Parker Hannifin V12-080 bent axis hydraulic motor
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The Parker Hannifin V12-080 is a variable displacement bent-axis hydraulic motor with an 80 cc/rev displacement rating. It belongs to Parker's V12 series-a product line engineered for high-torque, high-speed operation in demanding environments where reliability over a long service life is non-negotiable.
The "V12" designation refers to the variable displacement bent axis design. Unlike fixed displacement motors, the V12-080 can modulate its displacement between minimum and maximum values, allowing the operator or control system to adjust torque and speed output without changing system pressure. The "080" refers to the maximum geometric displacement: 80 cubic centimeters per revolution.
How Bent Axis Technology Works-and Why It Matters
Understanding the V12-080's architecture helps explain why it outperforms swashplate designs in many high-load, high-speed scenarios.
The Bent Axis Principle
In a bent-axis piston motor, the cylinder barrel is mounted at an angle to the drive shaft, typically between 7° and 40°. As hydraulic fluid enters the pistons, they extend against the drive flange. Because the barrel is angled, the piston force generates a moment arm that rotates the output shaft. In variable displacement versions like the V12-080, a servo mechanism adjusts the angle of the barrel, changing the effective stroke length of each piston and therefore the displacement per revolution.
This geometry gives bent-axis motors three structural advantages over swashplate designs:
Higher mechanical efficiency. Piston side loads are significantly lower in a bent axis arrangement because the pistons push more directly against the drive flange rather than at a steep lateral angle. This reduces bearing loads, friction losses, and wear over time.
Better high-speed capability. The reduced side loading lets bent-axis motors spin faster without the tribological problems that limit swashplate units. This is why the V12-080 is well-suited for fan drive applications and winch circuits where motor speed regularly reaches 3,000–4,000 RPM.
Superior contamination tolerance (relatively speaking). Bent-axis designs tend to be somewhat more forgiving of marginal fluid cleanliness compared to high-performance swashplate motors, though Parker still recommends ISO 4406 cleanliness levels of 18/16/13 or better for the V12 series.
Variable Displacement Control Options
The V12-080 is available in multiple control configurations:
Pressure compensated (PC): The motor automatically strokes to maximum displacement when pressure rises above a setpoint, providing load-sensing behavior without external electronics.
Electrohydraulic (EH) proportional control: A proportional solenoid valve modulates displacement based on an electrical command signal (typically 4–20 mA or 0–10 V), enabling integration with machine control systems and joystick inputs.
Hydraulic servo control: A servo piston controlled by a pilot pressure signal adjusts displacement. Common in hydrostatic transmission circuits where the pump and motor are controlled together.
Two-position (high/low speed): A simple solenoid switches between maximum and minimum displacement, effectively giving two discrete speed ranges. Useful for travel drives that need both a fast travel mode and a high-torque work mode.
Primary Applications of the V12-080
The 80 cc/rev displacement class positions the V12-080 as a mid-to-large motor appropriate for applications requiring moderate torque with high-speed capability or high torque at reduced speed.
Mobile Machinery-Travel Drives and Winches
In compact track loaders, midi excavators, and small crawler carriers, the V12-080 appears in travel drive circuits. At maximum displacement, it provides the torque needed to push through soft ground or climb grades. When the machine reaches travel speed on firm terrain, the motor strokes to minimum displacement, spinning faster and letting the machine move efficiently without demanding excessive flow from the pump.
Marine Deck Equipment
Hydraulic windlasses, capstans, and anchor winches on workboats and offshore vessels frequently use bent-axis motors in the 80–120 cc range. The V12-080's salt water resistance (when properly specified with compatible seals) and its ability to sustain high pressure for extended periods make it a sound choice for anchor handling equipment that may operate for 20–30 minutes continuously at near-peak torque.
Industrial Fan Drives
Cooling fan circuits on large mobile compressors, mining equipment, and locomotive auxiliary systems increasingly use variable displacement motors to match fan speed to cooling demand rather than running at a fixed speed. The V12-080 in a pressure-compensated configuration can increase fan speed when thermal load rises and reduce it during light operation, cutting parasitic losses and noise.
Crane and Hoist Applications
Luffing, slewing, and hoisting circuits on small cranes benefit from the V12-080's high torque density. Its compact envelope relative to its torque output helps crane designers keep boom geometry and counterweight requirements manageable.
For more information on the V12-080 hydraulic motor, please visit https://www.baolilaihydraulic.com/product/.
Specifications
| V12 frame size | Unit | 60 | 80 | 160 | |
| Displacement | - max, at 35° | [cm3/rev] | 60 | 80 | 160 |
| - min, at 6.5° | 12 | 16 | 32 | ||
| Operating pressure | - max intermittent1) | [bar] | 480 | ||
| - max continuous | 420 | ||||
| Operating speed | - at 35°,max intermittent1) | [rpm] | 4400 | 4000 | 3200 |
| - at 35°,max continuous | 3600 | 3100 | 2500 | ||
| - at 6.5°–10°, max intermittent1) | 7000 | 6250 | 5000 | ||
| - at 6.5°–10°,max continuous | 5600 | 5000 | 4000 | ||
| - min continuous | 50 | ||||
| Flow | - max intermittent1) | [l/min] | 265 | 320 | 510 |
| - max continuous | 215 | 250 | 400 | ||
| Torque (theor.) at 100 bar | [Nm] | 95 | 127 | 255 | |
| Output power | - max intermittent1) | [kW] | 150 | 175 | 280 |
| - max continuous | 95 | 105 | 170 | ||
| Corner power | - intermittent1) | 335 | 400 | 640 | |
| - continuous | 235 | 280 | 450 | ||
| Mass moment of inertia | (x10-3) | [kg m2] | 3.1 | 4.4 | 14.6 |
| Weight | [kg] | 28 | 33 | 58 | |
1) Max 6 seconds in any one minute.
Selection Table
| V12-080 hydraulic motor Some Models | |
| Model No. | Model Code |
| 3797732 | V12-080-MA-CV-C-000-D-0-080/01 |
| 3797732 | V12-080-MA-CV-C-000-D-0-080/016-EOH01E-200/000-L01 |
| 3723227 | V12-080-MA-CV-C-000-D-P-080/016-EOH01E-200/000-L01 |
| 3786466 | V12-080-MA-CV-D-000-D-0-050/02 |
| 3723134 | V12-080-MA-CV-D-000-D-0-050/025-EOH01I-200/000-L01 |
| 3780523 | V12-080-MA-CV-D-000-D-0-080/01 |
| 3721148 | V12-080-MA-CV-D-000-D-0-080/016-HPS01I-010/015-L04 |
| 3787334 | V12-080-MA-CV-D-000-D-0-080/03 |
| 3722745 | V12-080-MA-CV-D-000-D-0-080/030-EOH01I-200/000 |
| 3722424 | V12-080-MA-CV-D-000-D-0-080/038-HPS01I-010/025 |
| 3786467 | V12-080-MA-CV-D-000-D-0-080/04 |
| 3720799 | V12-080-MA-CV-D-000-D-0-080/040-EOH01I-200/000 |
| 3782567 | V12-080-MA-IV-C-000-D-0-080/02 |
| 3782567 | V12-080-MA-IV-C-000-D-0-080/025-HPS01I-010/015 |
| 3783751 | V12-080-MA-IV-C-000-D-0-080/035-HOS01I-010/000 |
| 3721491 | V12-080-MA-IV-C-000-D-0-080/038-EOH01I-200/000 |
| 3782509 | V12-080-MA-IV-C-000-D-0-080/04 |
| 3787767 | V12-080-MA-IV-C-000-D-0-080/04 |
| 3722847 | V12-080-MA-IV-C-000-D-0-080/040-EOH01I-200/000 |
| 3782509 | V12-080-MA-IV-C-000-D-0-080/045-HPS01I-010/025 |
| 3785754 | V12-080-MA-IV-C-000-D-P-080/04 |
| 3724859 | V12-080-MA-IV-C-000-D-P-080/040-EOH01I-200/000 |
| 3785754 | V12-080-MA-IV-C-000-D-P-080/045-HPS01I-010/025 |
| 3721442 | V12-080-MA-IV-C-023-D-P-080/025-HPS01I-010/025 |
| 3783987 | V12-080-MA-IV-C-105-D-0-080/045-HPS01I-010/025 |
| 3784079 | V12-080-MA-IV-C-106-D-0-080/025-HPS01I-010/015 |
| 3721299 | V12-080-MA-IV-D-000-D-0-070/035-EPH01I-250/300 |
| 3786142 | V12-080-MA-IV-D-000-D-0-075/03 |
| 3780844 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3782119 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3783708 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3786278 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3786279 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3789053 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3789083 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3789324 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3796238 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3796242 | V12-080-MA-IV-D-000-D-0-080/01 |
| 3782119 | V12-080-MA-IV-D-000-D-0-080/016-HPS01I-010/015-L01 |
| 3784139 | V12-080-MA-IV-D-000-D-0-080/019-HPS01I-010/015-L00 |
| 3783250 | V12-080-MA-IV-D-000-D-0-080/02 |
| 3722437 | V12-080-MA-IV-D-000-D-0-080/025-EPH01I-200/300 |
| 3783431 | V12-080-MA-IV-D-000-D-0-080/03 |
| 3787667 | V12-080-MA-IV-D-000-D-0-080/03 |
| 3784009 | V12-080-MA-IV-D-000-D-0-080/030-HOS01I-010/000 |
| 3721238 | V12-080-MA-IV-D-000-D-0-080/035-EPH01I-200/300 |
| 3786141 | V12-080-MA-IV-D-000-D-0-080/04 |
| 3796826 | V12-080-MA-IV-D-000-D-0-080/04 |
| 3796826 | V12-080-MA-IV-D-000-D-0-080/041-EOH01I-200/000 |
| 3723219 | V12-080-MA-IV-D-000-D-0-080/055-EOH01I-200/000 |
| 3721674 | V12-080-MA-IV-D-000-D-P-065/032-EOH01I-200/000 |
| 3724985 | V12-080-MA-IV-D-000-D-P-080/016-HPS01I-010/015-L01 |
| 3721763 | V12-080-MA-IV-D-000-D-P-080/040-EOH01I-200/000 |
| 3789807 | V12-080-MA-IV-D-014-D-0-080/01 |
| 3789807 | V12-080-MA-IV-D-014-D-0-080/018-EOH01I-200/000 |
| 3721670 | V12-080-MA-NV-C-000-D-0-080/045-HPS01I-010/025 |
| 3787155 | V12-080-MA-NV-C-022-D-0-080/02 |
| 3783972 | V12-080-MA-NV-D-000-D-0-080/020-EOH01I-200/000-L01 |
| 3788020 | V12-080-MA-NV-D-000-D-0-080/04 |
| 3721127 | V12-080-MA-NV-D-000-D-0-080/045-HPS01I-010/025 |
| 3788020 | V12-080-MA-NV-D-000-D-0-080/048-EOH01I-200/000 |
| 3788525 | V12-080-MA-NV-D-000-D-P-080/01 |
| 3787913 | V12-080-MA-NV-D-000-D-P-080/04 |
| 3783405 | V12-080-MF-CV-C-000-D-0-080/02 |
| 3721722 | V12-080-MF-CV-C-000-D-0-080/024-EOH01I-200/000 |
| 3786076 | V12-080-MF-CV-D-000-D-0-075/02 |
| 3789163 | V12-080-MF-CV-D-000-D-0-080/01 |
| 3786492 | V12-080-MF-CV-D-000-D-0-080/02 |
| 3789277 | V12-080-MF-CV-D-000-D-0-080/02 |
| 3783711 | V12-080-MF-CV-D-000-D-0-080/03 |
| 3786856 | V12-080-MF-CV-D-000-D-0-080/03 |
| 3781706 | V12-080-MF-CV-D-000-D-0-080/05 |
| 3785449 | V12-080-MF-CV-D-000-D-0-080/05 |
| 3785449 | V12-080-MF-CV-D-000-D-0-080/050-EOH07I-200/000 |
| 3794071 | V12-080-MF-CV-D-010-D-0-080/05 |
| 3782624 | V12-080-MF-IV-C-000-D-0-080/02 |
| 3789335 | V12-080-MF-IV-C-000-D-0-080/04 |
| 3789379 | V12-080-MF-IV-C-000-D-0-080/04 |
| 3780547 | V12-080-MF-IV-C-000-D-0-080/05 |
| 3789307 | V12-080-MF-IV-C-000-D-0-080/05 |
| 3789387 | V12-080-MF-IV-C-000-D-0-080/05 |
| 3780547 | V12-080-MF-IV-C-000-D-0-080/059-HOS01I-010/000 |
| 3721830 | V12-080-MF-IV-C-109-D-0-080/038-HPS01I-015/015 |
| 3720651 | V12-080-MF-IV-C-109-D-0-080/038-HPS01I-015/025 |
| 3783406 | V12-080-MF-IV-D-000-D-0-080/01 |
| 3785152 | V12-080-MF-IV-D-000-D-0-080/01 |
| 3787466 | V12-080-MF-IV-D-000-D-0-080/01 |
| 3720786 | V12-080-MF-IV-D-000-D-0-080/016-HPS01I-010/015 |
| 3786644 | V12-080-MF-IV-D-000-D-0-080/02 |
| 3788522 | V12-080-MF-IV-D-000-D-0-080/02 |
| 3789309 | V12-080-MF-IV-D-000-D-0-080/02 |
| 3798987 | V12-080-MF-IV-D-000-D-0-080/02 |
| 3786644 | V12-080-MF-IV-D-000-D-0-080/022-EOH01I-200/000 |
| 3720051 | V12-080-MF-IV-D-000-D-0-080/028-HOS01I-010/000-L01 |
| 3789309 | V12-080-MF-IV-D-000-D-0-080/029-EOH01I-200/000 |
| 3783678 | V12-080-MF-IV-D-000-D-0-080/03 |
| 3785215 | V12-080-MF-IV-D-000-D-0-080/04 |
| 3785911 | V12-080-MF-IV-D-000-D-0-080/04 |
| 3786741 | V12-080-MF-IV-D-000-D-0-080/04 |
| 3787293 | V12-080-MF-IV-D-000-D-0-080/04 |
| 3788111 | V12-080-MF-IV-D-000-D-0-080/04 |
| 3788753 | V12-080-MF-IV-D-000-D-0-080/04 |
| 3785911 | V12-080-MF-IV-D-000-D-0-080/040-EOH01I-200/000 |
| 3788111 | V12-080-MF-IV-D-000-D-0-080/040-EPH01I-200/300 |
| 3782035 | V12-080-MF-IV-D-000-D-0-080/05 |
| 3783060 | V12-080-MF-IV-D-000-D-0-080/05 |
| 3724785 | V12-080-MF-IV-D-000-D-0-080/050-EOH01I-200/000 |
| 3783660 | V12-080-MF-IV-D-000-D-0-080/06 |
| 3783660 | V12-080-MF-IV-D-000-D-0-080/065-HOS01E-010/000 |
| 3785213 | V12-080-MF-IV-D-000-D-P-074/02 |
| 3783673 | V12-080-MF-IV-D-000-D-P-080/01 |
| 3783709 | V12-080-MF-IV-D-000-D-P-080/01 |
| 3789797 | V12-080-MF-IV-D-000-D-P-080/01 |
| 3723901 | V12-080-MF-IV-D-000-D-P-080/016-HPS01I-010/015-L01 |
| 3785068 | V12-080-MF-IV-D-050-D-0-080/02 |
| 3788824 | V12-080-MF-NV-C-000-D-0-080/03 |
| 3788488 | V12-080-MF-NV-C-000-D-0-080/04 |
| 3797042 | V12-080-MF-NV-C-000-D-0-080/04 |
| 3797042 | V12-080-MF-NV-C-000-D-0-080/040-EOH01I-200/000 |
| 3789225 | V12-080-MF-NV-C-000-D-0-080/05 |
| 3789431 | V12-080-MF-NV-C-000-D-0-080/054-HPS01I-010/025 |
| 3723226 | V12-080-MF-NV-D-000-D-0-080/017-EOH01I-200/000 |
| 3788941 | V12-080-MF-NV-D-000-D-0-080/06 |
| 3786348 | V12-080-MF-NV-D-000-D-P-064/04 |
| 3786355 | V12-080-MF-NV-D-050-D-0-080/01 |
| 3787031 | V12-080-MF-NV-D-050-D-0-080/01 |
| 3721139 | V12-080-MF-NV-D-110-D-P-064/040-EOH01I-200/000 |
| 3786045 | V12-080-MS-SV-S-000-D-0-063/03 |
| 3783798 | V12-080-MS-SV-S-000-D-0-073/053-HOS01I-010/000-L01 |
| 3782600 | V12-080-MS-SV-S-000-D-0-080/01 |
| 3785382 | V12-080-MS-SV-S-000-D-0-080/01 |
| 3798026 | V12-080-MS-SV-S-000-D-0-080/01 |
| 3798220 | V12-080-MS-SV-S-000-D-0-080/01 |
| 3798731 | V12-080-MS-SV-S-000-D-0-080/01 |
| 3799964 | V12-080-MS-SV-S-000-D-0-080/01 |
| 3785382 | V12-080-MS-SV-S-000-D-0-080/016-EOL01I-400/000-L01 |
| 3782600 | V12-080-MS-SV-S-000-D-0-080/016-HOS01I-010/000 |
| 3785472 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3786199 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3786200 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3786582 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3788661 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3789234 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3796107 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3796237 | V12-080-MS-SV-S-000-D-0-080/02 |
| 3780406 | V12-080-MS-SV-S-000-D-0-080/03 |
| 3783685 | V12-080-MS-SV-S-000-D-0-080/03 |
| 3787483 | V12-080-MS-SV-S-000-D-0-080/03 |
| 3788647 | V12-080-MS-SV-S-000-D-0-080/03 |
| 3788648 | V12-080-MS-SV-S-000-D-0-080/03 |
| 3796521 | V12-080-MS-SV-S-000-D-0-080/03 |
| 3723236 | V12-080-MS-SV-S-000-D-0-080/030-EPH01I-200/300-L01 |
| 3783655 | V12-080-MS-SV-S-000-D-0-080/04 |
| 3789167 | V12-080-MS-SV-S-000-D-0-080/04 |
| 3794774 | V12-080-MS-SV-S-000-D-0-080/04 |
| 3721478 | V12-080-MS-SV-S-000-D-0-080/040-EOH01I-200/000 |
| 3794774 | V12-080-MS-SV-S-000-D-0-080/040-HOS01I-015/000 |
| 3780953 | V12-080-MS-SV-S-000-D-0-080/05 |
| 3786619 | V12-080-MS-SV-S-000-D-0-080/05 |
| 3789051 | V12-080-MS-SV-S-000-D-0-080/05 |
| 3789051 | V12-080-MS-SV-S-000-D-0-080/053-HPS01I-010/025 |
| 3786619 | V12-080-MS-SV-S-000-D-0-080/053-HPS01I-020/015 |
| 3788182 | V12-080-MS-SV-S-000-D-0-080/06 |
| 3789589 | V12-080-MS-SV-S-000-D-0-080/06 |
| 3785165 | V12-080-MS-SV-S-000-D-P-080/01 |
| 3786280 | V12-080-MS-SV-S-000-D-P-080/01 |
| 3786416 | V12-080-MS-SV-S-000-D-P-080/01 |
| 3786745 | V12-080-MS-SV-S-000-D-P-080/01 |
| 3787003 | V12-080-MS-SV-S-000-D-P-080/01 |
| 3789329 | V12-080-MS-SV-S-000-D-P-080/01 |
| 3784062 | V12-080-MS-SV-S-000-D-P-080/016-EPH01I-200/300 |
| 3789329 | V12-080-MS-SV-S-000-D-P-080/016-HPS01I-010/025 |
| 3786831 | V12-080-MS-SV-S-000-D-P-080/03 |
| 3788133 | V12-080-MS-SV-S-000-D-P-080/03 |
| 3724838 | V12-080-MS-SV-S-000-D-P-080/030-EPL01I-400/600-L01 |
| 3788133 | V12-080-MS-SV-S-000-D-P-080/033-HOS01I-010/000 |
| 3786417 | V12-080-MS-SV-S-000-D-P-080/05 |
| 3723296 | V12-080-MS-SV-S-000-D-P-080/050-HPS01I-010/025 |
| 3789084 | V12-080-MS-SV-S-014-D-0-080/02 |
| 3787130 | V12-080-MS-SV-S-014-D-0-080/040-HOS01I-015/000 |
| 3723350 | V12-080-MS-SV-S-023-D-P-080/016-HOS01I-010/000 |
| 3784078 | V12-080-MS-SV-S-106-D-0-080/053-HPS01I-020/015 |
| 3724775 | V12-080-MU-SV-S-000-D-0-070/017-HOS01E-010/000 |
| 3721193 | V12-080-MU-SV-S-000-D-0-076/020-EPH01I-200/300 |
| 3781632 | V12-080-MU-SV-S-000-D-0-080/01 |
| 3786459 | V12-080-MU-SV-S-000-D-0-080/01 |
| 3788130 | V12-080-MU-SV-S-000-D-0-080/01 |
| 3795668 | V12-080-MU-SV-S-000-D-0-080/01 |
| 3797748 | V12-080-MU-SV-S-000-D-0-080/01 |
| 3781632 | V12-080-MU-SV-S-000-D-0-080/016-HOS01I-010/000 |
| 3785069 | V12-080-MU-SV-S-000-D-0-080/02 |
| 3783409 | V12-080-MU-SV-S-000-D-0-080/03 |
| 3786064 | V12-080-MU-SV-S-000-D-0-080/03 |
| 3786740 | V12-080-MU-SV-S-000-D-0-080/03 |
| 3796252 | V12-080-MU-SV-S-000-D-0-080/03 |
| 3796252 | V12-080-MU-SV-S-000-D-0-080/030-HOS01I-010/000-L01 |
| 3783210 | V12-080-MU-SV-S-000-D-0-080/04 |
| 3785321 | V12-080-MU-SV-S-000-D-0-080/04 |
| 3787378 | V12-080-MU-SV-S-000-D-0-080/04 |
| 3789306 | V12-080-MU-SV-S-000-D-0-080/04 |
| 3783210 | V12-080-MU-SV-S-000-D-0-080/040-HOS01E-010/000 |
| 3783659 | V12-080-MU-SV-S-000-D-P-080/01 |
| 3783723 | V12-080-MU-SV-S-000-D-P-080/01 |
| 3785818 | V12-080-MU-SV-S-000-D-P-080/02 |
| 3788358 | V12-080-MU-SV-S-000-D-P-080/02 |
| 3783024 | V12-080-MU-SV-S-000-D-P-080/03 |
| 3785354 | V12-080-MU-SV-S-000-D-P-080/03 |
| 3787518 | V12-080-MU-SV-S-000-D-P-080/03 |
| 3787769 | V12-080-MU-SV-S-000-D-P-080/03 |
| 3780608 | V12-080-MU-SV-S-050-D-0-080/01 |
| 3721140 | V12-080-MU-SV-S-110-D-P-080/020-EOH01I-200/000-L01 |
| 3786706 | V12-080-TA-CV-D-000-D-0-080/02 |
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Q1: What is the expected service life of a V12-080?
A1: Under proper operating conditions (correct filtration, fluid temperature, and pressure cycling), Parker designs the V12 series for 10,000–12,000 hours of service before major overhaul. Aggressive duty cycles, marginal filtration, or sustained peak pressure operation reduce this significantly. Field experience in well-maintained marine applications regularly achieves these targets; construction equipment in abrasive, dirty environments often requires earlier inspections.
Q2:In what type of machinery is the Parker V12 hydraulic motor commonly applied?
A2: The Parker V12 hydraulic motor is typically deployed in demanding mobile equipment such as winches, trenchers, and augers within the construction and agricultural industries, where its compact power and variable speed are essential.
Q3: What is the price and delivery time of the V12-080 hydraulic motor?
A3: The specific price and delivery time will be provided based on the specific model you provide.
Q4:How to purchase a V12-080 hydraulic motor?
A4:You can click on the right sidebar or the contact information in the top bar to contact us to purchase. You can do so via email, form, WeChat, WhatsApp, or other methods.
