Global Internal Combustion Forklifts Market Outlook, 2031

The global internal combustion forklift industry comprises counterbalance forklifts powered primarily by diesel, LPG and gasoline engines, with capacity ranging from compact machines below 2 tonnes to heavy-duty equipment exceeding 10 tonnes and specialized units capable of handling loads above 40 tonnes. The value chain includes engine manufacturers, transmissions, hydraulic systems, masts, forks, axles, tires, operator cabins, electronic controls and complete vehicle assembly. Toyota Material Handling, KION Group, Jungheinrich, Mitsubishi Logisnext, Hyster-Yale Materials Handling, Clark, Komatsu and Doosan Bobcat are among the established equipment suppliers serving industrial and logistics customers. Internal combustion forklifts remain particularly important for outdoor yards, ports, construction-material handling, steel plants, lumber operations and applications involving heavy or irregular loads where long operating cycles and rapid refueling are valuable. LPG forklifts are widely used where indoor and outdoor flexibility is required, while diesel machines dominate heavier outdoor applications. Typical counterbalance forklifts in warehouses and manufacturing facilities commonly operate in the 1.5–5 tonne capacity range, while heavy-duty port and industrial models can exceed 10 tonnes. The industry also generates recurring demand for tires, filters, hydraulic components, batteries for auxiliary systems, engine parts and periodic servicing. Manufacturers are improving combustion efficiency, exhaust treatment, operator-assistance systems and telematics to extend the practical operating life of existing fleets while meeting increasingly stringent emissions requirements.

Internal combustion forklifts remain deeply embedded in material-handling operations because of their high load capacity, rapid refueling and ability to operate across demanding outdoor environments. Warehouses, factories, distribution centers, ports, construction sites, foundries, paper mills and steel facilities use forklifts to move pallets, coils, containers, timber and bulk industrial materials. Global manufacturing activity continues to generate a large installed base of forklifts, while industrial expansion in Asia, North America and Europe creates demand for both new equipment and replacement fleets. LPG-powered forklifts remain particularly competitive in applications requiring frequent shifts because refueling can take only a few minutes compared with the longer charging periods associated with conventional battery-electric equipment. Diesel forklifts retain an advantage for high-capacity outdoor handling, especially where machines operate on uneven surfaces or in dusty and wet environments. At the same time, stricter emissions regulations are pushing manufacturers toward cleaner engines, particulate-control systems and alternative powertrains. Battery-electric forklifts are taking share in indoor applications, creating competitive pressure on internal combustion models, but charging infrastructure, battery weight, operating duration and extreme-duty requirements still limit complete substitution in several segments. Fleet-management systems are also becoming more common, with telematics monitoring utilization, operating hours, impacts, maintenance requirements and fuel consumption. The aftermarket remains significant because forklift fleets can remain in service for many years when engines, hydraulic systems, tires and masts are maintained or rebuilt.

Market Dynamics

Market Drivers
• Heavy Load Handling Internal combustion forklifts remain important for demanding material-handling environments where high lifting capacity, long operating hours, and rapid refueling are required. Diesel and LPG models commonly cover capacities from below 3 tons to more than 10 tons, while specialized equipment can exceed 20 tons for ports, steel plants, timber yards, and heavy manufacturing. Unlike battery charging cycles, refueling generally takes minutes, supporting multi-shift facilities where forklifts can operate 8–16 hours per day and need minimal interruption between handling cycles.
• Outdoor Operations Growth Construction sites, ports, mining operations, lumber yards, and large industrial compounds continue to favor combustion-powered forklifts because these environments often involve uneven surfaces, dust, moisture, and heavy loads. Diesel models provide strong torque for outdoor applications, while LPG forklifts remain widely used where operators require cleaner combustion equipment and rapid refueling. Manufacturers such as Toyota Material Handling, KION, Mitsubishi Logisnext, Hyster-Yale, and Komatsu continue supplying combustion models across capacity ranges of roughly 1.5 tons to 10 tons and above.
Market Challenges
• Emission Regulations Tighter emissions standards are increasing pressure on conventional diesel and gasoline forklifts, particularly in urban logistics and enclosed industrial facilities. Regulations covering particulate matter, nitrogen oxides, and carbon monoxide are encouraging manufacturers to introduce cleaner engines, exhaust-treatment technologies, LPG alternatives, and lower-emission powertrains. Workplace ventilation requirements can further restrict combustion forklift use indoors. These regulations increase compliance and ownership costs while making battery-electric alternatives more attractive for applications where zero tailpipe emissions, lower indoor pollution, and quieter operation are important purchasing criteria.
• Fuel Cost Volatility Fuel expenditure remains a significant operating consideration for fleets running combustion forklifts across multiple shifts. Diesel and LPG consumption varies according to engine capacity, load weight, travel distance, idle time, terrain, and duty cycle, with heavy-duty machines consuming substantially more fuel than compact warehouse models. A facility operating 20–50 forklifts can therefore accumulate considerable annual fuel expenditure. Fluctuating fuel prices also make total ownership costs less predictable, encouraging fleet operators to compare combustion equipment with electric alternatives based on utilization, refueling time, maintenance, infrastructure requirements, and expected service life.
Market Trends
• Cleaner Combustion Engines Forklift manufacturers are improving combustion engines through electronic fuel management, improved combustion control, exhaust-treatment systems, and lower-emission engine architectures. LPG remains relevant for applications requiring a balance between operating flexibility and reduced emissions compared with older diesel equipment. Modern forklifts increasingly incorporate engine diagnostics that monitor operating hours, temperatures, fault conditions, and maintenance requirements. These improvements are helping combustion models remain competitive in heavy-duty applications where battery-electric equipment can face limitations related to charging downtime, energy availability, extreme loads, or extended outdoor operation.
• Fleet Telematics Adoption Connected fleet-management systems are becoming more common across forklift fleets, allowing operators to monitor utilization, impact events, operating hours, fuel consumption, maintenance intervals, and unauthorized use. Telematics can identify underutilized equipment and optimize fleet size while supporting preventive maintenance based on engine hours rather than fixed schedules. In large warehouses, ports, and manufacturing facilities operating 20, 50, or more forklifts, centralized monitoring provides greater visibility into equipment productivity. Manufacturers and fleet-management providers are increasingly integrating telematics with warehouse-management and maintenance systems.

Asia-Pacific represents the leading regional market due to its large manufacturing sector, extensive warehouse networks, construction activity and high-volume industrial material handling. China is the world's largest manufacturing economy and maintains a substantial installed base of forklifts across automotive, electronics, machinery, steel, chemicals and logistics facilities. Japan supports demand through Toyota Material Handling, Mitsubishi Logisnext and other established industrial-equipment manufacturers, while India is increasing forklift usage as organized warehousing, automotive production, e-commerce fulfillment and industrial infrastructure expand. Southeast Asian manufacturing hubs such as Thailand, Vietnam, Indonesia and Malaysia are also increasing demand for material-handling equipment around automotive plants, electronics factories and ports. Diesel and LPG forklifts remain relevant in these markets because many facilities operate mixed indoor-outdoor fleets and require high utilization without lengthy charging interruptions. China also has a large domestic forklift manufacturing ecosystem, allowing local suppliers to compete strongly on standard-capacity equipment and replacement parts. North America remains an important market for heavy-duty forklifts used in manufacturing, distribution and construction, while Europe has a stronger regulatory push toward low-emission material handling. Asia-Pacific's combination of manufacturing output, infrastructure development, logistics expansion and local equipment production gives the region a strong structural position in internal combustion forklift demand.



Key Developments

• February 2026 – Low-Emission Engines Gain Importance
• Forklift manufacturers continued upgrading internal combustion models with cleaner engine technologies, improved fuel control and emissions-treatment systems. The focus is particularly important for fleets operating in regions where tighter exhaust requirements apply to industrial and off-road equipment.
• October 2025 – Fleet Telematics Expands in Forklifts
• Fleet operators increasingly used telematics to monitor engine hours, fuel consumption, impact events, maintenance schedules and equipment utilization. Connected fleet management can help identify underused forklifts and schedule servicing before hydraulic or engine failures interrupt material-handling operations.
• June 2025 – Heavy-Duty Outdoor Applications Support Demand
• Construction materials, steel, timber, ports and other outdoor industries continued using diesel-powered forklifts where high load capacities and rapid refueling are operational priorities. Machines above 10 tonnes remain difficult to replace with smaller electric equipment in several heavy-material applications.
• November 2024 – LPG Forklifts Retain Warehouse Applications
• LPG-powered counterbalance forklifts continued serving mixed indoor and outdoor operations where operators require rapid refueling and extended multi-shift availability. The technology remains relevant in manufacturing and distribution facilities that require continuous material movement across large operating areas.
• March 2024 – Safety Technology Becomes More Integrated
• Manufacturers expanded operator-assistance features such as speed control, pedestrian detection, impact monitoring, cameras and visibility systems. These technologies are increasingly integrated with fleet-management platforms to reduce collision risks and improve control of high-utilization forklift fleets.

Considered in this report

• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report

• Internal Combustion Forklifts Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies
• Strategic recommendation

By Fuel Type

• Diesel
• Liquefied Petroleum Gas
• Compressed Natural Gas
• Gasoline

By Capacity

• Below 3 Tons
• 3–5 Tons
• 5–10 Tons
• Above 10 Tons

By Application

• Warehousing and Logistics
• Manufacturing
• Construction
• Mining
• Ports and Freight
• Others