2017-2023 KAWASAKI 135ZV-2 WHEEL LOADER

KAWASAKI 135ZV-2 2017-2023 KAWASAKI 135ZV-2 WHEEL LOADER equipment image

Equipment Overview

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OEM
KAWASAKI
Model
135ZV-2
Year of Manufacture
2017-2023
Category
WHEEL LOADERS

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Technical Description

The Kawasaki 135ZV-2 is a heavy-duty wheel loader engineered for demanding construction and material handling applications. Powered by a Cummins QST30 engine producing 720 horsepower (537 kW), this machine delivers robust performance across challenging job sites. The loader features a rated bucket capacity ranging from 10.8 to 13.50 cubic yards (8-10 m³), providing versatile loading capabilities for various material types. Its dual Z-linkage system ensures even load distribution and enhanced strength, while the PowerBoost feature delivers high breakout force for tough materials. The 135ZV-2 incorporates advanced technological systems including the Efficient Loading System (ELS) to reduce fuel consumption, the Adjustable Declutch System (ADS) for operator control optimization, and the Machine Operation Diagnostic Module (MODM) for enhanced maintenance and troubleshooting. At maximum raise, the bucket achieves a dump clearance of 19.8 feet (6 m), facilitating efficient unloading operations. The machine operates at an approximate weight of 180,290 lbs (81,779 kg), supported by a full 4-wheel drive system that ensures excellent traction and mobility on varied terrain. Operating specifications include customizable operator modes that match torque requirements for normal, heavy-duty, and load-and-carry applications, complemented by Kawasaki variable piston pumps for responsive hydraulics. The loader's proven design emphasizes durability, reliability, and operator comfort for sustained productivity in demanding environments.

Technical Attributes

Static Tipping Weight
33,392.00
Engine Power
720 HP
Max Bucket Capacity
13.5 yd³
Max Dump Height
19.80 ft

Data Accuracy and Verification

Specifications and technical details are compiled from manufacturer documentation, historical records, and third-party industry sources. While care is taken to ensure accuracy, this information is provided for reference purposes only and may contain errors or omissions. Users should independently verify all details before relying on them.

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