.

The United States remains one of the most influential national Artillery System markets because of extensive Army modernization, large ammunition requirements, NATO interoperability, overseas security commitments, and significant production investment in Howitzer and Rocket Artillery platforms. North America is estimated to account for approximately 31% of global market demand in 2026. Howitzer systems represent around 39% of regional Product Type demand, Rocket Artillery contributes approximately 38%, and Mortar systems account for around 23%. Medium applications contribute approximately 41% of regional demand, Long applications represent 38%, and Short applications account for about 21%. The U.S. market is currently characterized by parallel investment in M109A7 Paladin Howitzers, M777 lightweight artillery structures, HIMARS Rocket Artillery, M270 modernization, and increasingly networked precision-fire capabilities. HIMARS production capacity has increased from approximately 48 launchers annually to around 96, effectively doubling output to respond to domestic and international demand. A 2026 U.S. Army award also covered additional HIMARS launchers, while BAE Systems received a contract exceeding 500 million dollars for additional M109A7 Paladin systems and ammunition carriers. These programs show that U.S. modernization is balancing highly mobile Rocket Artillery with sustained cannon-artillery capacity.

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Key Findings

• Leading Product Type: Howitzer systems are estimated to hold approximately 38% market share, supported by sustained procurement of 155 mm self-propelled and lightweight systems for maneuver, counter-battery, and continuous fire-support missions.
• Leading Application: Medium applications are estimated to represent approximately 43% of demand because armies require balanced mobility, ammunition capacity, responsiveness, and engagement distance across conventional battlefield operations.
• Leading Region: North America is estimated to hold approximately 31% market share, supported by large U.S. artillery modernization programs, production expansion, ammunition requirements, and continuing allied interoperability initiatives.
• Fastest Growing Region: Europe is projected to expand at approximately 7.4% annually as NATO members rebuild artillery fleets, ammunition reserves, local manufacturing capacity, and long-range fire capabilities.
• Technology Trend: Rocket Artillery production capacity has doubled from approximately 48 to 96 launchers annually at a major U.S. production line, reflecting stronger demand for mobile precision fires.
• Market Driver: Howitzer modernization remains a major demand engine, with one 2026 Finnish procurement covering 112 additional self-propelled systems and increasing national fleet scale above 200 units.
• Competitive Landscape: New international contracts are increasingly tied to localization, with one major 2025 Howitzer program targeting approximately 60% domestic production through expanded industrial cooperation.
• Future Outlook: Long applications will gain strategic importance as modern Rocket Artillery increasingly combines 6 guided rockets or multiple precision-strike munitions on common mobile launcher architectures.

Latest Trends

The most important Artillery System Market trend in 2026 is the renewed emphasis on combining precision with sustained volume of fire. For more than 15 years, artillery modernization programs placed increasing priority on precision-guided ammunition and extended engagement distance, but recent combat experience has reinforced the continuing requirement for high ammunition throughput and deep magazines. Howitzer systems, representing approximately 38% of Product Type demand, remain essential because cannon artillery can provide repeated fire missions without relying exclusively on higher-cost guided rockets. Modern 155 mm platforms increasingly combine automatic navigation, digital fire-control systems, networked targeting, automated or semi-automated loading, and shoot-and-scoot mobility. The K9 platform, for example, supports engagement beyond approximately 40 km with appropriate ammunition while combining tracked mobility and rapid repositioning. European demand has expanded sharply, with Finland signing for 112 additional K9 systems in April 2026. The same platform is now operated across more than 10 customer countries, illustrating the growing preference for proven, interoperable artillery families that can be supported through multinational supply chains.

A second major trend is rapid expansion of mobile Rocket Artillery capacity and international standardization. HIMARS remains a strong example because one launcher can carry a 6-pack of guided rockets or alternative precision-strike munitions while operating from a wheeled chassis. Production capacity has increased from approximately 48 to 96 launchers per year, while procurement during 2025 and 2026 expanded across the United States and multiple allied countries. Canada announced procurement of 26 HIMARS launchers in June 2026, and Lithuania unveiled its first systems in May 2026. The platform is also evolving through modular concepts designed to support additional munition and autonomy options. Rocket Artillery procurement is therefore becoming less about a single launcher and more about an interoperable ecosystem combining launch vehicles, digital targeting, munitions, maintenance, training, communications, and regional industrial partnerships. Medium and Long applications collectively represent approximately 77% of estimated demand, demonstrating how greater operational reach is becoming central to modern force planning while Short applications remain important for closer tactical support.

Market Dynamics

Driver

""Accelerated force modernization and ammunition replenishment are sustaining global artillery procurement.""

The strongest driver of the Artillery System Market is the broad modernization of land-force firepower. Armed forces are replacing equipment that can be 20-40 years old with systems providing greater mobility, digital fire control, automated navigation, improved survivability, and compatibility with precision ammunition. Howitzer systems account for approximately 38% of Product Type demand because they remain a core source of sustained indirect fire. Recent contracts demonstrate the scale of modernization, including more than 500 million dollars for additional M109A7 Paladin systems and associated ammunition carriers in the United States.

Rocket Artillery provides another major driver because it extends the reach of ground forces while supporting precision engagement. HIMARS production capacity has doubled to approximately 96 launchers annually, demonstrating the scale of demand growth. Long applications represent around 34% of market demand and are expected to increase as armed forces prioritize deeper engagement. Procurement is also increasingly multinational, allowing common systems to reduce training, ammunition, maintenance, and interoperability barriers across allied military formations.

Restraint

""Long production cycles and constrained industrial capacity can delay artillery modernization programs.""

A major restraint is the limited number of manufacturing lines capable of producing modern artillery platforms, barrels, propulsion systems, launchers, fire-control equipment, and specialized components at high volumes. A complete Howitzer contains thousands of parts and can require months of manufacturing, integration, testing, and acceptance. Even when annual launcher capacity rises from 48 to 96 units, a national requirement for 100 or more systems can consume more than 1 year of theoretical production before accounting for other customers.

Supply-chain limitations extend beyond complete platforms. Artillery production depends on gun barrels, forgings, tracked or wheeled chassis, electronics, navigation systems, engines, transmissions, hydraulic equipment, and ammunition-handling mechanisms. Restarting dormant industrial capacity can require multi-year investment. The M777 production chain, for example, required renewed manufacture of major titanium structures, with delivery of new structures scheduled to begin in 2026 after extensive supplier reactivation. This creates a structural lag between procurement decisions and actual battlefield availability.

Opportunity

""Localization and multinational production agreements are creating new growth opportunities across emerging defense markets.""

Localization represents one of the largest opportunities in the Artillery System Market. Governments increasingly want domestic assembly, maintenance, component production, and lifecycle support rather than purely imported equipment. In India, a second K9 Vajra-T contract for 100 additional Howitzers aims to raise local production from more than 50% in the earlier program to approximately 60%. This localization model allows international suppliers to address political, industrial, and supply-security requirements while customers develop domestic defense capability.

The Middle East provides another opportunity. A June 2026 agreement established collaboration for local production and sale of K9 155 mm self-propelled Howitzers for regional markets. Similar partnerships can cover maintenance, technology support, spare parts, training, and future upgrades. Asia-Pacific and Middle East & Africa together represent an estimated 32% of current global demand, providing substantial room for additional localization programs as governments seek greater control over defense industrial supply chains.

Challenge

""Balancing range, mobility, survivability, and ammunition depth creates increasingly complex platform requirements.""

The central challenge is that modern artillery systems must optimize several competing performance objectives at the same time. Longer range often requires larger launchers, heavier ammunition, increased barrel pressure, more sophisticated propulsion, or larger rocket systems. Greater protection increases vehicle weight, while rapid mobility demands efficient engines and transportability. A tracked self-propelled Howitzer may offer greater protection and ammunition capacity but weigh many times more than a towed Mortar or lightweight cannon platform.

Survivability is also increasingly important because counter-battery sensors can detect firing positions rapidly. Modern artillery units may need to complete a fire mission and reposition within only a few minutes. Networked battlefields therefore reward automation, navigation, and fast setup as much as maximum firing distance. Manufacturers must simultaneously support Short, Medium, and Long applications, which represent approximately 23%, 43%, and 34% of demand respectively. Designing one platform family that addresses all 3 operational requirements remains difficult.

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Segmentation Analysis

By Types

Mortar: Mortar systems are estimated to account for approximately 28% market share and remain essential for infantry, airborne, mountain, mechanized, and rapidly deployable formations. Mortars provide relatively lightweight indirect fire compared with Howitzer and Rocket Artillery systems, allowing deployment in environments where heavier vehicles cannot operate effectively. Common mortar families span approximately 60 mm, 81 mm, and 120 mm classes, providing commanders with different combinations of portability, range, and explosive effect. Short applications have particularly strong Mortar demand because units require immediate responsive fire support without depending on heavier brigade-level assets.

Howitzer: Howitzer systems lead with approximately 38% market share and remain central to conventional artillery modernization. Current procurement strongly favors 155 mm self-propelled systems, although lightweight and towed platforms retain strategic roles. The K9 family can engage targets at more than approximately 40 km with appropriate ammunition and has been adopted by at least 10 customer nations. The M109A7 Paladin similarly remains a major U.S. program. Howitzer demand is strengthened by its ability to deliver sustained volume of fire, support multiple ammunition types, operate in Medium applications, and integrate with advanced command-and-control networks.

Rocket Artillery: Rocket Artillery accounts for approximately 34% market share and is gaining importance as armed forces prioritize longer engagement distances and precision. Modern launchers can carry multiple guided rockets or larger precision-strike munitions within a common launcher architecture. HIMARS carries 6 guided rockets in one standard pod configuration and is designed for rapid movement and air transportability. Annual launcher production capacity has increased to approximately 96 units, reflecting significant demand. Rocket Artillery has particularly strong positioning in Long applications, although guided systems also support selected Medium missions.

By Applications

Short: Short applications represent approximately 23% market share and are closely associated with tactical Mortar systems and shorter-range artillery missions supporting frontline forces. These applications emphasize rapid deployment, lightweight equipment, fast target engagement, and simplified logistics. Short-range systems may operate within distances below approximately 30 km depending on platform and ammunition. Infantry units value these systems because fire support can be brought closer to maneuver formations without waiting for higher-echelon assets.

Medium: Medium applications dominate with approximately 43% market share because this range category provides the most balanced combination of reach, mobility, ammunition volume, and platform affordability. Modern Howitzer systems frequently operate within or beyond the approximately 30-60 km range band depending on ammunition. Medium-range capability supports counter-battery missions, suppression, maneuver support, defensive fire, and interdiction. The large installed base of 155 mm artillery ensures continued demand for platforms capable of addressing this central operational range.

Long: Long applications account for approximately 34% market share and are increasing in strategic importance. Rocket Artillery is especially important because guided rockets and precision-strike munitions allow ground forces to engage targets well beyond conventional cannon ranges. Modern launcher systems can support different munition types without replacing the launcher itself. Long applications also benefit from improvements in targeting data, unmanned reconnaissance, satellite navigation, and networked command systems that allow targets to be identified at greater distances.

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Regional Outlook

North America

North America is estimated to lead the Artillery System Market with approximately 31% global share in 2026. General Dynamics and Lockheed Martin provide major supplied-company representation from the United States, while BAE Systems maintains extensive production activities supporting U.S. artillery programs. Howitzer systems represent approximately 39% of regional Product Type demand, Rocket Artillery contributes 38%, and Mortar systems account for around 23%. Medium applications represent approximately 41%, Long contributes 38%, and Short accounts for 21%.

The region is projected to expand approximately 5.8-6.5% annually through 2035. The United States continues investing in M109A7 Paladin Howitzers, M777 lightweight artillery, HIMARS, M270 modernization, and precision fires. HIMARS production capacity has doubled from approximately 48 to 96 launchers annually. Canada also announced procurement of 26 HIMARS launchers in June 2026, demonstrating broader regional adoption of common Rocket Artillery platforms.

Europe

Europe represents approximately 29% of global Artillery System Market demand and is currently one of the most active procurement regions. RUAG Group, KMW+Nexter Defense Systems, BAE Systems, and several supplied international companies maintain significant regional activities. Howitzer systems represent approximately 43% of regional Product Type demand, Rocket Artillery contributes around 32%, and Mortar systems account for 25%. Medium applications represent approximately 45%, Long contributes 35%, and Short accounts for 20%.

Europe is projected to expand approximately 7.4% annually through 2035, making it the fastest-growing major region. Finland signed for 112 additional K9 Howitzers in April 2026, while Norway added 24 K9 VIDAR systems in September 2025, raising its fleet to 52. Romania contracted 54 K9 Howitzers and 36 K10 ammunition resupply vehicles in 2024. These programs demonstrate strong regional demand for standardized artillery fleets, ammunition logistics, and NATO interoperability.

Asia-Pacific

Asia-Pacific is estimated to represent approximately 24% of global Artillery System Market demand. ST Engineering, NORINCO, Hanwha Techwin, and other supplied companies provide significant regional industrial capability. Howitzer systems represent around 37% of Product Type demand, Rocket Artillery contributes approximately 33%, and Mortar systems account for around 30%. Medium applications contribute approximately 42%, Long represents 31%, and Short applications account for around 27%.

The region is projected to expand approximately 6.5-7.0% annually through 2035. South Korea has built one of the world's most internationally adopted self-propelled Howitzer families, while India continues increasing domestic production through K9 Vajra-T. A 2025 follow-on program covers 100 additional systems and targets approximately 60% local production. China maintains large domestic artillery manufacturing capacity, while Singapore, Japan, Australia, and Southeast Asian markets continue modernizing land-force firepower.

Middle East & Africa

Middle East & Africa accounts for approximately 10% of global Artillery System Market demand. IMI Systems, Elbit Systems, and Denel SOC Ltd provide supplied-company representation from Israel and South Africa, while major international artillery manufacturers continue expanding regional partnerships. Rocket Artillery represents approximately 37% of regional Product Type demand, Howitzer contributes 35%, and Mortar systems account for approximately 28%. Long applications represent around 38% of demand.

The region is projected to expand approximately 6.0-6.8% annually through 2035. Egypt's K9 program covers hundreds of Howitzers, ammunition-resupply vehicles, and fire-control vehicles, while local industrial partnerships are increasing across Gulf countries. A June 2026 agreement established local production cooperation for K9 155 mm systems targeting Middle Eastern customers. National defense-industrial strategies increasingly favor technology partnerships and domestic lifecycle support rather than fully imported fleets.

List of Top Artillery System Companies

• RUAG Group (Switzerland)
• General Dynamics (U.S)
• ST Engineering (Singapore)
• KMW+Nexter Defense Systems (Germany/France)
• NORINCO (China)
• IMI Systems (Israel)
• Elbit Systems (Israel)
• Denel SOC Ltd (South Africa)
• Lockheed Martin (U.S)
• Hanwha Techwin (South Korea)
• BAE Systems (U.K)
• Avibras (Brazil)

Top 2 Companies Market Share

Hanwha Techwin: Hanwha Techwin is estimated to represent approximately 12-14% competitive presence among the supplied companies, supported by the international scale of the K9 self-propelled Howitzer family, associated ammunition-resupply systems, localization programs, and a growing customer base. K9 systems are now operated by at least 10 countries, while several NATO customers have fleets exceeding 50 units. Finland's latest order covers 112 additional systems, while India's follow-on program covers another 100 K9 Vajra-T platforms. This scale reinforces the company's position in the Howitzer segment, which represents approximately 38% of overall market demand.

Lockheed Martin: Lockheed Martin is estimated to represent approximately 10-13% competitive presence among the supplied companies, supported by strong demand for HIMARS Rocket Artillery and associated precision-fire architectures. HIMARS production capacity increased from approximately 48 to 96 launchers annually, representing a 100% expansion. A 2026 U.S. Army award covered additional launchers, while Canada announced procurement of 26 systems and Lithuania unveiled its initial launchers. The platform's ability to carry 6 guided rockets or alternative precision munitions supports Lockheed Martin's strong position in Long applications and Rocket Artillery.

Investment Analysis

Investment in the Artillery System Market is increasingly directed toward production capacity, automated manufacturing, barrel and launcher output, digital fire-control systems, precision targeting, ammunition handling, maintenance infrastructure, and regional localization. Rocket Artillery provides one of the clearest examples of capacity investment, with HIMARS launcher output increasing from approximately 48 to 96 units annually. Cannon-artillery investment is occurring simultaneously because armies require both precision and sustained volume of fire. New facilities and reactivated production lines for lightweight and self-propelled Howitzers demonstrate that the sector is expanding industrial capacity across multiple platform categories rather than choosing only 1 type of artillery.

Localization is another significant investment theme. India's second 100-unit K9 Vajra-T program aims for approximately 60% domestic production, while Middle Eastern partnerships are increasingly structured around regional manufacturing and lifecycle support. European investment is similarly expanding through national assembly, maintenance, ammunition facilities, and supply-chain partnerships. Investment through 2035 is expected to focus on at least 10 areas: automated loading, barrel production, Rocket Artillery output, digital fire control, precision navigation, domestic manufacturing, ammunition handling, maintenance, interoperability, and rapid mobility. Suppliers capable of supporting both platform procurement and long-term sustainment are increasingly favored in contracts spanning more than 10 years.

New Product Development

New Product Development in the Artillery System Market is increasingly focused on automation, mobility, modularity, digital targeting, and extended operational reach. Howitzer development is moving toward automated loading, reduced crew requirements, improved fire-control integration, and faster shoot-and-scoot performance. Modern 155 mm systems increasingly seek to complete fire missions and reposition within only several minutes, reducing exposure to counter-battery attack. K9 development continues toward increasingly automated configurations, while M109 modernization focuses on greater commonality with current armored-vehicle components. Mortar development emphasizes lightweight mounts, digitized targeting, recoil management, and vehicle integration to improve the mobility of Short applications.

Rocket Artillery innovation is increasingly centered on modular launcher architectures and wider munition compatibility. HIMARS currently accommodates a 6-pack of guided rockets or alternative precision-strike munitions within a common launcher. The HIMARS FLEX concept announced in June 2026 introduces a modular ecosystem intended to support additional munition and autonomy options while retaining the platform's mobility. New-generation artillery products increasingly compete across at least 12 characteristics: range, fire rate, ammunition capacity, reload time, crew size, mobility, protection, automation, precision, interoperability, transportability, and lifecycle support. Future platforms will increasingly connect with unmanned reconnaissance and distributed command networks to reduce the time between target identification and fire mission execution.

Five Recent Developments

• June 2026: Hanwha expanded Middle Eastern industrial cooperation through a local-production agreement for the K9 155 mm self-propelled Howitzer, strengthening regional manufacturing and lifecycle-support opportunities.
• April 2026: Finland signed for 112 additional K9 self-propelled Howitzers, taking its overall fleet beyond 200 systems and reinforcing strong European demand for standardized 155 mm artillery.
• April 2026: Lockheed Martin received a major U.S. Army award covering additional HIMARS Rocket Artillery systems after production capacity had increased from approximately 48 to 96 launchers annually.
• February 2026: BAE Systems announced a contract exceeding 500 million dollars for additional M109A7 Paladin Howitzers and M992A3 ammunition carriers supporting U.S. armored formations.
• September 2025: Norway ordered 24 additional K9 VIDAR Howitzers, increasing its national fleet to 52 systems and strengthening artillery standardization across NATO-operated K9 fleets.

Report Coverage

The Artillery System Market report covers the 2026-2035 forecast period using the stated 2025 baseline and evaluates the supplied Product Types of Mortar, Howitzer, and Rocket Artillery. Estimated Product Type shares are approximately 28%, 38%, and 34%, respectively. Application coverage includes Short at approximately 23%, Medium at 43%, and Long at around 34%. The analysis examines 155 mm artillery modernization, mobile Rocket Artillery, lightweight Mortar systems, automated fire control, precision targeting, counter-battery survivability, shoot-and-scoot tactics, ammunition resupply, digital command networks, localization, maintenance, and production capacity. Current Rocket Artillery manufacturing programs have increased launcher output from approximately 48 to 96 units annually, while modern Howitzers increasingly provide effective engagement beyond 40 km with appropriate ammunition.

Regional coverage includes North America, Europe, Asia-Pacific, Middle East & Africa, and Latin America, with estimated market shares of approximately 31%, 29%, 24%, 10%, and 6%, respectively. Competitive coverage includes all 12 supplied companies: RUAG Group, General Dynamics, ST Engineering, KMW+Nexter Defense Systems, NORINCO, IMI Systems, Elbit Systems, Denel SOC Ltd, Lockheed Martin, Hanwha Techwin, BAE Systems, and Avibras. The report evaluates how defense modernization, ammunition requirements, long-range strike, NATO interoperability, industrial localization, automation, precision fires, digital targeting, and production expansion will influence the Artillery System Market through 2035. Howitzer remains the leading Product Type at approximately 38% share, while Medium applications dominate at around 43%. Automated 155 mm platforms, modular Rocket Artillery, expanded launcher capacity, localized manufacturing, rapid ammunition resupply, networked fire control, mobility, and extended-range precision capability are expected to remain major industry development priorities throughout the forecast period.