CASE CX135B CRAWLER EXCAVATOR

Equipment Overview
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- CASE
- Model
- CX135B
- Year of Manufacture
- -
- Category
- CRAWLER EXCAVATORS
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A+Technical Description
The Case CX135B is a versatile hydraulic excavator engineered for medium-duty construction and excavation tasks. It features a powerful 95 hp (71 kW) engine delivering robust performance suitable for varied applications. The machine has an operating weight of approximately 29,631 lbs, balancing mobility and stability on diverse terrains. Its operational dimensions include an impressive digging depth of 19.4 feet and a maximum digging reach of 31.3 feet, enabling efficient excavation across a broad working radius. The CX135B's hydraulic system combines adequate pump flow and pressure to support smooth and precise arm, boom, and bucket movements, enhancing productivity and control. The excavator’s design allows it to maneuver efficiently in urban and confined spaces, making it suitable for infrastructure, landscaping, and utility projects. Operator comfort is a priority, with ergonomic controls and visibility designed to reduce fatigue and increase safety. Fuel and hydraulic fluid capacities are optimized for extended work cycles, minimizing downtime. Its durable construction and standard features such as a sturdy undercarriage and reinforced boom contribute to longevity and reduced maintenance needs. Overall, the Case CX135B delivers a reliable combination of power, reach, and agility, making it a favored choice in the mid-range excavator category for contractors seeking both productivity and efficiency in their excavation operations.
Technical Attributes
- Boom Length
- 15.2 ft
- Max Digging Depth
- 14.9 ft
- Max Reach
- 27.70 ft
- Track Width
- 23.64 ''
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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