NEW
HC 130i G P Compactor with padfoot drum
84.3 in
29,745 lbs
JOHN DEERE
3-point articulation
3-point articulation is different to conventional joints due to its geometric arrangement and connection of the three individual joints and one additional connecting link between the two conventional upper joints. This allows optimum steering, excellent driving safety and maximum driving comfort.
Technical specifications
- Series
- Name
- Description
- Series
-
- Series
- HC
- Name
- HC 130i G P
- Description
- Compactor with padfoot drum
- Series
- H310
- Static linear load, front
- Operating weight with ROPS
- Empty weight without cab, without ROPS
- Operating weight with cab
- Axle load, rear
- Axle load, front
- Max. operating weight
-
- Static linear load, front
- 199.2 lbs/in
- Operating weight with ROPS
- 29,018 lbs
- Empty weight without cab, without ROPS
- 27,585 lbs
- Operating weight with cab
- 29,745 lbs
- Axle load, rear
- 12,954 lbs
- Axle load, front
- 16,791 lbs
- Max. operating weight
- 29,988 lbs
- Total width
- Total length
- Maximum working width
- Center distance
- Ground clearance, center
- Turning radius, inside
- Total height
- Slope angle, rear
- Slope angle, front
-
- Total width
- 89.8 in
- Total length
- 233.3 in
- Maximum working width
- 84.3 in
- Center distance
- 117.8 in
- Ground clearance, center
- 17.6 in
- Turning radius, inside
- 152.9 in
- Total height
- 120.5 in
- Slope angle, rear
- 27 °
- Slope angle, front
- 45 °
- Padfeet, quantity
- Number of tires, rear
- Tire size, rear
- Drum type, front
- Drum diameter, front
- Drum width, front
- Height of the padfeet
- Width over tires, rear
- Drum thickness, front
-
- Padfeet, quantity
- 130
- Number of tires, rear
- 2
- Tire size, rear
- AW 23.1-26 8 PR
- Drum type, front
- Padfoot
- Drum diameter, front
- 67.2 in
- Drum width, front
- 84.3 in
- Height of the padfeet
- 4.4 in
- Width over tires, rear
- 84.3 in
- Drum thickness, front
- 0.6 in
- Number of tires, rear
- Tire size, rear
- Width over tires, rear
-
- Number of tires, rear
- 2
- Tire size, rear
- AW 23.1-26 8 PR
- Width over tires, rear
- 84.3 in
- Manufacturer
- Model
- Cylinders, quantity
- Power ISO 14396, rpm
- Power ISO 14396, HP
- Power ISO 14396, kW
- Power SAE J1995, rpm
- Power SAE J1995, HP
- Power SAE J1995, kW
- Exhaust emissions category, EU
- Exhaust emissions category, USA
-
- Manufacturer
- JOHN DEERE
- Model
- JDPS 4045EWS
- Cylinders, quantity
- 4
- Power ISO 14396, rpm
- 2,000 rpm
- Power ISO 14396, HP
- 115.7 HP
- Power ISO 14396, kW
- 85 kW
- Power SAE J1995, rpm
- 2,000 rpm
- Power SAE J1995, HP
- 114 hp
- Power SAE J1995, kW
- 85 kW
- Exhaust emissions category, EU
- EU Stage 5
- Exhaust emissions category, USA
- EPA Tier 4
- Speed, transport gear
- Climbing ability, without vibration
- Speed, working gear, I
-
- Speed, transport gear
- 0,0-6,7
- Climbing ability, without vibration
- 60 %
- Speed, working gear, I
- 0,0-5,3
- Centrifugal force, front, II
- Centrifugal force, front, I
- Amplitude, front, II
- Amplitude, front, I
- Vibration frequency, front, II
- Vibration frequency, front, I
-
- Centrifugal force, front, II
- 32,625 lbs
- Centrifugal force, front, I
- 56,250 lbs
- Amplitude, front, II
- 0.031 in
- Amplitude, front, I
- 0.071 in
- Vibration frequency, front, II
- 2,100 VPM
- Vibration frequency, front, I
- 1,800 VPM
- Steering, type
-
- Steering, type
- Articulated steering
- Fuel tank, capacity
-
- Fuel tank, capacity
- 71.3 gal
- Sound power level L(WA), guaranteed
-
- Sound power level L(WA), guaranteed
- 107
Related products
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HC 100i G
Compactor with smooth drum
| Drum width | 84.3 in |
| Weight | 25,832 lbs |
| Manufacturer | JOHN DEERE |
NEW
HC 100i G P
Compactor with padfoot drum
| Drum width | 84.3 in |
| Weight | 26,680 lbs |
| Manufacturer | JOHN DEERE |
NEW
HC 130i G
Compactor with smooth drum
| Drum width | 84.3 in |
| Weight | 28,863 lbs |
| Manufacturer | JOHN DEERE |
All details, illustrations and texts are non-binding and may include special equipment. We reserve the right to make technical changes without prior notice. Performance data are dependent upon actual operational conditions.