Engineering Advantages

1. Extended-reach architecture

The design of the working equipment is a masterclass in kinematic engineering.
● Operational radius: a 15.2-meter reach allows for the servicing of wide riverbeds and canals directly from the shoreline. This eliminates the risk of embankment collapse under the machine's weight and minimizes the need for frequent repositioning.
● Deep-reach efficiency: with a digging depth of 11.7 meters, this model is the definitive choice for port construction and deep underground parking excavations, as it removes the need for inefficient benching (cascaded excavation).
2. Static monumentalityOperating at an ultra-long reach demands absolute platform stability.
● Balanced engineering: to counteract the extended leverage, engineers integrated a heavy-duty, high-mass counterweight and widened the crawler base to 3.2 meters.
● Flotation performance: the use of wide 800mm shoes reduces ground pressure to a mere 0.38 kg/cm². This allows the machine to operate confidently on the soft, waterlogged soils of riparian zones where standard excavators would risk becoming bogged down.
3. IPC intelligent hydraulicsThe Intelligent Power Control (IPC) system is specifically tuned for the unique dynamics of longreach equipment.
● Precision control: the electronics mitigate the inertial oscillations of the long boom during swing and stop cycles.This ensures surgical bucket positioning, which is essential for final slope grading, effectively preventing "waving" and over-excavation.
4. Cummins power plantThe system is powered by the high-performance Cummins QSB6.7 unit.
● Torque reserve: the engine delivers a peak torque of 841 N·m at low RPMs, ensuring consistent hydraulic performance under load. The reliability of this powertrain has been proven over millions of operating hours in the world’s harshest climates.