Artillery Systems Market Size & Share 2026-2035

Artillery Systems Market Size

The global artillery systems market was valued at USD 21.4 billion in 2025 and is projected to reach USD 36.2 billion by 2035, expanding at a CAGR of approximately 5.5% from 2026 to 2035.

The market enters the forecast period at USD 22,389.7 million in 2026, driven by the convergence of elevated geopolitical risk, accelerated NATO rearmament, escalating demand for precision and long-range fires, and broad-based defense modernization across Asia Pacific and the Middle East. The Russia-Ukraine conflict has fundamentally reoriented procurement timelines and stockpile requirements across Western and partner militaries, exposing critical gaps in tube artillery availability, ammunition depth, and fire control integration that governments are now moving urgently to close.

Global military expenditure reached USD 2,718 billion in 2024, a 9.4% real-terms increase and the steepest year-on-year rise recorded since at least 1988, with military spending increasing in all five of the world's geographic regions simultaneously for the second consecutive year.^{[1]Stockholm International Peace Research Institute - Trends in World Military Expenditure, 2024, April 2025 - https://www.sipri.org/sites/default/files/2025-04/2504\_fs\_milex\_2024.pdf} NATO's 32 member states collectively spent approximately USD 1,588 billion in 2025 at current prices, representing an estimated 2.76% of their combined GDP-a level not seen since the Cold War and well above the alliance's formal 2% floor.^{[2]NATO - Defence Expenditure of NATO Countries (2014–2025), June 2025 - https://www.nato.int/content/dam/nato/webready/documents/finance/def-exp-2025-en.pdf} By 2025, an estimated 31 of 32 NATO allies are projected to meet or surpass the 2% threshold, up from just 18 in 2024. This structural shift in defense budgeting carries direct procurement implications for artillery systems across howitzers, rocket artillery, and supporting munitions, with the most visible acceleration occurring in Poland, Germany, the Baltic states, and the Nordic countries.

Demand is further reinforced by operational lessons extracted from high-intensity conflict in Ukraine, where the centrality of large-caliber tube artillery, guided rocket systems, and responsive fire control has been conclusively demonstrated. The conflict has exposed the inadequacy of post-Cold War stockpile reduction strategies and validated investment in self-propelled, wheeled, shoot-and-scoot capable platforms. Simultaneously, Indo-Pacific security dynamics-driven by China's expanding power projection capabilities, Japan's counterstrike doctrine, and India's contested border management requirements-are layering a distinct and durable demand signal across the Asia Pacific region. The top five competitors hold an estimated 50% combined market share in 2025, while the balance is distributed across a growing cohort of regional and emerging producers, reflecting the market's widening industrial base.

The report covers the global artillery systems market encompassing howitzers (towed, self-propelled tracked and wheeled), mortars, rocket artillery, anti-aircraft guns, and associated systems across ground, naval, and air defense applications. Market sizing spans the historic period 2022–2025 and the forecast period 2026–2035, with values reported in USD million. Segment dimensions covered include system type, platform, range, component, caliber, and end-user. Regional coverage encompasses North America, Europe, Asia Pacific, Latin America, and the Middle East and Africa, with individual country-level analysis for 18 jurisdictions. The competitive landscape profiles twelve companies spanning global primes, regional champions, and emerging producers.

Key Drivers

Driver Impact Summary Table

1. Increased Defense Collaboration

The structural acceleration in multilateral defense procurement agreements, joint industrial arrangements, and cooperative production frameworks is among the most consequential demand drivers shaping the artillery systems market through 2035. The Russia-Ukraine conflict has converted years of theoretical NATO burden-sharing discourse into binding procurement commitments: by 2025, an estimated 31 of 32 NATO members are projected to meet or exceed the 2% GDP defense expenditure threshold, against just 18 in 2024 and fewer than ten in 2022. European allies and Canada collectively increased defense spending by approximately 20% in 2025 alone relative to the prior year. This structural shift translates directly into artillery procurement, as allied governments respond both to their own readiness deficits and to the need to replenish systems transferred to Ukraine.

The operational dimension of collaboration is equally important. NATO's joint procurement vehicles, exemplified by two contracts totaling USD 1.2 billion signed in January 2024 for 155mm rounds, are reducing per-unit cost and compressing delivery timelines by consolidating demand across member nations.^{[3]Breaking Defense - NATO Inks Twin Artillery Deals Worth $1.2B, January 2024 - https://breakingdefense.com/2024/01/nato-inks-twin-artillery-deals-worth-1-2b-to-replenish-allies-stocks-help-ukraine} These mechanisms benefit producers capable of responding to multi-country, multi-year frameworks-specifically, BAE Systems (Archer), KNDS (CAESAR and PzH 2000), Hanwha Aerospace (K9), and Rheinmetall (RCH 155)-while incentivizing technology-sharing partnerships of the kind exemplified by the KNDS-Indonesia and Hanwha-Poland arrangements. Outside NATO, South Korea has leveraged bilateral defense industrial partnerships to win succession of artillery contracts: the approximately USD 2.4 billion K9A1 deal with Poland (2022), the nearly USD 1 billion K9/K10 contract with Romania (2024), and the USD 254 million follow-on K9 Vajra-T agreement with India (2025) each underscore how defense collaboration frameworks elevate procurement velocity and supplier relationships beyond individual arms sales. The AUKUS partnership and Japanese-Australian defense technology cooperation further extend collaborative procurement dynamics into the Indo-Pacific, reinforcing long-range fires demand from countries with directly contested maritime and territorial positions.

2. Rising Asymmetric Warfare

The evolving character of asymmetric conflict-where state and non-state actors combine guerrilla tactics, advanced drone systems, dispersed formations, and standoff fires against conventionally superior adversaries-has reinforced rather than diminished the strategic relevance of artillery. The Ukraine conflict, as the first prolonged high-intensity symmetrical confrontation of the 21st century, has affirmed that artillery remains the primary instrument of attrition in positional warfare: artillery fire accounts for the majority of casualties across both sides, and Ukrainian Army War College analyses confirm that where artillery availability is constrained, other systems cannot reliably compensate at scale.^{[4]U.S. Army War College - Innovation and Adaptation: Lessons from the Russia-Ukraine War, 2024 - https://publications.armywarcollege.edu/News/Display/Article/4583346/innovation-and-adaptation-lessons-from-the-russia-ukraine-war-2024} The conflict has also demonstrated how asymmetric actors can neutralize armor and air assets while relying on indirect fires to shape and hold contested positions.

Beyond Ukraine, security environments in the Middle East, South Asia, the Sahel, and the Korean Peninsula present threats that require artillery as part of a combined-arms response framework. Light mortar systems and wheeled self-propelled guns are increasingly valued in asymmetric contexts for their transportability, low logistics burden, and ability to operate in degraded environments. The integration of drone-enabled observation and counter-battery capability into asymmetric arsenals has paradoxically accelerated demand for mobile, autonomous, shoot-and-scoot platforms precisely because static emplacement is increasingly lethal for defending crews. Governments designing forces for a spectrum from irregular to near-peer conflict are therefore investing in modular artillery ecosystems that span short-range mortar fires, direct-support howitzers, and deep-strike rocket systems, broadening the addressable market rather than concentrating it in a single category.

3. Adoption of Network-Centric Warfare

The integration of artillery systems into networked, sensor-fused command-and-control architectures represents one of the most technically complex and commercially significant transformation vectors in the market. Artillery's role in modern combat is no longer defined by tube and propellant alone: the decisive variable is sensor-to-shooter latency, the interval between target detection and first round impact. The U.S. Army's Next-Generation Command and Control (NGC2) program, which successfully completed an end-to-end fires thread in 2025 linking sensor feeds, the Artillery Execution Suite (AXS), and a live howitzer engagement, illustrates the direction of travel. AXS is designed to replace the legacy AFATDS system with a data-centric, AI-assisted platform capable of compressing fire mission cycles from minutes to seconds, enabling batteries to engage and displace before counter-battery fire arrives.

The operational imperative-seven to eight minutes from emplacement to first displacement, based on Ukraine-derived counter-battery data-is reshaping platform specifications globally. Systems that cannot achieve rapid target acquisition, automated laying, and programmed charge management are functionally obsolescent in contested environments. This dynamic supports procurement of self-propelled howitzers with fully digital fire control, automated loading, and integrated battlefield management system (BMS) connectivity. The PzH 2000, K9 Thunder, CAESAR, RCH 155, and Archer all compete on these dimensions, and the degree to which they integrate into NATO's JADC2 ecosystem is becoming a differentiated procurement criterion. AI-assisted aided target recognition, first demonstrated at scale during the Ivy Sting 2025 exercise, is opening a further competitive dimension: artillery systems able to receive machine-learning-classified target data from drone feeds will operate at a qualitatively different sensor-to-shooter rate than those processing manually curated targeting packages.

4. Enhanced Mobility and Deployment

The demand for artillery platforms with high strategic mobility, rapid in-theater redeployment capability, and reduced logistics signatures has intensified substantially in the post-2022 security environment. Tracked self-propelled howitzers, while offering superior cross-country performance and crew protection, carry substantial weight penalties that complicate air-lift, limit road speed, and require dedicated heavy transport. Wheeled self-propelled systems-led commercially by the CAESAR (6×6 and 8×8), ATMOS, Archer (8×8), RCH 155 (Boxer chassis), and Bharat Forge's MArG 45-are growing in procurement share because they can use standard roads at highway speed, require less maintenance, and leave smaller electromagnetic and acoustic signatures that complicate counter-battery targeting.

Ukraine's operational experience has underscored this dynamic directly. Wheeled platforms leave fewer track signatures than their tracked counterparts, facilitating faster repositioning and complicating enemy target acquisition. Germany's December 2025 commitment to 84 RCH 155 wheeled howitzers (€1.2 billion, with a framework for up to 500 systems) specifically reflects the Bundeswehr's decision to field its new Medium Forces concept around a wheeled fires capability. Sweden's 48-system Archer 8×8 contract and Lithuania's second acquisition of CAESAR Mk II (EUR 252 million) reflect similar logic. The U.S. Army's cancellation of the ERCA program in April 2024 and its subsequent Self-Propelled Howitzer Modernization effort-which explicitly prioritized autonomous capability, extended range, and improved mobility-reinforces the platform mobility premium across the leading procurement market. Brazil's selection of the ATMOS 155mm system on a 6×6 Tatra chassis and the JGSDF's continuing induction of the Type 19 wheeled SPH further illustrate the global preference shift.

5. Focus on Indigenous Defense Production

Government-directed localization of artillery production has become a structural feature of the market, reshaping supplier relationships, technology transfer terms, and competitive dynamics across multiple regions. India's 307-unit ATAGS contract signed in March 2025-worth approximately INR 6,900 crore, split 60:40 between Bharat Forge and Tata Advanced Systems-represents the most concrete embodiment of the Make in India initiative applied to heavy artillery. Bharat Forge's export of 100 artillery guns including 18 ATAGS units to European clients before domestic deliveries commenced, and its Letter of Intent with AM General at IDEX 2025 to supply the U.S. defense market, demonstrate how domestic production mandates can generate competitive export capability.

South Korea has institutionalized the model, requiring Korean subcontractor participation in exported K9 programs (K9PL variant with Polish subsystems; L&T-manufactured K9 Vajra-T in India) as a condition of bilateral partnerships. Indonesia's PT Pindad has embedded local production transfer as a core negotiating objective in its CAESAR relationship with KNDS, including an MoU covering joint manufacturing, technology licensing, and large-caliber ammunition production. Saudi Arabia's Vision 2030 target of localizing 50% of defense spending by 2030, from approximately 19.35% in 2024, is creating procurement and co-production opportunities across artillery platforms and ammunition. Australia, Romania, Poland, and several other NATO members are embedding domestic industrial participation clauses into major artillery contracts, increasing the cost and complexity of international competition while expanding the market's geographic industrial base.

Key Restraints

Restraint Impact Summary Table

1. Regulatory and Compliance Issues

The export of artillery systems, precision-guided munitions, and associated fire control technology is subject to one of the most complex and internationally layered regulatory frameworks in the defense sector. The U.S. International Traffic in Arms Regulations (ITAR), administered by the State Department's Directorate of Defense Trade Controls (DDTC), subjects virtually all artillery systems and munitions to case-by-case licensing that can take months and carry end-use conditions, re-export restrictions, and third-party approval requirements. An August 2025 final rule amended the U.S. Munitions List with revisions effective September 15, 2025, reflecting ongoing DDTC efforts to calibrate ITAR scope-an iterative process that creates compliance burden and uncertainty for manufacturers and foreign purchasers alike. The Missile Technology Control Regime (MTCR) imposes additional controls on rocket artillery systems capable of carrying payloads of 500 kg or more to ranges exceeding 300 km, directly constraining the transfer of advanced MLRS munitions including ATACMS and its successors.

The Wassenaar Arrangement's conventional arms Munitions List covers artillery systems and guided ammunition comprehensively, requiring participating states to implement national export controls that can diverge in pace and scope. European nations operating CAESAR, PzH 2000, or RCH 155 systems require French, German, or European-level re-export authorization for system transfers, adding layers of approval not present in purely national procurement. These cascading regulatory requirements increase transaction costs, extend delivery timelines, complicate foreign military sales negotiations, and can result in denied or delayed transfers at commercially or strategically sensitive moments. For producers in emerging markets-notably India and Serbia-the combination of ITAR-controlled components (fire control electronics, guidance systems, propellants) embedded in otherwise domestically manufactured systems creates dependency relationships that constrain export pricing and market access. Regulatory divergence between the U.S. and European allies over end-use monitoring and re-export to conflict-adjacent states further complicates multilateral procurement structures.

2. Supply Chain Disruptions

The simultaneous demands of replenishing NATO stockpiles depleted through Ukraine transfers, sustaining active fire operations in Ukraine, and funding domestic force modernization programs have exposed structural fragilities across the artillery supply chain that cannot be resolved within short production ramp timelines. The propellant segment is the most immediately constrained: nitrocellulose, the primary energetic constituent of artillery propelling charges, is subject to a severe European production shortfall. Estimated combined European annual production of nitrocellulose is between 4,500 and 10,000 tonnes, while the combined requirements of Ukraine and European forces approach 20,000 tonnes annually-a structural gap of up to 14,000 tonnes. Europe imports approximately 70% of its nitrocellulose requirements from China, a dependency that was partially severed when Chinese state-owned producers diverted production toward Russian purchasers after February 2022.

Rare earth materials present a parallel vulnerability. China controls approximately 85% of global rare earth processing and over 90% of rare earth magnet production, and imposed export licensing restrictions on seven critical rare earth elements in April 2025. These restrictions directly affect guidance components, actuators, and propulsion systems in precision-guided artillery munitions and the fire control electronics integrated into modern SPH platforms. The Center for Strategic and International Studies warned that the restrictions would cause disruptions to U.S. and allied defense production, noting that approximately 88% of the DoD's critical mineral supply chains carry Chinese-sourced exposure. For the artillery market specifically, the impact materializes in delays to guided munition production and fire control system deliveries, which can extend procurement timelines by six to eighteen months at the production stage, ultimately compressing the pace of fleet upgrades even against committed funding.

Artillery Systems Market Segment Analysis

By System Type

Howitzers represent the largest system type, valued at USD 8,068.7 million in 2025 and forecast to reach USD 13,782.7 million by 2035 (CAGR ~5.6%). The segment's durability reflects the howitzer's irreplaceable role in close support, counter-battery, and deep fires across armored and light infantry formations. Self-propelled variants are gaining share within the segment: European procurement programs for the CAESAR, K9, PzH 2000, Archer, and RCH 155 collectively represent billions of euros in contracted or planned spending. Wheeled self-propelled howitzers (WSPH) are the fastest-growing sub-variant, driven by their superior strategic mobility compared with tracked systems and their compatibility with standard road infrastructure. Germany's 84-unit RCH 155 contract (December 2025, EUR 1.2 billion) and Lithuania's CAESAR Mk II acquisition illustrate this transition. Towed howitzers retain a substantial production volume, particularly in developing markets where budget constraints, terrain requirements (e.g. high-altitude operations in India), and lower crew protection standards make them viable. India's 307-unit ATAGS program-the first fully indigenous 155mm/52-caliber towed howitzer produced in-country-exemplifies the towed segment's continuing procurement vitality in Asia. The wheeled self-propelled sub-segment is also benefiting from technology developments such as fully electric gun drives and automated ammunition handling, features incorporated in systems like the ATAGS and modern CAESAR variants that reduce crew workload and maintenance requirements.

Rocket Artillery is the fastest-growing system type segment, advancing from USD 6,591.9 million in 2025 to USD 12,580.8 million by 2035 (CAGR ~6.8%). MLRS platforms-led by the M270 family and M142 HIMARS-have undergone a fundamental revaluation following their operational performance in Ukraine, where HIMARS enabled precision strikes at 70+ km that disrupted Russian logistics, command nodes, and ammunition depots at a cost per effect that conventional artillery could not match. Demand for HIMARS is global: Poland has committed to 20 launchers, Australia has formally requested 22 units, Italy purchased 21 in 2025, the Netherlands procured 20, and the U.S. Army placed a USD 742 million production contract in May 2025. Guided rocket artillery sub-segments-GMLRS, ATACMS, Chunmoo, and their precision munition families-are expanding at rates above the overall segment CAGR, reflecting the premium placed on low collateral damage, extended-range engagement capability, and compatibility with joint targeting architectures. Unguided rocket artillery retains relevance in cost-constrained environments and high-volume attrition scenarios where mass fire replaces precision guidance. Anti-ship cruise missile integration into MLRS pods, as demonstrated by China's PCH191 system, suggests the segment's mission scope is widening beyond traditional land-warfare applications.

Anti-Aircraft Guns occupy a USD 2,013.9 million position in 2025, growing to USD 3,175.8 million by 2035 (CAGR ~4.8%). The segment is benefiting from the integration of short-range air defense (SHORAD) artillery into layered anti-drone frameworks: the proliferation of inexpensive FPV drones and loitering munitions in Ukraine has created demand for radar-cued, rapidly slewing gun systems capable of engaging low-slow-small targets at volumes that missile-only defenses cannot cost-effectively address. SHORAD artillery is being evaluated or procured in parallel with missile SHORAD across multiple NATO members. Medium-range air defense artillery provides a complementary capability layer for terminal-phase interception at extended altitudes.

Mortars expand from USD 1,780.5 million in 2025 to USD 2,561.7 million by 2035 (CAGR ~3.8%), supported by persistent demand from infantry formations requiring organic indirect fires without logistical overhead of larger caliber systems. Medium mortars (100mm–120mm) represent the primary procurement focus, with 120mm systems now standard across NATO and widely procured in Asia and the Middle East. Heavy mortars serve specific roles in fortification reduction and mountain warfare.

By Platform

Self-propelled artillery is the dominant and fastest-growing platform category within the artillery market. Tracked self-propelled systems-typified by the M109A7 Paladin, PzH 2000, K9 Thunder, and PLZ-05-provide superior cross-country mobility and crew survivability, making them the standard in armored brigade combat teams. The U.S. Army's BAE Systems-supplied M109A7 program received a USD 493 million contract in August 2024 covering production between August 2025 and July 2026, maintaining the Paladin's position as the primary tube artillery system for heavy ABCTs. Wheeled self-propelled systems are taking an increasing share of new procurement: their lower weight, higher road speed, reduced maintenance burden, and easier airtransportability make them preferable for lighter and medium forces and for markets without heavy logistics support infrastructure. The CAESAR's success across eleven operator nations (over 600 systems in service or under contract) illustrates the commercial appeal of the wheeled model.

Towed artillery maintains a large installed base globally and continues to attract procurement in budget-sensitive markets and high-altitude applications where tracked vehicle performance degrades. Lightweight towed systems below 5 tonnes are preferred for rapid deployment and air assault roles; medium and heavy towed systems serve the bulk of conventional indirect fire tasks in armies with established logistics.

Naval artillery is a specialized but stable segment, with surface vessel guns (76mm to 127mm caliber) serving both anti-surface and naval gunfire support missions. Coastal defense systems using truck-mounted artillery to deny littoral access represent a growing niche in contested maritime zones, including Taiwan Strait-adjacent deployments and Baltic approaches. Rail-based artillery is a niche category relevant primarily to specific operational requirements and remains marginal in commercial procurement terms.

By Range

Long-range systems (above 30 km) represent the fastest-growing range segment, expanding from USD 9,265.3 million in 2025 to USD 16,997.8 million by 2035 at a CAGR of approximately 6.4%. This trajectory reflects the dominant procurement priority of virtually all major artillery modernization programs: the need to outrange actual or potential adversary systems. The U.S. Army's ERCA cancellation in April 2024 was followed by the SPH-M program specifically designed to evaluate systems delivering 50–70 km range, acknowledging that the existing M109A7 Paladin's ~30 km reach is inadequate against adversaries with GPS-guided rounds exceeding 40 km. Extended-range munitions-XM1113 rocket-assisted projectile, Excalibur (40–70 km depending on barrel length), Vulcano, and course-correcting fuze upgrades-are widening the effective range envelope of existing platforms while new platforms are being specified.

Medium-range systems (15–30 km) retain the largest revenue share (USD 7,743.4 million in 2025, forecast USD 12,708.4 million by 2035, CAGR ~5.2%), covering the majority of current self-propelled howitzers in service globally. The 52-caliber 155mm standard, delivering 30–40 km with base-bleed ammunition, remains the operational mainstream. Short-range systems (up to 15 km) encompass light mortars, close-support howitzers, and direct-fire applications; this segment grows at approximately 4.0% CAGR (USD 4,420.5 million in 2025 to USD 6,516.2 million by 2035), driven primarily by mortar procurement and anti-drone SHORAD applications.

By Component

Gun systems constitute the platform hardware core-barrels, breeches, recoil mechanisms, carriages, and automated loading systems-and represent the single largest component category by value. Investment in gun system modernization is being driven by the shift to longer barrels (52-caliber and above), electric gun drives replacing hydraulic systems, and automated ramming and charge handling that reduce crew size and rate-of-fire limitations.

Fire control systems are the component category experiencing the most rapid technological evolution. Modern fire control integrates GPS/INS navigation, automated gun-laying, digital communications, ballistic computation, meteorological data integration, and increasingly AI-assisted target processing. The commercially differentiating factor in current competitions is fire control system compatibility with alliance-level data networks (AFATDS/AXS in the U.S. SCORPION in France, national battle management systems in South Korea) and the ability to execute fire missions with minimal crew input from sensor to shot. Fire control investment is growing at above-average rates within the segment.

Ammunition is the largest-volume component by expenditure over the forecast period. The 155mm caliber has consolidated as the NATO standard, driving demand for Extended Range Full Bore (ERFB), base-bleed, rocket-assisted, and precision-guided projectiles. Germany's USD 9.1 billion Rheinmetall framework contract for 155mm ammunition, signed June 2024, is the single largest ammunition contract in NATO history and a direct expression of the stockpile priority. Auxiliary systems include navigation, communications, camouflage, and crew protection elements that are increasingly specification-driven in new platform competitions.

By Caliber

Medium caliber (100mm–155mm) dominates the market by value and unit volume, encompassing the principal 155mm/52-caliber standard that defines NATO fire support requirements. The 155mm round's combination of range, lethality, guided-munition compatibility, and logistical interoperability across 11+ operator nations gives medium caliber a structural advantage that is unlikely to be displaced within the forecast period. Efforts to standardize European and U.S. propellant and projectile families further reinforce medium caliber's central role.

Small caliber (below 100mm) covers mortars, infantry support guns, and SHORAD artillery. This segment benefits from the mortar procurement cycle and anti-drone applications, with 81mm and 120mm systems representing the principal procurement volume. Large caliber (above 155mm) is a specialized category including naval guns, coastal artillery, and experimental long-range cannon programs. With ERCA's 155mm/58-caliber program discontinued, commercially viable large-caliber production remains limited to niche naval and special application markets during the near-to-medium term.

By End-User

Army and ground forces account for the dominant end-user position at USD 14,473.5 million in 2025, forecast to reach USD 25,758.6 million by 2035 (CAGR ~6.0%). Armored Brigade Combat Teams are the primary procurement authority for self-propelled howitzers and MLRS in NATO armies, while infantry divisions prioritize light and medium mortars, wheeled howitzers, and lightweight towed systems. The tactical demand for organic, responsive indirect fires within maneuver formations ensures that this segment maintains its structural leadership throughout the forecast period.

Air defense forces represent a growing end-user category (USD 3,020.3 million in 2025 to USD 4,844.7 million by 2035; CAGR ~4.9%), driven by the integration of gun-based SHORAD into layered air defense architectures responding to drone and cruise missile threats. Integrated air defense systems combining gun and missile layers are proliferating across NATO, the Gulf states, and Asia Pacific. Naval forces account for USD 2,295.8 million in 2025, growing to USD 3,366.0 million by 2035 (CAGR ~4.0%), supported by shipboard gun systems for surface warfare and naval gunfire support. Border security and paramilitary users represent USD 1,639.5 million in 2025 (USD 2,253.1 million by 2035; CAGR ~3.3%), covering mortar, light artillery, and occasionally wheeled howitzer procurement for frontier security operations in South and Southeast Asia, the Middle East, and Africa.

Artillery Systems Market Regional Analysis

North America

North America is the largest artillery systems market, valued at USD 7,655.3 million in 2025 and forecast to expand to USD 14,453.9 million by 2035 at a CAGR of approximately 6.7%-the highest regional growth rate in the study. The United States accounts for the dominant share (USD 6,986.3 million in 2025), reflecting the world's largest defense budget at approximately USD 997 billion in 2024. The U.S. Army's long-range precision fires priority-one of its top six modernization priorities-is driving sustained investment despite the April 2024 cancellation of ERCA. Rather than retreating from the range requirement, the Army launched the SPH-M program with a January 2026 demonstration event evaluating commercial systems from multiple vendors against a 50–70 km range objective. Simultaneously, U.S. extended-range munition development continues under the ERAMS framework, with the XM1113 rocket-assisted projectile advancing toward production for integration with existing M109A7 platforms. Lockheed Martin's HIMARS production received a USD 742 million contract in May 2025 covering domestic procurement and FMS customers including Morocco, Australia, Latvia, Italy, Norway, and Croatia. General Dynamics Ordnance & Tactical Systems is executing multiple concurrent 155mm ammunition contracts reflecting the sustained ammunition demand generated by both domestic readiness and Ukraine support.

Canada (USD 669.0 million in 2025) is modernizing its artillery fleet and has increased defense spending significantly as part of its NATO commitments, with Canadian defense expenditure rising toward the 2% threshold under domestic political and alliance pressure.

Europe

Europe constitutes the second-largest regional market at USD 5,088.9 million in 2025, growing to USD 7,862.2 million by 2035 (CAGR ~4.5%). The region's growth trajectory reflects a combination of genuine procurement acceleration and industrial capacity constraints that moderate the pace of force delivery despite unprecedented order backlogs. Germany (USD 1,345.7 million in 2025) is the region's largest market. The Bundeswehr's December 2025 commitment to 84 RCH 155 wheeled howitzers under a EUR 1.2 billion contract-part of a framework for up to 500 systems-marks the most significant German artillery investment decision in decades. Rheinmetall's EUR 8.5 billion framework contract for 155mm ammunition signed in June 2024, with deliveries beginning in 2025, represents the company's largest single contract in its history and a direct expression of the Bundeswehr's ammunition priority. Germany also contracted 22 new PzH 2000 howitzers to replenish stocks transferred to Ukraine, with EUR 135 million in undercarriage and L52 gun components from Rheinmetall.

The UK (USD 1,094.8 million in 2025) selected the RCH 155 for its Mobile Fires Platform requirement in April 2024, intending to field a wheeled howitzer capability built on the Boxer platform. France (USD 855.6 million in 2025) contracted 109 CAESAR Mk II howitzers from KNDS in a domestic procurement that secures production continuity and introduces improved protection, digital integration with the SCORPION BMS, and enhanced mobility. Poland has completed delivery of 212 K9A1 howitzers under a USD 2.4 billion agreement and is executing a second USD 2.6 billion contract for 152 additional K9/K9PL systems. The Czech Republic, Estonia, Lithuania, and Portugal have all contracted CAESAR systems from KNDS, while Estonia and other Baltic states are simultaneously procuring K9 Thunder-illustrating the competition between French and South Korean producers for European NATO market share. Italy (USD 655.2 million in 2025) purchased 21 HIMARS systems in early 2025 to expand long-range fires capability. Spain (USD 448.3 million) and the Netherlands (USD 236.5 million) are both expanding their artillery capabilities under NATO commitments, with the Netherlands a participant in the Rheinmetall ammunition framework.

Asia Pacific

Asia Pacific holds the second-largest regional share at USD 6,335.2 million in 2025, forecast to grow to USD 10,607.8 million by 2035 at a CAGR of approximately 5.4%. China is the region's largest single market (USD 2,704.6 million in 2025), driven by the PLA's ongoing modernization program, which has progressively replaced older 152mm and 130mm towed guns with the PCL-181 155mm wheeled SPH and the PLZ-05 155mm tracked SPH. The PCL-181 is estimated to be fielded at approximately 600 units within the PLA, with an additional 300-unit SH-15 export variant delivered to Pakistan, demonstrating the dual commercial and force modernization functions of the platform. The PLA Rocket Force's modernization also encompasses theater-range precision fires platforms that influence regional artillery demand across neighboring states.

India (USD 1,692.9 million in 2025) is executing the most complex multi-system artillery modernization in its history. The March 2025 signing of the ATAGS contract (307 guns, ~INR 6,900 crore, Bharat Forge and Tata Advanced Systems) combined with the December 2024 K9 Vajra-T follow-on contract (100 guns, INR 7,628.70 crore via L&T) and ongoing Pinaka rocket artillery inductions are transforming the Indian Army's indirect fires inventory across towed, self-propelled, and rocket categories. South Korea (USD 744.1 million in 2025) is both a major consumer and a rapidly expanding exporter of artillery systems, with Hanwha Aerospace operating one of the world's largest howitzer order books spanning Poland, Romania, India, Estonia, Norway, Finland, Australia, Turkey, and Egypt. Japan (USD 459.4 million in 2025) is investing in extending its Type 99 and Type 19 howitzer capabilities into longer-range precision fires under the counterstrike doctrine adopted in 2022, including testing of Vulcano 155mm guided shells at ranges up to 75 km from 2025. Australia (USD 175.1 million in 2025) formally requested 22 HIMARS systems in 2024 and is integrating them into a combined joint fires architecture.

Latin America

Latin America represents a USD 1,334.1 million market in 2025, growing to USD 1,827.0 million by 2035 (CAGR ~3.3%)-the lowest regional growth rate, reflecting limited defense budgets, competing fiscal priorities, and more deliberate procurement timelines relative to the conflict-urgency dynamic present in Europe and Asia Pacific. Brazil (USD 599.8 million in 2025) is the region's largest market by a substantial margin. The Brazilian Army's 2024 selection of Elbit Systems' ATMOS 155mm howitzer (36 units, approximately USD 150–200 million) to replace its legacy ASTROS and M109 systems is the most significant Latin American artillery contract in recent years. The deal reflects Brazil's preference for wheeled, NATO-compatible, cost-competitive systems over the premium-priced tracked alternatives. Mexico (USD 445.5 million in 2025) focuses primarily on security operations requiring lighter fire support, while Argentina (USD 105.6 million) has constrained procurement capacity given ongoing fiscal challenges.

Middle East and Africa

MEA constitutes USD 1,015.7 million in 2025, growing to USD 1,471.5 million by 2035 (CAGR ~3.9%). Saudi Arabia (USD 331.8 million in 2025) is the region's largest market, with military expenditure reaching USD 80.3 billion in 2024 (7.3% of GDP) and a 2025 budget allocation of approximately USD 78 billion. Saudi Arabia has procured 155mm artillery ammunition from India and reportedly tested Bharat Forge's Bharat 52 artillery gun, indicating openness to non-traditional suppliers. Hanwha Aerospace has been showcasing the K239 Chunmoo rocket artillery system in Saudi Arabia and the UAE, with both countries reported to have procured quantities of the system including CTM-290 tactical ballistic missile pods. The UAE (USD 327.6 million in 2025) received U.S. State Department approval in October 2024 for a USD 1.2 billion foreign military sale of GMLRS and ATACMS rockets, substantially expanding its long-range precision fires capability. South Africa (USD 111.0 million in 2025) remains a significant technology base rather than a major procurement market: Denel SOC Ltd. is executing a G6 howitzer upgrade contract for a Middle Eastern customer worth approximately ZAR 2 billion and is pursuing a potential ZAR 15 billion T5-52 truck-mounted artillery contract in the region.

Artillery Systems Market Share & Competitive Landscape

The artillery systems market in 2025 is characterized by moderate concentration at the top-the five largest companies account for approximately 50% of global revenue-and a fragmented second tier in which regional producers are gaining export traction through competitive pricing, flexible co-production arrangements, and domestic production commitments that global primes are less structurally positioned to offer.

BAE Systems plc (market share ~11.5%) is a global leader across the artillery systems spectrum, producing the M109A7 Paladin family for the U.S. Army and the Archer wheeled SPH for Sweden, the UK, and Ukraine. The M109A7 program received a USD 493 million contract in August 2024 for production through July 2026, sustaining production across multiple U.S. facilities. BAE Systems Bofors manufactures the Archer system in Sweden; in 2025 Sweden ordered 18 additional Archers (8×8 HX2 platform) as part of a military aid package to Ukraine, with deliveries commencing in 2026. BAE Systems' portfolio extends to precision-guided munitions: the Scorpio-XR, a 155mm guided projectile derived from hypervelocity projectile technology, is designed to engage targets at twice the range of current guided munitions (potentially beyond 70 km) under development for the U.S. Army. BAE Systems is also partnered with Rheinmetall in the Rheinmetall BAE Systems Land (RBSL) joint venture that delivers Boxer-based systems, including the platform for the UK's Mobile Fires Platform.

Lockheed Martin Corporation (market share ~7.8%) holds a near-monopoly position in HIMARS production, a structurally critical advantage as demand for the system continues to accelerate globally. A USD 742 million HIMARS production contract awarded in May 2025 covers U.S. Army domestic procurement plus FMS customers including Morocco, Australia, Latvia, Italy, Norway, and Croatia. Lockheed Martin is also delivering M270A2 MLRS upgrades for U.S. Finnish, Italian, and UK customers, a USD 220 million contract modification signed in May 2024. Lockheed Martin's missile and precision munitions portfolio-including ATACMS, GMLRS, and the Precision Strike Missile (PrSM) intended to replace ATACMS-ensures the company benefits from both platform and munitions revenue streams as the precision fires market expands.

Rheinmetall AG (market share ~11.5%) has become Europe's dominant artillery and ammunition producer, combining platform, propellant, and projectile capabilities under a single industrial roof. The EUR 8.5 billion 155mm ammunition framework contract from Germany (June 2024) is the largest in company history and establishes Rheinmetall as the primary replenishment supplier for Bundeswehr and allied stockpiles through the late 2020s. In platform terms, Rheinmetall supplies weapon systems, electrical components, and software for the RCH 155 through the ARTEC joint venture with KNDS Deutschland; Germany ordered an initial 84 RCH 155 systems in December 2025 under a EUR 1.2 billion contract within a 500-system framework. Rheinmetall's global production expansion-155mm ammunition facilities in Germany, Spain, South Africa, Australia, Hungary, and Ukraine-reflects a deliberate geographic diversification strategy to reduce production concentration risk and satisfy partner-country local content requirements.

Hanwha Defense (Hanwha Aerospace) (market share ~12.5%) is the global artillery market's most commercially dynamic company, combining the world's most exported self-propelled howitzer (K9 Thunder) with a growing rocket artillery presence. As of 2025, the K9 is in service or under contract with ten operator nations. Key recent milestones include: the USD 996 million K9/K10 contract with Romania (54 howitzers plus 36 ammunition resupply vehicles, July 2024); completion of 212 K9A1 deliveries to Poland under the first executive contract (December 2025); the April 2025 contract for 87 Krab howitzer chassis components with Poland's HSW (USD 280 million); and the USD 254 million K9 Vajra-T contract with India (April 2025). Hanwha's modular charge system framework with Sweden's FMV (approximately USD 110 million initial order, AUSA 2025) diversifies revenue from platforms into propellant components. The company's Chunmoo K239 rocket artillery system is generating export interest in the Middle East, including Saudi Arabia and the UAE.

Nexter Systems (KNDS Group) (market share ~6.5%) anchors the CAESAR ecosystem, which with over 600 systems in service or under contract across more than ten operator nations represents the most geographically diverse wheeled SPH program globally. France contracted 109 CAESAR Mk II from KNDS in 2024, and KNDS is fulfilling Czech (62 CAESAR 8×8, with serial production commencing in the Czech Republic in June 2025), Estonian, Lithuanian, Ukrainian, Portuguese, and Indonesian CAESAR commitments in parallel. The RCH 155-a fully autonomous, remotely operated turret on Boxer chassis-is gaining traction across NATO, with Germany committed to 84 systems and the UK having selected it for MFP. KNDS's growing collaboration with PT Pindad (Indonesia) reflects the transfer of manufacturing capability to partner nations as a market-access strategy.

General Dynamics Corporation (market share ~5.7%) participates in the artillery market primarily through its Ordnance and Tactical Systems division, one of the U.S. government's primary suppliers of large-caliber ammunition (155mm M795, MACS propelling charges, and other systems). GD-OTS holds multiple concurrent delivery orders for 155mm projectile production against contracts valued collectively at several hundred million dollars. General Dynamics' participation in the artillery platform business is more limited following the divestment of its ground systems segments, but its ammunition dominance across the U.S. Army's standard calibers positions it well across the forecast period.

Recent Industry Developments

December 2025 - Germany committed to 84 RCH 155 wheeled howitzers under a EUR 1.2 billion contract with ARTEC GmbH, the KNDS Deutschland–Rheinmetall joint venture, as the initial tranche of a 500-system framework. Deliveries are scheduled to begin in 2027, establishing the RCH 155 as the artillery platform for Germany's new Medium Forces concept.

April 2025 - Hanwha Aerospace signed a USD 254 million K9 Vajra-T self-propelled howitzer contract with India, enabling assembly of 100 additional units by Larsen & Toubro. Simultaneously, India contracted 87 Krab howitzer chassis components from Hanwha for Polish HSW in a USD 280 million trilateral arrangement.

March 2025 - India's Ministry of Defence signed contracts with Bharat Forge Limited (184 ATAGS) and Tata Advanced Systems Limited (123 ATAGS) for 307 Advanced Towed Artillery Gun Systems at approximately INR 6,900 crore, the first major domestic procurement of indigenously designed heavy artillery in Indian history.

February 2025 - Morocco contracted 36 ATMOS 2000 self-propelled howitzers from Elbit Systems at approximately EUR 175 million, replacing French CAESAR systems following unresolved operational quality disputes-signaling competitive disruption in the North Africa artillery market.

February 2025 - Yugoimport SDPR (Serbia) began deliveries of the first batch of 48 NORA B-52NG howitzers to Azerbaijan under a USD 339 million contract signed in February 2024, marking the beginning of the largest Serbian defense export program in history.

February 2025 - Bharat Forge's KSSL signed a Letter of Intent at IDEX 2025 with AM General for supply of advanced artillery cannon to the U.S. market, marking the first potential Indian-to-U.S. artillery export arrangement.

June 2024 - Rheinmetall received a EUR 8.5 billion framework contract from the Bundeswehr for 155mm artillery ammunition-the company's largest-ever order-covering replenishment for Germany, the Netherlands, Estonia, Denmark, and supply to Ukraine, with deliveries commencing in 2025.

July 2024 - Hanwha Aerospace signed a USD 996 million contract with Romania covering 54 K9 self-propelled howitzers and 36 K10 ammunition resupply vehicles, making Romania the tenth K9 operator nation.

August 2024 - BAE Systems received a USD 493 million contract for continued M109A7 Self-Propelled Howitzer and M992A3 Ammunition Carrier production for the U.S. Army, covering deliveries from August 2025 through July 2026.

April 2024 - The U.S. Army formally discontinued the Extended Range Cannon Artillery (ERCA/XM1299) program following unresolvable gun-tube durability issues, redirecting to the Self-Propelled Howitzer Modernization (SPH-M) program to assess commercial alternatives capable of reaching 50–70 km.