Specification sheet Mini Excavator Ref komatsu-pc35mr-3-mini-excavator

Komatsu PC35MR-3

The Komatsu PC35MR-3 is a mini excavator with an operating weight of 7,892.6 lb.

✓ QA-verified — every figure checked for physical possibility and class plausibility; failures withheld →
Operating weight
7,892.6lb
 

Where it sits in its classpercentile · mini excavators

Among 479 mini excavators , the Komatsu PC35MR-3 sits above the median for its class:

  • Operating weight 7,890 lb heavier than 70% (n=438)

Not positioned on engine power, dig depth — withheld or unpublished for this machine.

01 Dimensions Specification

Tail Swing Radius 3.12ft in 951mm — metric converted from the published imperial value
Track Gauge 4.73ft in 1,442mm — metric converted from the published imperial value
Track Shoe Width 0.99ft in 302mm — metric converted from the published imperial value
Crawler Length 6.91ft in 2,106mm — metric converted from the published imperial value
Boom Swing Angle Lh 75degrees
Boom Swing Angle Rh 55degrees
Bucket Offset Lh 1.91ft in 582mm — metric converted from the published imperial value
Bucket Offset Rh 2.53ft in 771mm — metric converted from the published imperial value
Overall Length 15.84ft in 4,828mm — metric converted from the published imperial value
Overall Height 8.27ft in 2,521mm — metric converted from the published imperial value
Overall Width 5.71ft in 1,740mm — metric converted from the published imperial value

02 Undercarriage Specification

Number Of Shoes Per Side 44 (steel)
Max Drawbar Pull 7495.72lb 3,400kg — metric converted from the published imperial value
Number Of Carrier Rollers Per Side 1
Adjustment Of The Track Tension Grease
Number Of Track Rollers Per Side 4

03 Electrical System Specification

Starter 2.3kW
Operation Voltage 12V
Battery 58Ah
Alternator 40A

04 Engine Specification

Flywheel Horsepower 28.7hp 21.4kw — metric converted from the published imperial value
Number Of Cylinders 3
Piston Displacement 100.3cu in 1,644cm3 — metric converted from the published imperial value
Engine Model Komatsu 3D88E–6
Engine Type Direct injection
Power Measured @ 2400rpm
Fan Drive Type Mechanical

05 Capacities Specification

06 Operational Specification

Digging Depth – Maximum 10.3ft in 3,139mm — metric converted from the published imperial value
Digging Reach – Maximum 17.4ft in 5,304mm — metric converted from the published imperial value
Arm Crowd Force – Iso 2100kgf
Maximum Reach @ Ground Level 17ft in 5,182mm — metric converted from the published imperial value
Swing Radius 3.2ft in 975mm — metric converted from the published imperial value
Bucket Size – Kga Standard Gp 0.1yd3

07 Performance Specification

Travel Speed (Maximum) 3mph 5km/h — metric converted from the published imperial value
Travel Speed (Minimum) 1.8mph 2.9km/h — metric converted from the published imperial value
Swing Speed 9rpm
Ground Pressure 5.1psi 35kpa — metric converted from the published imperial value
Max. Traction Force 7495.8lb 3,400kg — metric converted from the published imperial value
Gradeability 30degrees
Bucket Digging Force (Iso) 6724.1lb 3,050kg — metric converted from the published imperial value
Arm Crowd Force (Iso) 4629.8lb 2,100kg — metric converted from the published imperial value

08 Weights Specification

09 Hydraulic System Specification

Type Of Hydraulic Pump Variable capacity x 2 gear x 1
Max. Oil Flow 36.1x2+19.8 9.5x+5.2
Hydraulic Motor (Travel) Variable capacity x 2
Hydraulic Motor (Swing) fixed capacity x 1
Max. Pressure Setting 3770psi 25,993kpa — metric converted from the published imperial value
Auxiliary Hydraulic Flow 18.5gal/min 70l/min — metric converted from the published imperial value

10 Blade Specification

11 Drive System Specification

Drive Method Hydrostatic
Type Of Travel Brake Hydraulic lock type
Type Of Travel Shoe Rubber

Data notes

Converted metric figure. The source published imperial figures only for this machine. Metric figures marked ‖ are unit conversions of the published imperial value, rounded to the same precision — they are not separately published measurements. Because there is no independently published metric figure to compare against, no cross-unit consistency check applies to them; the imperial figures they derive from were checked for physically possible magnitude and for plausibility against this equipment class.

Method. Figures are manufacturer reference specifications, not measurements. The source published imperial figures for this machine in a single unit system, so no cross-unit consistency check applies; every value is checked for physically possible magnitude and for plausibility against its equipment class before publication. Figures that fail either check are withheld rather than shown, and figures reconstructed from related data are marked above. Metric figures marked ‖ are converted from the published imperial value rather than reproduced from the source.