2014 John Deere 135G Excavator Specifications and Key Features

The 2014 John Deere 135G is a compact and efficient excavator designed for heavy-duty work in tight spaces. With a 13,500 lb operating weight and 83 horsepower engine, it delivers strong power and performance across various construction tasks. The machine’s hydraulic system provides consistent lifting and digging force, making it ideal for demanding projects.
With a maximum digging depth of 12 feet and a reach of up to 20 feet, the 135G excels in both reach and stability. Its durable undercarriage ensures stability on rough terrains, allowing operators to handle a wide range of tasks with confidence. The machine’s fuel-efficient engine reduces downtime and operating costs while maintaining high productivity levels.
Designed for operator comfort, the 135G features a spacious and ergonomic cab with improved visibility. The controls are intuitive, making it easy for operators to focus on the task at hand. Whether you are working on a construction site or in urban environments, the John Deere 135G is built to provide reliable performance and excellent versatility.
2014 John Deere 135G Specs
The 2014 John Deere 135G stands out for its strong performance in compact excavators. It offers a powerful 4-cylinder diesel engine with a net power output of 92 horsepower, enabling efficient operation across various job sites.
With a maximum digging depth of 18.8 feet and a reach of up to 27.4 feet, this model provides versatility in excavation tasks. Its bucket breakout force of 13,000 lbs ensures the machine handles demanding tasks with ease. The hydraulic system delivers a flow rate of 139 liters per minute, contributing to quick and precise operations.
For mobility, the 135G has an operating weight of 31,000 lbs, allowing it to move efficiently across diverse terrains. The counterweight design enhances stability, and the tail swing radius of just 4.4 feet ensures maneuverability in tight spaces.
The cabin is designed for operator comfort, featuring a spacious layout, ergonomic controls, and enhanced visibility, improving productivity. A standard air-conditioning system keeps operators cool during extended shifts, ensuring comfort in various climates.
Engine and Performance Details

The 2014 John Deere 135G is equipped with a powerful Yanmar 4TNV98 engine, offering a rated power of 92 horsepower at 2,200 RPM. This engine is designed to provide reliable performance in demanding work conditions. The engine’s design emphasizes fuel efficiency and durability, making it suitable for extended operation in various environments.
Key performance characteristics include:
- Displacement: 3.3 liters
- Maximum Torque: 456 Nm at 1,400 RPM
- Cooling System: Liquid-cooled, ensuring optimal temperature control during intense usage
- Fuel Type: Diesel, known for its efficiency and lower operating costs compared to gasoline engines
In terms of operational efficiency, the 135G’s engine delivers solid power output, allowing it to handle heavy lifting, digging, and grading tasks. It is designed to work seamlessly with the machine’s hydraulic system, ensuring smooth operation across various applications.
The engine also features a robust emission system that complies with Tier 4 Final standards, helping to reduce the environmental impact without compromising performance. Regular maintenance and timely oil changes will keep the engine running smoothly and ensure long-term reliability.
Hydraulic System Capacity and Functions
The hydraulic system of the 2014 John Deere 135G is designed for high efficiency and reliability. It has a maximum flow capacity of 148 liters per minute, allowing it to handle demanding tasks with ease. This system powers various attachments, such as augers, grapples, and breakers, enabling quick and precise operations.
The hydraulic system utilizes a load-sensing pump, which adjusts flow based on the demands of the operation, providing energy only when needed. This ensures optimal fuel consumption and extends the lifespan of the hydraulic components.
The 135G is equipped with an auxiliary hydraulic circuit that offers additional versatility. The system supports both high- and low-flow attachments, allowing operators to tailor performance based on the task. This makes it well-suited for applications ranging from trenching to demolition.
For enhanced control, the hydraulic system incorporates a counterbalance valve, which helps prevent uncontrolled movements when working on slopes or uneven terrain. It also improves safety by reducing the risk of load sway when lifting heavy objects.
Regular maintenance, including checking fluid levels and inspecting hoses for leaks, is vital to keep the hydraulic system running smoothly. Clean hydraulic fluid contributes to longer service intervals and prevents the risk of component failure, ensuring the 135G operates at peak performance for years.
Dimensions and Operational Limits
The 2014 John Deere 135G is designed to deliver impressive performance in tight spaces with its compact dimensions. It measures 7,425 mm (292 inches) in length, 2,590 mm (102 inches) in width, and stands at 2,765 mm (109 inches) in height. The tracks are 500 mm (19.7 inches) wide, ensuring stability while maneuvering over various surfaces.
When considering operational limits, the machine has a maximum digging depth of 6,370 mm (250 inches) and a maximum reach of 9,540 mm (375 inches). These limits make it highly effective for a range of digging, lifting, and placing tasks. The operating weight is approximately 13,700 kg (30,200 lbs), which provides optimal balance and power for a variety of tasks, including heavy lifting and digging in demanding conditions.
The tail swing radius is 1,760 mm (69.3 inches), allowing for tight turns and minimal space requirements for effective maneuvering in restricted areas. The maximum bucket breakout force reaches 8,720 kg (19,200 lbs), which provides ample power for heavy lifting. Additionally, the maximum lifting capacity at a 3-meter radius is 4,500 kg (9,920 lbs), making it suitable for lifting large objects.
The 135G operates within a maximum operating pressure of 350 bar (5,076 psi) and is powered by a 4.5-liter engine. It is designed to function efficiently within its weight class and operational limits, ensuring both power and stability while maintaining excellent fuel efficiency.