• Engine

    ModelKomatsu SAA6D114E-6
    TypeWater-cooled, 4-cycle, direct injection
    AspirationVariable geometry turbocharged, aftercooled
    Number of Cylinders6
    Bore x Stroke114 mm x 144.5 mm
    Piston Displacement8.85 ltr
    Horsepower, Gross - SAE J1995202 kW / 271 HP
    Horsepower, Net - ISO 9249 / SAE J1349192 kW / 257 HP
    Rated RPM1950
    Fan drive methodMechanical
    Emissions certificationEPA Tier 4
  • Hydraulic System

    TypeHydrauMind System
    Number of selectable working modes6
    Main pump typeVariable displacement axial piston type
    Pump forBoom, arm, bucket, swing, and travel circuits
    Maximum flow535 ltr/min
    Hydraulic Motors 
    Travel2 x axial piston motor with parking brake
    Swing1 x axial piston motor with swing holding brake
    Relief Valve Setting 
    Implement circuits380 kgf/cm3
    Travel circuit380 kgf/cm3
    Swing circuit285 kgf/cm3
    Pilot circuit33 kgf/cm3
    Hydraulic CylindersBore x Stroke x Rod diameter
    Boom2-140 mm x 1480 mm x 100 mm
    Arm1-160 mm x 1825 mm x 110 mm
    Bucket1-140 mm x 1285 mm x 100 mm
  • Drives and Brakes

    Steering controlTwo levers with pedals
    Drive methodHydrostatic
    Maximum drawbar pull290 kN 29570 kgf
    Gradeability70 %
    Travel speeds3.2 / 5.5 km/h
    Service brakeHydraulic lock
    Parking brakeMechanical disc brake
  • Swing System

    Driven byHydraulic motor
    Swing reductionPlanetary gear
    Swing circle lubricationGrease-bathed
    Service brakeHydraulic lock
    Swing lockMechanical disc brake
    Swing speed9.5 rpm
  • Coolant & Lubricant capacity

    Fuel tank605 ltr
    Coolant37 ltr
    Engine35 ltr
    Final drive, each side9.0 ltr
    Swing drive13.7 ltr
    Hydraulic tank188 ltr
    Diesel Exhaust Fluid (DEF) tank39 ltr
  • Weights

    Operating weight36,490 - 37,440 kg
  • Undercarriage

    Center frameX-frame
    Track frameBox-section
    Track typeSealed track
    Track adjusterHydraulic
    Number of shoes (each side)48
    Number of carrier rollers (each side)2
    Number of track rollers (each side)8
  • Dimensions (transport position)

    Length, overall (mm)11145
    Track length on ground (mm)4030
    Track gauge (mm)2590
    Overall track width (mm)3190
    Overall height (mm)3285
    Ground clearance (mm)498
  • Operation

    Boom size (m) & type6.5 Heavy duty
    Arm size (m) & type3.2 Heavy duty
    Arm crowd force - ISO (kgf)17400
    Bucket crowd force - ISO (kgf)23200
    Digging depth - maximum (mm)7380
    Digging reach - maximum (mm)11100
    Maximum reach @ ground level10920
    Swing radius (mm)3445

PC360LCi-11 Excavators

This intelligent Machine Control (iMC) variant, the 36 tonne PC360LCi-11 features our revolutionary and fully factory-integrated 3D GNSS machine control and guidance system. It frees up operators to focus on moving material efficiently, without worrying about over- or under-digging, giving up to a 60% improvement in work efficiency. And it’s powered by Komatsu’s latest technology engine, for improved efficiency, fuel consumption and ultra-low emissions. Of course, it comes standard with our Komtrax remote monitoring and location system, backed by our Australia-wide service and support network.
Customer Testimonial

  • 192 kW / 257 HP
  • 37,440 kg
  • 1.8 m³

Current Offers

Heavy-duty aftertreatment system

This new system combines a Diesel Particulate Filter (DPF) and Selective Catalytic Reduction (SCR). The
SCR NOx reduction system injects the correct amount of Diesel Exhaust Fluid (DEF) at the proper rate, thereby decomposing NOx into non-toxic water vapour (H2O) and nitrogen gas (N2).




Control Box

The monitor of the Komatsu intelligent Machine Control (control box) uses a large 30.7 cm screen for visibility and ease of use. The simple screen layout displays the necessary information in an easily understood fashion. Touch screen icon interface instead of multi-step menu simplifies operation.

Realistic 3D display

The machine and design surfaces are shown in realistic 3D. The angle and magnification of the views can be changed, which allows the operator to select the optimum view depending on the work conditions.



Take the next steps