Skip to main content

John Deere Excavators For Sale in New York

Shop John Deere excavators for sale in New York. Compare sizes, operating weights, boom setups, hydraulics, undercarriage wear, and transport needs.

Learn more
3 Listings

Have john deere excavators trucking equipment to sell? List it here to reach thousands of buyers.

About John Deere Excavators in New York

John Deere excavators are a common choice for contractors who need dependable hydraulic performance, straightforward service access, and a wide model range from older mechanical machines to newer electronically managed units. In New York, buyers often narrow the field quickly by job type and transport limits. A mid-size or heavy crawler excavator can handle trenching, site prep, utility work, demolition support, drainage, and loading duties, but operating weight, overall width, and boom configuration matter as much as engine horsepower. Popular John Deere excavator classes often fall in the 40,000 to 70,000 pound range for general construction, with long-carriage LC models favored for added stability and lifting confidence.

Frequently Asked Questions

1

What should I check first on a used John Deere excavator?

Start with the undercarriage, hydraulic system, and pin and bushing wear. Undercarriage replacement is one of the biggest ownership costs on a crawler excavator, so track pad wear, roller condition, sprockets, idlers, and track tension deserve close attention. Then inspect boom, stick, and bucket cylinder leakage, listen for hydraulic noise, and check for play at the boom foot, stick joint, and bucket linkage. On John Deere excavators, service history, engine blow-by, swing bearing condition, and evidence of house or ring gear wear are also important decision points.

2

Are John Deere excavators good for utility and site work in New York?

Yes. John Deere excavators are widely used for utility trenching, roadwork, foundation excavation, stormwater work, and general site development. Buyers in New York often look for enclosed cabs, auxiliary hydraulics, quick couplers, and track widths that balance stability with transport practicality. For urban or tighter job sites, tail swing and machine width can be just as important as bucket capacity. For heavier digging and loading applications, a longer undercarriage and higher operating weight usually provide better stability and breakout performance.

3

How important is undercarriage percentage on a crawler excavator?

It is one of the most important condition indicators on any used excavator. A machine with low undercarriage life remaining can still run and dig well, but future repair costs may materially change the real purchase price. Buyers should treat reported undercarriage percentages as a starting point, then verify pad thickness, chain wear, sprocket condition, roller wear, and any uneven wear patterns. In rocky ground, demolition debris, or abrasive material handling, undercarriage condition becomes even more critical.

4

What hydraulic features should buyers look for on a John Deere excavator?

Auxiliary hydraulic lines, a third valve, and a hydraulic quick coupler add flexibility and reduce attachment change time. These features matter if the machine will run thumbs, hammers, compactors, or specialty buckets. Buyers should also confirm cycle speed, smooth joystick response, swing function, travel performance, and whether cylinders are dry or seeping. A machine that has the right hydraulic plumbing already installed is generally easier and less expensive to put to work across multiple applications.

5

How do I choose the right excavator size?

Match the machine to the trench depth, lift requirements, access limits, and hauling plan. Heavier John Deere excavators typically offer better reach, stability, and production in mass excavation or truck loading, but they also bring higher transport costs and tighter permitting considerations. Smaller or mid-size machines are easier to move and can be more practical on utility or residential work. Buyers should compare operating weight, stick length, bucket size, counterweight clearance, and jobsite access before deciding.