World-Class Powertrain: Engine and drivetrain from world-renowned brands for reliable underground performance
Wide Capacity Range: 2–10 ton rated loading capacity, matching diverse underground mining applications
FOPS/ROPS Certified: Operator cab certified to Falling Object & Roll-Over Protective Structure standards
High Efficiency: Stable, reliable operation delivering efficient loading, hauling and dumping performance
Productivity-Oriented: Engineered for high productivity in demanding underground mining environments
1. World-Class Powertrain Components
The engine and drivetrain are equipped with world-renowned brands, ensuring reliable performance and stable operation under demanding underground mining conditions.
2. Wide Loading Capacity Range
Available with a rated loading capacity of 2–10 tons, meeting the requirements of different underground mining applications.
3. FOPS and ROPS Certified
The operator's cab is designed and certified in accordance with FOPS (Falling Object Protective Structure) and ROPS (Roll-Over Protective Structure) standards, providing enhanced operator protection against falling objects and rollover hazards.
4. Stable Performance and High Efficiency
Designed for stable, reliable operation and high productivity, delivering efficient loading, hauling, and dumping performance in demanding underground mining environments.
| Carry-scraper (m³) | 1m³ | 2m³ | 3.5m³ |
| Model | FM1 | FM2 | FM3 |
| Rated deadweight（KG) | 2t | 4t | 7t |
| Quality（kw） | 58kw ( You can choose a brand) | 84kw (You can choose a brand ) | 165kw (You can choose a brand ) |
| Bucket volume（KG） | 7.1t | 13t | 19.8t |
| Maximum lifting force(m³) | 1m³ | 2m³ | 3.5m³ |
| Maximum tractive effort(kN) | 48kN | 110kN | ≥140kN |
| Force of rock destruction (kN) | 54kN | 123kN | ≥160kN |
| Minimum turning radius inside(mm) | 2150mm | 2800mm | 3025mm |
| Minimum turning radius outside(mm) | 4260mm | 5300mm | 5940mm |
| Drive axle | Wet brake | Wet brake | Wet brake |
| Braking mode | Spring braking system Hydraulic output | Spring braking system Hydraulic output | Spring braking system Hydraulic output |
| Overall dimension L*H*W (mm) | 5950mm×1380mm×2000mm | 7309mm×1810mm×2038mm | 9150mm×2336mm×2550mm |
This underground Load–Haul–Dump (LHD) loader is engineered for high-productivity material handling in underground mining operations. Featuring world-class powertrain components from internationally renowned brands, the machine delivers reliable performance and stable operation under the most demanding underground conditions. Available with a rated loading capacity ranging from 2 to 10 tons, it covers the requirements of diverse underground mining applications, from narrow-vein operations to large-scale production mining. The operator's cab is designed and certified in accordance with FOPS (Falling Object Protective Structure) and ROPS (Roll-Over Protective Structure) standards, providing enhanced protection against falling objects and rollover hazards. Designed for stable, reliable operation and high productivity, this LHD loader delivers efficient loading, hauling and dumping performance, making it an essential production tool for modern underground mining operations.
1. Powertrain unreliability and frequent breakdowns undergroundUnderground LHD loaders operate in extreme conditions — heavy loads, constant stop-and-go cycles, poor ventilation, high ambient temperatures and dusty atmospheres. Low-quality or non-brand powertrain components suffer from frequent breakdowns, engine failures and transmission problems, causing costly unplanned downtime that directly halts underground production.
2. Limited capacity options mismatched to mine scaleUnderground mines vary significantly in scale, tunnel dimensions and production requirements. A single-capacity LHD cannot efficiently serve both narrow-vein mines with restricted tunnel dimensions and large-scale production mines requiring high-volume material movement. Mismatched capacity leads to either underutilization of equipment or overloading and premature wear.
3. Operator safety risks in confined underground environmentsLHD operators work in confined underground spaces with constant risks of falling rocks, roof collapses and rollover accidents on uneven, slippery roadways. Without certified protective structures, operators are exposed to serious injury or fatality in the event of falling objects or machine rollover — a critical concern in underground mining safety.
4. Low loading and hauling efficiency reducing production outputUnderground mining production depends on the continuous, efficient movement of ore and waste rock from the working face to dump points or ore passes. LHD loaders with poor stability, slow cycle times or unreliable performance create bottlenecks in the production chain, reducing overall mine output and increasing cost per ton.
5. High operating costs and short component service lifeThe harsh underground environment accelerates wear on all machine components. LHDs with inferior build quality and non-standardized components experience short service life, high spare parts consumption and excessive maintenance costs, eroding profitability and increasing the total cost of ownership over the machine's lifecycle.
1. World-Class Powertrain Components for Maximum ReliabilityThe engine and drivetrain are equipped with world-renowned brands, ensuring reliable performance and stable operation under the most demanding underground mining conditions. These proven powertrain components are engineered to withstand heavy loads, high ambient temperatures, dusty atmospheres and constant stop-and-go operation cycles typical of underground LHD applications. By using internationally recognized brands, the machine delivers predictable performance, extended service intervals and readily available spare parts, significantly reducing unplanned downtime and ensuring continuous underground production.
2. Wide Loading Capacity Range for Diverse Mining ApplicationsThe LHD loader is available with a rated loading capacity of 2–10 tons, meeting the requirements of different underground mining applications. The lower capacity models (2–4 tons) are ideally suited for narrow-vein mining, development headings and restricted tunnel dimensions, while the higher capacity models (6–10 tons) are designed for large-scale production mining, high-volume ore handling and efficient bulk material movement. This wide range allows mining customers to select the optimal capacity for their specific mine geometry and production requirements, ensuring maximum efficiency and utilization without overloading or underutilizing equipment.
3. FOPS and ROPS Certified Operator Cab for Enhanced SafetyThe operator's cab is designed and certified in accordance with FOPS (Falling Object Protective Structure) and ROPS (Roll-Over Protective Structure) standards, providing enhanced operator protection against falling objects and rollover hazards. This certification ensures that the cab structure can withstand the impact of falling rocks from the roof and maintain a protective survival space for the operator in the event of a machine rollover — critical safety features for underground mining environments where roof falls and uneven, slippery roadways present constant hazards. The certified cab demonstrates a commitment to operator safety and helps mining customers meet stringent occupational health and safety regulations.
4. Stable Performance and High Efficiency for Maximum ProductivityDesigned for stable, reliable operation and high productivity, the LHD loader delivers efficient loading, hauling and dumping performance in demanding underground mining environments. The machine's robust construction, balanced weight distribution and responsive controls enable fast cycle times — from loading at the face, to hauling to the dump point, to returning for the next load. Stable performance means consistent cycle times shift after shift, with minimal variation due to machine issues or component failures. This high efficiency directly translates to increased material moved per hour, higher mine production output and lower cost per ton, making the machine a high-return investment for underground mining operations.
5. Proven Durability and Low Total Cost of OwnershipThe combination of world-class powertrain components, robust construction and stable performance results in a machine with exceptional durability and a low total cost of ownership. Standardized, brand-name components ensure predictable maintenance intervals and readily available spare parts, reducing both maintenance labor costs and parts inventory requirements. The low failure rate and long component service life minimize unplanned downtime, while the high productivity and efficient cycle times maximize the return on investment over the machine's operational lifecycle. For mining customers, this means a reliable production tool that delivers consistent output with controlled operating and maintenance costs.
Underground metal and non-metal mine ore and waste rock handling
Loading, hauling and dumping from working faces to ore passes or dump points
Narrow-vein mining operations (2–4 ton capacity models)
Large-scale underground production mining (6–10 ton capacity models)
Development heading and tunnel construction material handling
Stope and pillar mining operations
High-temperature, dusty and demanding underground mining environments
Continuous production cycles requiring reliable, high-efficiency material movement
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366 Tianfeng Road, Chengyang District, Qingdao City, Shandong Province.
