XCMG engineering scales up mechanical performance for heavy municipal contracting and bulk earthmoving with the XCMG XE360E crawler excavator. This heavy-class machine is designed to conquer massive volume extraction, deep rock trenching, and intensive quarry loading. By integrating reinforced structural weldments with high-capacity hydraulic circuits, XCMG delivers a production tool tailored for contractors needing sustained high-yield output under severe jobsite conditions.
XCMG XE360E Core Technical Specifications
Operating Weight: 36,800 kilograms (81,130 lbs) establishing a heavy, planted stance for high-capacity material handling.
Engine Model: Heavy-duty turbocharged diesel engine delivering 210 kW (282 horsepower) optimized for high torque retention.
Standard Bucket Capacity: 1.6 cubic meters (2.09 cubic yards) reinforced with heavy-duty wear strips and side cutting teeth.
Max Digging Reach: 10,750 millimeters, providing a broad sweep radius for efficient truck positioning and high bank scaling.
Max Digging Depth: 7,420 millimeters (24 feet 4 inches) for deep foundation cuts and expansive mass excavation.
Tear-Out Force: 268 kilonewtons (60,250 lbf) of bucket digging force, ensuring rapid penetration through fractured rock and dense clay.
Track Shoe Width: 600 millimeters standard triple grouser track shoes distributing machine weight evenly across soft or shifting sub-bases.
The XE360E employs an advanced negative-flow dual-pump hydraulic system that prioritizes multi-functional smoothness during complex grading and loading routines. Independent travel and swing circuits prevent hydraulic starvation when operators execute simultaneous movements. The reinforced box-section boom and arm utilize high-strength alloy castings at high-stress pivot points to mitigate fatigue cracking under peak load pressures. Inside the pressurized ROPS/FOPS operator cabin, acoustic dampening materials minimize ambient noise, while an ergonomic climate-control system and high-definition multi-function display keep operators productive through extended shifts.
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