Forklift Trucks Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global Forklift Trucks Market Trends and Insights

APAC's Emission Mandates Propel Electric Forklift Adoption

China mandates zero-emission non-road machines in major cities starting in the near future as part of its Air Pollution Action Plan ^[1]. India's PM E-DRIVE scheme provides significant funding for charging infrastructure and offers a substantial capital grant for electric forklifts. Japan's working-hour ceiling is driving warehouses to adopt faster-charging lithium-ion fleets. Meanwhile, South Korea's Green New Deal 2.0 aims to achieve a significant share of electric vehicles in commercial fleets within the next decade. Given these converging initiatives, the electric share of the forklift truck market in the Asia-Pacific region is projected to grow significantly in the coming years, outpacing that of Western counterparts.

North America's Automated and E-commerce Warehouses Expand

E-commerce giants are ramping up the deployment of "lights-out" fulfillment centers, seamlessly integrating autonomous mobile robots with advanced warehouse management systems. Amazon's sprawling new facility in Calgary has integrated several FoxBot robotic units, optimizing aisle widths and significantly boosting pallet density ^[2]. Meanwhile, Walmart's introduction of in-store drones and cleaning robots has not only streamlined operations but also liberated capital for narrow-aisle lift trucks, which now work in harmony with automated racking systems. In a significant move, Prologis has allocated substantial funding for Prologis Labs in 2024, setting the stage to test VisionNav and Multiway's autonomous forklifts at multiple sites across the United States and Europe ^[3]. These initiatives are poised to drive strong growth in Class I and Class II electric units over the next few years, even as the broader forklift truck market slows. Furthermore, the integration of IoT software and battery analytics platforms is swiftly becoming a standard requirement.

European Cold-Chain Facilities Embrace Lithium-ion Forklifts

Temperature-controlled logistics providers face rising energy costs and stringent EU battery regulations. In 2024, STEF deployed several lithium-ion trucks, significantly reducing warehouse energy consumption and eliminating the need for ATEX ventilation. Under Regulation (EU) 2023/1542, companies must disclose the carbon footprint of batteries and meet substantial lithium recovery targets within the specified timeline. These requirements benefit OEMs with established battery take-back programs. NewCold’s large facility in the Netherlands operates numerous lithium-ion units and uses off-peak charging to reduce per-pallet costs compared with lead-acid alternatives. For high-throughput cold storage operations, this strategy has reduced payback periods to a few years, strengthening lithium-ion technology’s position in the forklift truck market.

Aging Forklift Fleet Replacement Cycle in Japan and South Korea

Japan is witnessing increased demand for equipment replacement, as a significant share of its installed lift-truck fleet is more than a decade old. South Korea’s domestic electric vehicle investment plans are accelerating lift-truck fleet renewal across battery and vehicle manufacturing plants, with substantial new unit additions expected in the coming years. The market is increasingly favoring telemetry-enabled lithium-ion trucks that integrate seamlessly with Industry 4.0 maintenance protocols.

Electric Forklift’s High Upfront Cost Hinders Adoption

Electric trucks, powered by lithium-ion technology, are significantly more expensive than their diesel counterparts. This places electric trucks in a higher price range compared to diesel models. Notably, batteries constitute a substantial portion of the total build cost. In recent years, lithium carbonate prices have shown considerable volatility. Many small enterprises face challenges securing collateral, limiting their access to green financing. While the European Investment Bank's Clean Transport Facility offers highly competitive interest rates, adoption remains low among smaller firms with limited employee numbers. In India, subsidies are available for electric trucks, but they cover only a small fraction of the total fleet, highlighting the limited reach of such incentives. Additionally, until battery pack costs decrease significantly, the adoption of electric forklift trucks will remain constrained, particularly among cost-conscious buyers.

Europe and Nordics Face Shortage of Skilled Forklift Operators

Across Germany, France, and the Nordic countries, the European Commission has identified a critical skills gap in material handling, leaving many positions unfilled. In Norway, a shortage of instructors has led to lengthy waiting periods for obtaining the required certification. Germany has also recorded a notable decline in logistics apprenticeship enrollments in recent years. As wages rise—German operators now earn considerably more than previously—companies are increasingly adopting automation. Despite growth in the forklift truck market, persistent labor shortages may constrain improvements in throughput.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Powertrain Type: Lithium-ion Batteries Redefine Electric Economics

Electric units accounted for 67.73% of the forklift truck market share in 2025, as operators pursued lower lifetime costs. Within the electric segment, lithium-ion packs experienced substantial growth, becoming the dominant choice compared to their position a few years ago. While hydrogen fuel-cell forklifts currently hold a minimal share, they are expected to grow steadily with a robust CAGR of 4.19% through 2031, supported by deployments in key industrial operations. Internal combustion continues to hold a considerable share, primarily serving outdoor and emerging-market applications. The U.S. Department of Energy (DOE) aims to achieve a competitive hydrogen price within the next few years, which could significantly reduce operating-cost differences.

Heavy users in cold storage increasingly prefer hydrogen fuel cells because of their rapid refueling capabilities, which enable uninterrupted multi-shift operations. The forklift truck market is also adapting to declining battery costs, with OEMs gradually phasing out lead-acid batteries in premium models. Hydrogen currently accounts for a very small share of the forklift truck market. However, expanding renewable energy capacity and zero-emission mandates implemented by port authorities are strengthening its position as a viable long-term alternative. Meanwhile, lithium-ion technology is expected to remain the preferred investment option in the near term, supported by established charging infrastructure, telematics integration, and enhanced safety certifications that help reduce insurance risks.

By Vehicle Class: Narrow-Aisle Configurations Drive Class I Growth

Class III pallet trucks accounted 43.47% of the forklift truck market share in 2025, but logged slower growth in saturated retail channels. Class I electric rider trucks are growing at a 4.25% CAGR as e-commerce firms condense aisle widths to 8 feet for greater cube efficiency. Amazon’s Calgary site illustrates the shift by using autonomous riders in narrower corridors. Class II narrow-aisle machines benefit from pharmaceuticals and electronics verticals where high-value SKUs support premium equipment. Class IV and V combustion models held a combined share, indispensable in uneven terrain and heavy construction zones. 

Rising demand for agile Class I units indicates a lasting shift in warehouse design. As more facilities integrate mezzanines and automated storage systems, navigation accuracy and battery productivity will become key differentiators for OEMs. By the end of the decade, the Class I forklift truck market is projected to further widen its size gap over Class III equipment.

By Load Capacity: Heavy-Duty Segment Gains from Port Decarbonization

The 5-15-ton segment, which accounts for 41.23% of the forklift truck market share in 2025, remains a versatile workhorse for mid-sized plants. The above-15-ton segment is projected to register the highest CAGR of 4.28% through 2031, driven by California port regulations mandating zero-emission cargo-handling equipment by 2031. Forklifts with capacities below 5 tons are expected to grow slightly below the market average, as manual pallet jacks continue to retain share in small retail operations.

The electrification of ports and intermodal yards is increasing duty-cycle requirements for material-handling equipment, driving the forklift truck market toward larger battery packs, rapid-charging infrastructure, and hydrogen-hybrid solutions. These technologies help operators reduce downtime, maintain productivity across extended operating hours, and mitigate range anxiety during heavy-load operations.

By End-user Industry: Cold-Chain Automation Accelerates Lithium-ion Uptake

Logistics and warehousing still dominate at 37.88% of the forklift truck market share in 2025, driven by 3PL network expansion and automation retrofits. Food and beverage cold chain posts a 4.22% CAGR as lithium-ion chemistry retains 90% of its performance at -30 °C and eliminates battery-room ventilation costs. Manufacturing absorbs some of the annual shipments, with combustion units holding up in outdoor staging areas. 

Construction sites in North America and the GCC take minimal volumes, favoring rugged pneumatic-tire diesels. Retail chains convert to Class III electrics that mesh with in-store automation strategies. The Forklift trucks market share for cold-chain applications should edge upward as EU Alternative Fuels Infrastructure rules make facility-wide charging obligatory for sites over 50,000 m². High-throughput freezer warehouses show paybacks under three years, tipping buyer sentiment toward lithium-ion.

Geography Analysis

Asia Pacific accounted for 47.63% of the forklift truck market in 2025, driven by China's large production capacity. Domestic manufacturers Hangcha, Heli, and EP exported a significant number of units to Southeast Asia and Africa, competing with traditional suppliers. The region's growth reflects strong industrial activity, expanding logistics networks, and rising e-commerce fulfillment needs. Government investments in manufacturing infrastructure across Vietnam, Indonesia, and India are further supporting demand for both electric and internal combustion forklifts.

India's warehousing expansion, linked to the Production-Linked Incentive program, could increase annual demand by a significant number of units by 2027. The Middle East and Africa, with a 4.27% CAGR, are seeing demand from megaprojects such as King Salman Airport and Jebel Ali's cold-store development. These projects require reliable material handling equipment at scale, making the region an increasingly important growth area for forklift manufacturers.

Europe accounts for a significant share of revenue, driven by the EU Battery Regulation, which is accelerating the adoption of lithium-based solutions. North America records lower volumes but benefits from reshoring initiatives and gigafactory project pipelines that support steady demand for heavy-duty equipment. South America lags in adopting premium electric equipment due to currency volatility; however, localized demand remains strong in Brazil’s grain corridors. Across all regions, the transition toward electrification and automation continues to influence procurement decisions and long-term fleet planning strategies.

Regulatory Landscape

Forklift trucks operate under occupational safety requirements, machinery compliance regimes, and updated expectations for electrified and automated equipment. In the United States, OSHA 29 CFR 1910.178 governs powered industrial trucks, including obligations tied to ANSI B56.1 design provisions and employer duties for operator training and evaluation (with recertification at least every three years). These requirements shape buyer decisions on safety features, documentation, and the structure of training programs.

In Europe, Regulation (EU) 2023/1230 (the Machinery Regulation) replaces Directive 2006/42/EC. It applies from January 20, 2027, raising requirements for technical documentation, EU declaration of conformity, and CE marking for forklift OEMs and importers. Standardization work also continues through ISO, including ISO/DIS 3691-1 (self-propelled industrial trucks) in inquiry as of 2026 and ISO/DIS 3691-4 (driverless industrial trucks) under development as a new edition intended to replace ISO 3691-4:2023. Together, these updates reinforce compliance expectations for connected and autonomous lift trucks.

Value Chain Analysis

The forklift truck value chain begins with upstream raw materials and core subsystems, including steel fabrication, hydraulics, tires, and increasingly electronics (controllers, sensors) and energy storage (lithium-ion battery packs and charging components). OEMs assemble these inputs into Classes I-V configurations, then sell through direct enterprise channels, dealer networks, and integrator routes that bundle trucks with charging, safety, and fleet-management software. Downstream processes typically include commissioning, operator training support, and warranty administration.

Value also concentrates in uptime and lifecycle services, including batteries, telematics-enabled preventive maintenance, and parts logistics, where lead times can be affected by batch production schedules, freight disruptions, and customs friction. The 2026 wave of OEM and technology partnerships reflects a shift from standalone hardware to integrated intralogistics systems: The Raymond Corporation worked with Third Wave Automation to scale AI-enabled automation for lift-truck fleets, Hyundai Material Handling partnered with Matrix Design Group on collision-avoidance integration, and Jungheinrich took a stake in Navflex to strengthen automated loading and unloading capabilities. On the heavy-duty, zero-emission side, Hyster-Yale Nederland BV joined the IntegratR cooperative in early 2026, highlighting how cross-industry collaborations are supporting the adoption of electrified equipment and related infrastructure.

Market Opportunities and Future Outlook

Electrification and automation readiness are expanding the addressable whitespace beyond traditional replacement demand, particularly among buyers who prioritize energy efficiency, indoor air quality compliance, and throughput gains. Product and capability roadmaps increasingly favor lithium-ion-first platforms, compact packaging, and connected diagnostics. This aligns with electric trucks already accounting for 67.73% of 2025 shipments and with the move toward telematics and service contracts as rental fleets and large buyers negotiate harder on upfront pricing.

Named capacity and supply-chain actions also create more specific volume pathways and localized sourcing options. In June 2026, Toyota Material Handling reached full production at its expanded Indiana facility after a nearly USD 100 million project initiated in 2024, supporting higher output and faster delivery for North American customers. In Korea, HD Hyundai XiteSolution completed the Ulsan Campus Advancement Project in June 2026 (KRW 93 billion), raising industrial vehicle capacity to 24,000 units annually, and, in July 2026, began rolling out 10- to 18-ton large electric forklift models to meet higher-capacity electrification needs. On battery supply, Hangcha and Manitou announced plans in August 2025 for a Le Mans-based joint venture to produce lithium-ion batteries for industrial vehicles, pointing to efforts to secure battery supply and standardize pack compatibility across forklift portfolios.