1. Basic Product Information

2. Core Configuration and Performance Features

• Mature and Reliable Powertrain: The Weichai WD615.96E engine delivers 375HP with a 9.6L large displacement design and 1500N·m torque, offering strong climbing ability under heavy loads to meet large-tonnage towing needs. Paired with the HW19712 12-speed transmission with wide gear coverage and high transmission efficiency, it ensures stable power output under heavy-duty conditions.
• Heavy-Duty Load Capacity: 6×4 rear dual-axle drive with HC16 heavy-duty rear axle and 9/12 leaf spring configuration delivers exceptional load capacity with a maximum towing weight of 150 tons, suitable for overweight transportation, mining heavy haul, and engineering material transfer scenarios.
• Durability and Easy Maintenance: The Euro 2 engine features a simple structure with low failure rates and low maintenance costs. With large market ownership and high parts compatibility, later maintenance and repairs are convenient, making it ideal for high-frequency heavy-duty operation scenarios.
• Chassis and Mobility Configuration: 12.00-20 radial tires offer strong grip, wear resistance, and puncture resistance, suitable for complex road conditions such as construction sites and mines. The 400L fuel tank provides long cruising range, reducing mid-trip refueling stops and improving operational efficiency.

3. Application Scenarios

• Overweight Transportation: Long/medium-short distance towing of over-length, over-width, and over-weight equipment;
• Mining Transfer: Heavy-duty ore and slag transfer from mines to processing plants;
• Engineering Transportation: Heavy-duty transfer of engineering materials such as earthwork, sand, gravel, and concrete;
• Other Scenarios: Towing of large equipment and special engineering transportation heavy-duty operations.

4. Purchase and Usage Recommendations

• Vehicle Condition Inspection: Focus on checking engine operating conditions, transmission shifting performance, rear axle gear status, frame deformation/cracks, and tire wear;
• Working Condition Adaptation: Prioritize use in non-mainline heavy-duty scenarios such as engineering and mining, avoiding urban mainline restricted traffic sections;
• Daily Maintenance: Regularly replace engine oil and filters, check leaf spring and rear axle status, and verify brake system performance before heavy-duty transportation;
• Fuel Adaptation: Use diesel of the correct grade, and regularly clean the fuel line and injectors to ensure stable engine power output.