Overview
The JCB JS260NLXD is a hydraulic excavator listed in the Heavy Equipment Hub equipment database with structured specifications for comparison, research, and machine selection. Key specification points include engine power of 161 hp, operating weight of 57,819 lb and hydraulic capacity of 89.60 gal/min. This model can be reviewed for excavation, trenching, loading, site preparation, and fleet comparison workflows. Use the full specifications table to compare the JCB JS260NLXD against similar hydraulic excavator models by power, weight, capacity, dimensions, speed, and other technical values.
Key Specifications
Operating Weight
57,818.50
lb
Net Power
161
hp
Full Specifications
14 specs
Dimensions
Ground Clearance
1.60 ft / 0.49 m
Height to Top of Cab
10.60 ft / 3.23 m
Length of Track on Ground
12.60 ft / 3.84 m
Removal Counterweight Clearance
4 lb / 2 kg
Tail Swing Radius
10.07 ft / 3.07 m
Width To Outside Of Tracks
9.81 ft / 2.99 m
Engine
Displacement
396 cu in / 6.5 L
Engine Make
2353
Engine Model
BB-6BGIT
Hydraulic Pump Flow Capacity
89.60 gal/min / 339.2 L/min
Hydraulic System Relief Valve Pressure
4,975 psi / 343.0 bar
Net Power
161 hp / 120.1 kW
Operating Weight
57,819 lb / 26,226 kg
Undercarriage
Shoe Size
23.63 in / 600 mm
Related Machines
Frequently Asked Questions
What is the operating weight of the JCB JS260NLXD? +
The JCB JS260NLXD has an operating weight of 57,819 lb (26,226 kg). This places it in a class suited for hydraulic excavator applications where ground pressure and transport weight are key considerations.
How powerful is the JCB JS260NLXD engine? +
The JCB JS260NLXD produces 161 hp (120.1 kW) of engine power. This output is typical for its weight class and designed to handle demanding Hydraulic Excavator work cycles efficiently.
How does the JCB JS260NLXD compare to similar Hydraulic Excavator models? +
You can compare the JCB JS260NLXD side by side with any other model using the Heavy Equipment Hub compare tool. Key comparison points include engine power, operating weight, digging depth, hydraulic flow, and overall dimensions.