UK200H is an underground mining truck perfect for domestic non-coal mines, with an impressive rated load capacity of 20 tons. The truck is powered by a robust 240kW Mercedes-Benz engine and is based on Sandvik's classic model EJC20 design. In addition to being highly reliable and requiring low maintenance, UK200H stands out for its small size, powerful climbing abilities, and swift running speed - allowing it to operate in tunnels larger than 3.5m by 3.5m. It is suitable for carrying out transportation and construction tasks across metallurgy, metal mines, railways, highways, tunnels, hydraulic culverts, underground mine tunnels, and military culverts.

• High reliability
  The underground mining truck incorporates Lingong and Sandvik’s technical heritage, ensuring solid and dependable large structural parts like the frame, swing frame, and cargo bucket.
  It utilizes a low-pollution engine from Mercedes Benz, which is water-cooled and known for its superior performance, low emissions, and minimal faults.
  The transmission system is equipped with a DANA gearbox, torque converter, and drive axle, providing a high level of reliability and ensuring the product's durability.
• High efficiency
  The underground mining truck features an optimized drive-matching design, resulting in a 10% increase in traction force compared to competing products. This enhancement ensures the truck's capability to handle heavy loads and operate efficiently during continuous uphill tasks.
  It incorporates a newly developed swing frame structure with a range of ±7°, allowing all four wheels to maintain contact with the ground even in challenging road conditions. This design significantly improves the truck's overall maneuverability and enhances its ability to navigate various terrains.
• High safety
  The truck's cab has undergone FOPS&ROPS safety certifications, providing the driver with optimal work safety.
  Its drive axle brake utilizes a POSI-STOP closed wet multi-disc brake system, which offers superior braking performance, ensuring safety and reliability during operation.