29-Ton Excavator for Sale

Equipment For Sale, Excavators

XCMG

XE235UCR

XCMG Compact Radius Excavator — 23.5 ton class, 173 hp

“Where excavation meets excellence.”

The XCMG Excavator XE235UCR is a 29-ton machine with a 1.3 cubic yards (1.3yd³) bucket designed for urban construction in confined spaces. Its compact radius design allows efficient operation without compromising power or precision. With strong digging force and excellent operational efficiency, this digger also features a comfortable, air-conditioned cab with ergonomic controls, ensuring operator safety and comfort.

Financing options at 0% interest.

This 27-ton excavator is for sale with flexible monthly payments.

Call us now to book a demo.

Rated Power

173 hp

Operating Weight

58,422 lb

Bucket Capacity

1.31 yd³

Engine Type

Cummins QSB6.7 T4F

Max Travel Speed

3.5-5.6 mph

Fuel Tank Capacity

104 gal

Product Capabilities

Uncompromising Power for Demanding Jobsites.

Financing options at 0% interest.

This 27-ton excavator is for sale with flexible monthly payments.

Call us now to book a demo.

Features of XE235UCR

Isuzu Tier 4F High-Output Engine

Turbocharged diesel with common-rail injection delivers the sustained power needed for large-scale earthmoving and mining loading.

Reinforced Cast-Steel Chassis

Heavy-gauge steel structure absorbs high-impact loads for extended service life on the harshest sites.

Intelligent Load-Sensing Hydraulics

Advanced pump control matches flow to load, boosting cycle speed and cutting fuel consumption on repetitive digging cycles.

Wide Cab with A/C & LCD Monitor

Spacious operator station with climate control, real-time diagnostics, and reduced-vibration mounting for productive long shifts.

Heavy-Duty Boom & Arm Structure

Box-section boom and arm with reinforced pivots absorb high-impact loads from ripping, demolition, and quarry loading applications.

Advanced Fuel-Saving System

Electronic engine and hydraulic pump coordination combined with auto-idle and power modes reduces fuel burn by up to 15% versus previous-generation models.