John Deere 130G Tracked Excavators
John Deere 130G
Average price
$195,140
5+
sold in last year
General overview
John Deere 130G is a hydraulic excavator for construction work, suited to excavation and earthmoving tasks on job sites. The model is powered by an engine rated at 72 kW (98 hp) and is listed with Tier 4 Final emissions compliance. With an operating weight of 13,170 kg (29,030 lb), it is built for general digging and material-moving duties.
The machine uses a 4-cylinder, 4 L engine and is specified with 2 hydraulic pumps, a maximum rated flow of 210 L/min (55.5 gpm), and a system relief pressure of 343.4 bar (4,980 psi). Working dimensions include a stick length of 3,010 mm (9 ft 11 in) and a boom length of 941 mm (3 ft 1 in), with a maximum digging depth of 6,030 mm (19 ft 9 in) and a maximum reach at ground level of 8,670 mm (28 ft 5 in).
Year
2022
Country of manufacturing
United States
General specifications
Dimensions
Length
Height
Width
7,710 mm
~303.5 in
2,870 mm
~113 in
2,690 mm
~105.9 in
Engine Power
98 hp
Emission standard level
Tier 4 Final
Displacement
4 cu(m)
Fuel tank
285 L
Alternator output
100
Number of batteries
2
Cooling system
23 L
Number of Cylinders
4
Dimensions
875 mm
Width
2,690 mm
Operating Weight
13,170 kg
Reference Bucket Capacity
cu(m)
Drawbar Pull
110 kN
Maximum Rated Flow
210 L/min
System Relief Pressure
34,336 kPa
Hydraulic Pumps
2 cu(cm)
Hydraulic Capacity
69 L
Engine Model
John Deere
Maximum Travel Speed - Low
3 km/h
Maximum Travel Speed - High
5 km/h
Maximum Pressure - Equipment
36,300 kPa
Maximum Pressure - Travel
34,336 kPa
Maximum Pressure - Swing
32,300 kPa
Battery Capacity
750
Engine Oil
17 L
Hydraulic System - Including Tank
69 L
Shipping Height - Top of Cab
2,790 mm
Handrail Height
3,500 mm
Tail Swing Radius
2,190 mm
Track Gauge
1,990 mm
Maximum Digging Depth
6,030 mm
Boom working ranges
mm
Stick working ranges
mm
Bucket working ranges
mm
Maximum Reach at Ground Level
8,670 mm
Maximum Cutting Height
8,930 mm
Maximum Loading Height
6,520 mm
Maximum Vertical Wall Digging Depth
5,020 mm
Bucket Digging Force - ISO
96 kN
Stick Digging Force - ISO
60 kN
Boom length
941 mm
Stick length
3,010 mm
Net Power (ISO 9249)
98 hp
Hydraulic Pump
1 gear
Maximum Operating Pressure
34,300 kPa
Additional specifications
Rated power
69 kW
Axles
-
Header
-
Ground Pressure
32 kPa
Additional Options
-
John Deere 130G Tracked Excavators Listings
$195,140
Tier 4 Final
4
4 cu(m)
817 hours
New Braunfels, United States
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Most popular
What is the average price of a John Deere 130G?
No confirmed market price is supplied for the John Deere 130G. Check current listings and compare machine condition, location, and configuration.
What are the key advantages of the John Deere 130G?
The supplied specifications list 73.1 kW (98 hp) net power, an operating weight of 13,170 kg (29,035 lb), maximum digging depth of 6,030 mm (237.4 in), and maximum reach at ground level of 8,670 mm (341.3 in).
What type of engine does the 130G use?
The 130G uses a John Deere engine with 4 cylinders. The supplied data lists Tier 4 Final emissions compliance.
How much horsepower does the 130G have?
The John Deere 130G has 73.1 kW (98 hp) of engine power. Net Power (ISO 9249) is also listed as 73.1 kW (98 hp).
What fuel does the John Deere 130G use?
The supplied specifications do not confirm the fuel type for the John Deere 130G. They list a fuel-tank capacity of 285 L (75.3 US gal).
What jobs is this Excavators best suited for?
The supplied data does not identify specific job applications. Its listed digging depth, ground-level reach, cutting height, loading height, and digging forces can help buyers compare it with the requirements of their planned excavation work.
What is the expected lifespan of the 130G?
The supplied data does not provide an expected service life for the 130G. Evaluate maintenance records, operating hours, structural condition, hydraulic performance, engine condition, and undercarriage wear when assessing a machine.
What should a buyer check when purchasing a used Excavators?
Check maintenance records, operating hours, leaks, hydraulic response, engine operation, undercarriage wear, tracks, boom and stick joints, bucket condition, cab controls, and structural damage. Test travel, swing, and digging functions, and verify that the machine’s configuration suits the intended work.
