현대 300

Versatile, fuel-efficient Used Hyundai 300 Excavator with ergonomic tilt-up cab, Cummins QSB6.7 180 kW engine, advanced load-sensing hydraulics, and durable undercarriage—ideal for construction and earthmoving projects. The Used Hyundai 300 Excavator (HX300 / R300 family) is a medium-class machine built to deliver a balance of reliable digging performance, fuel efficiency, and operator comfort. Built around a durable undercarriage and powered by a Cummins QSB6.7 engine rated at 180 kW, this model is suited to civil construction, site preparation, trenching, and heavy material handling where a combination of reach and breakout force is required. Fuel-efficient powertrain and advanced hydraulic system with load-sensing control to optimize hydraulic response and lower fuel consumption. Robust tear-out force (131 kN) and a sizeable 1.85 m³ bucket to handle a wide range of soil and load conditions. Ergonomic cab design featuring a tilt-up operator station for easy access during service and reduced operator fatigue during long shifts. Long service life and controlled operating costs through quality components and proven Cummins engine reliability. Versatile reach and digging depth (up to 10.82 m horizontal reach and 7.39 m digging depth), suitable for general excavation and lifting tasks. The engine-hydraulic package centers on the Cummins QSB6.7, which provides a strong torque curve (989 Nm at 1500 rpm) for consistent digging performance under load. The machine's advanced hydraulic system with load-sensing control adjusts flow and pressure to match demand, improving efficiency, reducing heat generation and extending component life. This characteristic makes the Used Hyundai 300 Excavator a practical choice where variable work cycles require both fine control and high power bursts. Operator ergonomics were prioritized with a tilt-up cab that eases access for inspection and maintenance. Controls are laid out for intuitive operation, reducing cycle times and minimizing the learning curve for new operators. The cabin design emphasizes visibility, vibration isolation, and comfortable seating to maintain productivity over prolonged shifts. Safety features typical of this family of machines include reinforced structures, reliable undercarriage design, and service access points engineered for safe maintenance procedures.