Mining Equipment Market - Strategic Insights and Forecasts (2026-2031)

The global mining equipment market is projected to increase from USD 123.0 billion in 2026 to USD 160.3 billion in 2031, representing a CAGR of 5.4% across the forecast period.

Mining equipment procurement is being supported by a broad combination of sustaining capital, fleet replacement, brownfield expansion and new project development. The demand profile is strongest where operators must move larger quantities of material to maintain output from lower-grade ore bodies or where new projects are being developed for copper, gold, iron ore, critical minerals and selected industrial minerals. The International Energy Agency (IEA) reported that copper-focused companies increased investment by 8% in 2025 even as total critical-mineral investment declined, reflecting stronger long-term conviction in copper than in several battery-material markets. The same outlook continues to show a structural supply gap for copper into the next decade, which supports continued spending on mine development, concentrators, haulage systems and associated equipment.

The market is also becoming more service- and software-intensive. Modern fleets increasingly combine the machine with fleet-management platforms, remote operations, collision avoidance, predictive maintenance and automation. This raises the strategic value of installed-base support and makes dealer reach, parts availability, software compatibility and lifecycle service important competitive factors alongside equipment price and payload. Epiroc reported that aftermarket activities accounted for 66% of its 2025 revenue mix, illustrating the economic importance of service in equipment-intensive mining operations. Metso similarly reported that aftermarket represented 60% of 2025 sales within its Minerals segment.

Selected Segment Estimates

Market Dynamics

• Critical-mineral and copper investment supports equipment demand

Copper is becoming one of the clearest equipment-demand anchors for the forecast period. The IEA's 2026 critical-minerals outlook indicates that copper-focused companies increased investment in 2025 even while capital spending across critical minerals declined overall. The longer-term supply picture remains constrained by declining ore grades, high project costs and long development timelines. For equipment suppliers, this creates demand through both new-mine development and brownfield debottlenecking. New projects require complete equipment fleets, while existing operations require additional haulage, drilling, crushing, grinding and materials-handling capacity to maintain or expand throughput. The effect is visible in supplier order books: Metso has continued to secure large concentrator and crushing packages for copper projects, including further equipment for Grupo Mexico's La Caridad operation in June 2026.

• Fleet productivity and lower ore grades increase replacement intensity

Equipment replacement is increasingly justified by cost per tonne rather than by age alone. Large mines operate continuously and face rising pressure to maintain throughput as haul distances change, pits deepen and ore grades decline. This increases the value of higher-payload haul trucks, efficient loading systems, high-precision drilling and mineral-processing equipment with better energy and water performance. The effect is reinforced by the scale of modern equipment fleets, where a relatively small improvement in availability or cycle time can produce material annual savings. Caterpillar's 2025 results showed higher equipment sales to end users, while Epiroc reported 15% organic growth in equipment orders within its Equipment & Service business area. These indicators support a market in which mines continue to invest selectively in productivity-enhancing equipment even when commodity cycles are mixed.

• Automation and electrification move into fleet-scale deployment

Automation is now established at industrial scale in surface haulage and is spreading across drilling, underground loading, fleet coordination and safety systems. Komatsu reached 1,000 commissioned autonomous ultra-class haul trucks in April 2026, while Caterpillar reported 827 autonomous haul trucks in operation during 2025. Electrification is progressing more selectively, with underground mines providing the strongest early economics because battery-electric equipment can reduce diesel use, heat generation and ventilation requirements. In April 2025, Epiroc secured a five-year SEK 2.2 billion contract to supply autonomous and electric surface drilling equipment to Fortescue, while Sandvik received a roughly SEK 750 million order for a predominantly battery-electric underground fleet for South32's Hermosa project. These orders show that electrification is moving beyond small pilots into multi-year fleet procurement.

• Commodity cyclicality and project timing remain the principal restraints

Mining-equipment demand remains exposed to commodity prices and project sanctioning cycles. The IEA reported a 9% decline in critical-mineral investment during 2025, with particularly sharp reductions among lithium-focused companies. A weaker commodity can therefore reduce demand for new fleets even when long-term resource requirements remain favorable. Large equipment also has long useful lives, encouraging operators to extend rebuild cycles when capital budgets tighten. This makes aftermarket demand more stable than original equipment purchases but can produce uneven annual ordering for large machines and processing systems. Suppliers with broad commodity exposure, installed-base service networks and recurring parts revenue are consequently better positioned to absorb individual commodity downturns.

• Infrastructure, charging and integration requirements slow zero-emission adoption

Battery-electric and autonomous fleets require more than replacement of the base machine. Mines may need charging or battery-swap infrastructure, grid upgrades, communications networks, fleet-control systems, operator training and redesigned maintenance procedures. These requirements are especially important at remote mines with constrained power supply or mixed fleets from multiple original equipment manufacturers. Battery-electric adoption is therefore likely to advance first where operating benefits are highest, particularly underground, and where mines have sufficient remaining life to justify infrastructure investment. Trolley assist, diesel-electric architectures and hybrid solutions are likely to coexist with full battery systems during the forecast period, especially in surface haulage where payload, duty cycle and charging requirements remain demanding.

Mining Equipment Market Segment Analysis

By Equipment Type

• Loading and Haulage Equipment

Loading and haulage equipment is estimated at approximately USD 42.6 billion in 2026, making it the largest equipment class within the market. The segment includes large mining trucks, underground haul trucks, loaders and related production equipment used to move ore and waste through surface and underground operations. Its scale reflects both high unit values and intensive utilization. Growth through 2031 is supported by mine expansions, deeper pits, longer haul distances and replacement of older fleets with machines that support autonomous operation, electric drive systems and integrated fleet management. Ultra-class surface haulage remains concentrated among large global suppliers, while underground loading and haulage is more competitive and increasingly differentiated by battery-electric capability.

By Mining Method

• Surface Mining

Surface mining accounts for an estimated 62.5% of 2026 market revenue. Open-pit iron ore, copper, gold, coal and industrial-mineral operations require some of the highest-value equipment in the market, including ultra-class haul trucks, electric rope and hydraulic shovels, rotary drills, dozers and large crushing systems. The segment also has the clearest commercial case for autonomous haulage because repetitive routes and controlled mine environments allow large fleets to be standardized. Surface equipment will remain the larger revenue pool through 2031, although underground mining is expected to record stronger adoption of battery-electric equipment because of ventilation and heat-management benefits.

By Automation Level

• Fully Autonomous Equipment

Fully autonomous equipment is estimated to represent about 13.5% of the market in 2026, but it is expected to expand considerably faster than the overall market. Autonomous haulage is the most mature application, with Caterpillar and Komatsu each operating at large global scale, while drilling, remote loading and mixed-fleet autonomy are developing rapidly. Adoption is strongest at large mines where utilization, safety and repeatable haul cycles can support the systems integration required. The growth opportunity is not limited to new machines, as retrofit and OEM-agnostic automation systems allow mines to automate portions of existing fleets.

By Application

• Metal Mining

Metal mining represents an estimated 55.6% of 2026 market revenue and remains the largest application category. Copper is especially important because electrification, grid expansion and renewable-energy investment are raising long-term demand while new mine supply remains difficult to develop. Iron ore continues to support large surface fleets and processing systems, while gold provides a broad mix of surface and underground demand. Metal-mining customers are also among the leading adopters of autonomous, digital and low-emission equipment because large, long-life operations can spread technology investment across substantial production volumes.

Technology and Demand Indicators

Asia Pacific Market Analysis

Asia Pacific is estimated to account for approximately 44.3% of global mining-equipment revenue in 2026, equivalent to about USD 54.5 billion. The region combines several distinct demand centers. China has the world's largest industrial and mining equipment manufacturing base and continues to invest in smart-mine automation across coal and metals.

Australia remains one of the most valuable markets for large surface equipment because of the scale of its iron ore, coal, gold and base-metal operations and its rapid adoption of autonomous haulage. India supports demand through coal production, iron ore, limestone and growing underground mechanization, while Indonesia is a major equipment market for coal and nickel.

Australia is also a leading deployment market for next-generation equipment. Epiroc's five-year Fortescue contract covers roughly 50 autonomous and electric surface drill rigs, and Komatsu reported 500 Autonomous Haulage System trucks operating in Australia by September 2025. The region's large mines, high labor costs, remote operating environments and long mine lives create strong economics for autonomy and remote operations. At the same time, Chinese manufacturers are increasing their competitive presence in equipment categories where price, lead time and domestic supply are important. This combination of production scale, replacement demand and technology adoption is expected to keep Asia Pacific the largest regional market through 2031.

Competitive Landscape

Competition is concentrated by equipment category rather than across the entire market. Caterpillar and Komatsu hold strong positions in large surface mining fleets and autonomous haulage. Sandvik and Epiroc are especially strong in underground hard-rock equipment, drilling, automation and battery-electric systems. Metso and FLSmidth are major suppliers of mineral-processing systems, while Liebherr, Hitachi Construction Machinery, SANY, XCMG and other heavy-equipment manufacturers compete across selected surface categories. Competitive advantage increasingly depends on the installed base, dealer and service coverage, parts availability, digital integration and the ability to support fleet automation or electrification over the life of a mine.

·       Caterpillar Inc.

·       Komatsu Ltd.

·       Sandvik AB

·       Epiroc AB

·       Liebherr Group

·       Hitachi Construction Machinery Co., Ltd.

·       Metso Corporation

·       FLSmidth & Co. A/S

·       The Weir Group PLC

·       SANY Heavy Industry Co., Ltd.

·       XCMG Group

·       Zoomlion Heavy Industry Science & Technology Co., Ltd.

·       Volvo Construction Equipment

·       HD Hyundai Construction Equipment Co., Ltd.

·       Normet Group Oy

·       MacLean Engineering

·       Gainwell Engineering Pvt. Ltd.

·       J.H. Fletcher & Co.

Recent Developments

• September 2026: Caterpillar and Luck Stone expanded autonomous hauling to two additional Virginia quarry operations after more than 3.5 million tons had been hauled autonomously at the Bull Run pilot site.

• June 2026: Metso received an additional order valued at more than EUR 20 million for a crushing package at Grupo Mexico's La Caridad copper concentrator in Mexico.

• April 2026: Komatsu commissioned its 1,000th autonomous ultra-class haul truck, a 930E-5AT deployed at Nevada Gold Mines in the United States.

• April 2025: Sandvik announced an approximately SEK 750 million equipment order for South32's Hermosa project in Arizona, with most of the fleet consisting of battery-electric vehicles.

• April 2025: Epiroc announced a five-year contract valued at approximately SEK 2.2 billion to supply Fortescue with fully autonomous and electric surface drilling equipment in Australia.

Mining Equipment Market Scope: