Global Underground Mining Equipment Market Outlook, 2031

Market Insights
The global underground mining equipment market supports the extraction of minerals and metals from deposits located below the earth’s surface. Unlike surface mining, underground operations require machinery that can work within narrow tunnels, uneven terrain, restricted spaces and challenging geological conditions. Equipment such as underground loaders, mining trucks, drilling rigs, roof bolters, continuous miners, longwall systems and shuttle cars helps miners carry out excavation, material handling and mine development. Demand for these machines is closely linked to the production of copper, gold, coal, zinc, nickel, lithium and other minerals used in construction, manufacturing, energy and technology industries. As accessible surface deposits become increasingly limited in certain mining regions, companies are developing deeper underground reserves, creating demand for equipment capable of operating safely and efficiently at greater depths. Mining activities in Australia, Canada, China, India, South Africa, Chile and the United States contribute to equipment demand through different mineral extraction projects. Manufacturers are focusing on improving machine durability, maneuverability, load capacity and productivity to address the demanding conditions of underground mines. Alongside new equipment purchases, mining companies also invest in spare parts, maintenance, refurbishment and equipment upgrades to keep their fleets operational. Equipment procurement decisions are influenced by mine design, mineral reserves, production targets, geological conditions and overall project economics. As a result, the market remains closely connected to mining investment, commodity prices, exploration activity and the development of new underground mining projects.

The underground mining equipment market is evolving as mining companies look for ways to improve productivity, reduce operating costs and provide safer working conditions. Automation and electrification are becoming increasingly relevant, with battery-powered underground loaders and trucks attracting interest as alternatives to conventional diesel-powered equipment. These machines can reduce diesel emissions and heat generation underground, potentially helping mining operators manage ventilation requirements and improve working conditions. Equipment manufacturers are also developing remote-controlled machinery, automated drilling systems, autonomous haulage solutions and digital monitoring platforms to reduce manual intervention and improve equipment utilization. However, adoption can involve significant investment in charging infrastructure, mine network connectivity, equipment integration and workforce training. Digital technologies, including sensors and predictive maintenance systems, are also helping operators monitor machine performance and identify potential failures before they disrupt production. At the same time, underground mining companies continue to face challenges related to high equipment costs, maintenance complexity, skilled labor availability and harsh operating environments. Manufacturers are responding with customized machinery, modular equipment designs, maintenance contracts and aftermarket services. The growing development of copper, nickel, lithium and other critical mineral deposits is creating additional equipment requirements as these materials support electric vehicles, renewable energy systems and industrial electrification. As underground mining operations become more technically demanding, companies are placing greater importance on equipment reliability, safety, automation capabilities and long-term operating costs.

Market Dynamics:
Market Drivers
• Growing Demand for Metals and Critical Minerals: The global underground mining equipment market is closely connected to rising demand for metals and minerals used in infrastructure, manufacturing, energy and technology industries. Copper, gold, nickel, lithium, zinc and other minerals are increasingly important for electric vehicles, renewable energy systems, electronics and industrial development. As mining companies explore deeper deposits and develop new underground projects, demand is increasing for drilling rigs, loaders, underground trucks and other specialized machinery. Investments in mineral exploration, mine development and production expansion are encouraging equipment procurement across established and emerging mining regions. The growing importance of critical minerals is also creating opportunities for equipment manufacturers to support new underground mining operations.
• Increasing Adoption of Automation and Electrification: Mining companies are increasingly investing in automated and battery-electric equipment to improve productivity, operational safety and environmental performance. Underground mining environments often involve restricted visibility, limited space, high temperatures and exposure to hazardous conditions, making remote-controlled and automated machinery particularly valuable. Battery-electric loaders and trucks can reduce diesel emissions and heat generation, potentially lowering ventilation requirements in suitable operations. Automated drilling, fleet monitoring and digital control systems also help improve equipment utilization and reduce operational interruptions. As mining operators focus on worker safety, efficiency and emissions reduction, demand for technologically advanced underground equipment is creating opportunities for manufacturers offering electrified and automation-ready solutions.

Market Challanges
• High Equipment Acquisition and Operating Costs: Underground mining equipment requires substantial investment due to its specialized engineering, safety features, durability requirements and advanced operating technologies. Battery-electric machinery, automated systems and digitally connected equipment can involve additional costs for charging infrastructure, software, maintenance and workforce training. Mining companies must also account for spare parts, equipment servicing, transportation and operational downtime throughout the machinery’s lifecycle. These expenses can create financial pressure for smaller mining operators and projects with limited capital availability. Fluctuations in commodity prices and uncertainty surrounding mineral production can further influence investment decisions, leading some companies to delay equipment purchases or expansion plans.
• Complex Operating Conditions and Equipment Maintenance: Underground mining equipment operates in demanding environments characterized by confined spaces, dust, moisture, uneven surfaces, vibration and high mechanical stress. These conditions can accelerate component wear, increase maintenance requirements and affect equipment availability. Repairs may also be difficult because machinery must be accessed and serviced within underground tunnels, where transportation and working space are limited. Unplanned equipment breakdowns can interrupt mining activities, delay production and increase operating expenses. Mining companies therefore require skilled technicians, reliable spare parts availability and specialized maintenance services. Equipment manufacturers must continuously improve machine durability, serviceability and performance to address the operational challenges associated with underground mining.

Market Trends
• Shift Toward Battery-Electric and Low-Emission Mining Equipment: Underground mining companies are increasingly evaluating battery-electric loaders, trucks and drilling equipment as part of their efforts to reduce diesel consumption and improve underground working conditions. Electric machinery can reduce exhaust emissions and heat generation, potentially helping operators manage ventilation requirements and improve air quality. Equipment manufacturers are developing battery systems, charging solutions and electric drivetrains designed for demanding mining environments. However, adoption depends on battery performance, charging infrastructure, mine layout and equipment operating cycles. As mining companies strengthen sustainability initiatives and seek more efficient underground operations, electrification is becoming an important area of equipment development and investment.
• Growing Integration of Automation and Digital Mining Technologies: Automation and digital connectivity are increasingly being incorporated into underground mining machinery to improve productivity, safety and equipment utilization. Remote-controlled loaders, automated drilling systems, autonomous haulage technologies and real-time fleet monitoring allow operators to manage equipment more efficiently and reduce direct worker exposure to hazardous areas. Sensors and predictive maintenance platforms can identify equipment performance issues and help mining companies plan maintenance before failures occur. These technologies also support better coordination between machinery, operators and mine management systems. As underground operations become deeper and more complex, demand for connected, automation-ready equipment and integrated digital solutions is expanding across the mining industry.

Segmentation Analysis

By Equipment
• Shuttle cars are used in underground mining operations to transport extracted coal and other materials from mining machines to conveyor systems or designated unloading points. They are particularly relevant in room-and-pillar mining, where flexible material movement is required within underground tunnels. These vehicles are designed to operate in confined spaces and support continuous mining activities by reducing interruptions between excavation and material transportation. Their performance depends on carrying capacity, maneuverability, operating dimensions and compatibility with mining equipment. Mining companies consider shuttle cars based on tunnel layout, production requirements and haulage distance. Improvements in electric drive systems, operator visibility and equipment control are supporting efforts to improve underground material handling efficiency.
• Load Haul Dump (LHD) machines are specialized underground vehicles used to load, transport and discharge mined materials within underground mining operations. Their compact design and articulated steering allow them to navigate narrow tunnels, uneven surfaces and restricted working areas. LHD equipment is commonly used in metal and mineral mining, particularly where ore must be transported from excavation points to underground trucks, ore passes or loading stations. Equipment selection depends on bucket capacity, operating dimensions, engine or battery power, loading performance and turning radius. Mining companies are increasingly evaluating battery-electric LHD machines to reduce diesel emissions and heat generation while improving underground working conditions.

By Trucks
• Underground mining trucks are designed to transport large quantities of ore, coal, waste rock and other materials from underground production areas to crushers, ore passes or loading stations. Their compact construction, reinforced frames and specialized braking systems allow them to operate in confined tunnels and demanding mining conditions. Truck selection depends on payload capacity, tunnel dimensions, haulage distance, gradient and production requirements. Diesel-powered trucks remain relevant in many mining operations, while battery-electric and trolley-assisted technologies are gaining attention for reducing emissions and operating costs. Mining companies prioritize equipment reliability, loading efficiency, maneuverability and maintenance support when selecting underground haulage trucks.
• Scooptrams are compact underground loading and transportation machines commonly used to move broken rock, ore and other materials from mining faces to designated discharge locations. They are generally associated with underground metal and mineral mining and are designed to work in narrow tunnels and confined operating areas. Scooptrams typically combine a front loading bucket with a low-profile vehicle configuration, allowing them to perform loading and haulage activities within restricted mine layouts. Their suitability depends on bucket capacity, tunnel dimensions, operating distance and material characteristics. Mining operators increasingly consider equipment productivity, operator safety, maintenance requirements and electric-drive options when selecting scooptrams for underground operations.
• Underground drills are used to create holes for blasting, rock reinforcement, exploration and other mining activities. These machines include production drilling rigs, development drills and specialized drilling equipment designed for underground conditions. Drilling operations play an important role in preparing rock for excavation, supporting mine development and maintaining production schedules. Equipment requirements vary according to rock hardness, drilling depth, tunnel dimensions, hole accuracy and mining technique. Modern underground drills increasingly incorporate automated drilling functions, digital controls and remote operation capabilities to improve accuracy and reduce worker exposure to hazardous areas. Mining companies evaluate drilling equipment based on productivity, reliability, precision and compatibility with underground mine plans.

By Mining Technique
• Room-and-pillar mining involves extracting mineral deposits while leaving sections of the material in place to support the roof and maintain underground stability. This method is commonly used in coal, limestone and other relatively flat-lying deposits. Equipment such as continuous miners, shuttle cars, underground loaders, drills and roof bolters supports excavation, material transportation and ground reinforcement. Machinery requirements depend on seam thickness, geological conditions, tunnel dimensions and production targets. Mining operators prioritize equipment maneuverability, cutting performance, haulage efficiency and safety systems. The method’s equipment configuration is influenced by the balance between mineral recovery, structural stability and the need to maintain accessible underground working areas.
• Longwall mining is a highly mechanized underground mining technique commonly used for extracting coal from extensive and relatively uniform deposits. The method typically involves longwall shearers, armored face conveyors, hydraulic roof supports and supporting haulage equipment. These systems work together to enable continuous cutting, material transportation and roof management along the mining face. Equipment selection depends on seam thickness, geological conditions, production capacity and mine design. Longwall operations require coordinated machinery with high reliability and substantial maintenance support because equipment interruptions can affect production across the entire mining face. Automation, remote monitoring and improved hydraulic systems are increasingly being incorporated to support productivity and operational safety.

By Application
• Coal mining uses underground equipment to extract coal from deposits located beneath the surface. Machinery such as continuous miners, longwall systems, shuttle cars, underground trucks, drills and roof bolters supports excavation, transportation and ground stabilization. Equipment requirements depend on coal seam thickness, geological conditions, mining technique and production capacity. Underground coal operations place considerable importance on ventilation, dust control, fire prevention and methane monitoring because of the safety risks associated with coal extraction. Mining companies increasingly invest in mechanized and automated equipment to improve productivity and reduce workers’ exposure to hazardous conditions. Equipment modernization and replacement also contribute to demand across established coal-producing regions.
• Metal mining involves the underground extraction of minerals such as copper, gold, silver, zinc, nickel, lead and other metallic ores. Operations commonly use drilling rigs, LHD machines, underground trucks, bolters and specialized excavation equipment to develop tunnels and transport ore. Equipment selection depends on ore body geometry, rock hardness, mining depth, production targets and the selected extraction technique. Metal mines often require machinery capable of operating in steep gradients, narrow tunnels and complex geological conditions. Growing demand for copper, nickel and other metals used in electrification, infrastructure and manufacturing is supporting investment in underground mining projects. Automation, electrification and digital equipment monitoring are also becoming increasingly relevant.

Regional Analysis:
The underground mining equipment market varies across regions depending on mineral availability, mining activity, investment levels and the adoption of modern technologies. In North America, the United States and Canada generate demand through underground mining of coal, gold, copper, zinc and other minerals. Mining companies in these countries are increasingly focusing on fleet upgrades, automated machinery, battery-electric equipment and advanced drilling solutions to improve productivity and operating efficiency. Europe has a well-established mining and equipment manufacturing base, with countries such as Sweden, Finland, Poland and Germany contributing to the regional market. The focus here is increasingly shifting towards automation, worker safety, mine electrification and equipment that can support more environmentally responsible operations. Across Asia-Pacific, countries including China, India, Australia and Southeast Asian nations rely on underground mining equipment for coal, metal and critical mineral extraction. Growing requirements for copper, nickel, lithium and other industrial minerals are encouraging mining companies to expand operations, replace ageing machinery and adopt more advanced equipment. South America also represents an important market, particularly in Brazil, Chile, Peru and Argentina, where underground mining of copper, gold, silver and other minerals creates demand for drilling rigs, loaders, haulage trucks and ground-support systems. In the Middle East & Africa, mining activities in South Africa, the Democratic Republic of Congo, Zambia and Tanzania are supporting equipment demand, especially across gold, copper, platinum group metals and coal operations. Mine expansion projects, equipment upgrades and greater attention to workplace safety and operational productivity are creating further opportunities for specialized underground mining machinery across the region.
Key Developments:
• October 2026: Sandvik received an order from Australian gold producer Northern Star Resources for 25 underground mining machines, including Toro LH621i loaders, Toro TH663i trucks and a DD422i development jumbo. The equipment will support mining operations in Western Australia, with deliveries scheduled to begin in June 2027 and continue into early 2028.
• September 2026: Epiroc secured an underground equipment order from Sibanye-Stillwater for its Siphumelele shaft at the Rustenburg platinum operations in South Africa. The order includes low-profile LHD 5.5 LP loaders and UV42 utility vehicles with interchangeable cassettes, supporting mechanized mining, improved workplace safety and operational productivity.
• September 2026: Sandvik received an order from Orken LLP, the iron ore division of Qarmet, for 27 underground mining machines at the Western Karazhal mine in Kazakhstan. The fleet includes underground trucks, loaders, drilling equipment and a Rhino 600 raise boring machine, supporting the mine's shift towards mechanized operations.
• September 2026: Epiroc secured an equipment order worth approximately USD 64 million for the expansion of the Khoemacau Copper Mine in Botswana. The order includes face drilling rigs, production drilling rigs, cable bolting rigs, underground loaders and mine trucks, along with remote-control solutions, spare parts and on-site services to support safer and more productive mining operations.
• August 2026: Sandvik received an order from Kamoa Copper for 19 underground trucks and loaders for the Kamoa-Kakula Copper Complex in the Democratic Republic of Congo. The order includes 12 Toro TH663i trucks and seven Toro LH621i loaders, with two loaders equipped with AutoMine automation technology to strengthen the mine's material-handling capacity and automation capabilities.
• August 2026: Byrnecut invested in a fleet of 25 underground mining machines, including 20 Sandvik drills, loaders and trucks, along with five raise boring systems. The equipment will support its mining operations across Australia, Canada and Africa, with selected machines incorporating automation technology to improve equipment utilization and operational efficiency.
• May 2026: Sandvik introduced AutoMine Aura, an upgraded automation platform designed to improve equipment utilization, operational visibility and safety in underground mines. The technology combines advanced navigation and 3D perception capabilities, allowing operators to remotely supervise and control multiple machines while supporting more efficient underground material handling.

Considered in this report
• Historic Year: 2020
• Base year: 2025
• Estimated year: 2026
• Forecast year: 2031

Aspects covered in this report
• Global Underground Mining Equipment Market with its value and forecast along with its segments
• Various drivers and challenges
• On-going trends and developments
• Top profiled companies

By Equipment
• Shuttle Cars
• Load Haul Dump (LHD)
• Articulated Vehicles

By Trucks
• Scooptrams
• Drills
• Bolters
• Others

By Mining Technique
• Room and Pillar
• Longwall Mining
• Blast Mining
• Others

By Application
• Coal Mining
• Metal Mining
• Mineral Mining