If you’re searching for “liugong excavator price” or “liugong excavator models,” you’re probably at the same stage I was six years ago: three brochures open, one spreadsheet, and a nagging fear you’re going to pick the wrong machine.
Let me make this easier. I’m a procurement manager at a 40-person site development contractor in the southeastern U.S. I’ve managed our equipment budget—around $1.8 million a year—for six years, negotiated with more than a dozen heavy equipment dealers, and logged every purchase, repair, and resale in our fleet tracking system. This article is the total-cost-of-ownership conversation I wish someone had given me before my first excavator buy.
There is no universal “best” Liugong excavator. There is only the right machine for your work, your access, your maintenance setup, and your tolerance for surprise invoices. Here’s the classification I use:
Liugong’s naming convention is a clue. The 9018F is a 1.8-ton mini excavator. The 9035E is a 3.5-ton compact. The 915E is a 15-ton machine, the 922E is a 22-ton class, and the 925E is a 25-ton class. Mini machines handle tight residential and utility work. The 915E is the lightest mid-size I’d consider for mixed site excavation. The 922E and 925E are the main workhorses for many contractors and rental fleets.
(And no, the 848H and 856H wheel loaders don’t follow the same logic. Different product category. Don’t try to compare them to excavators.)
I’ve watched buyers play what I call “bucket golf.” They line up a few machines, stare at bucket capacity as if it were a flag on the green, and take a swing at the lowest price. But the bucket is maybe 10% of what you’re buying. The rest—hydraulics, undercarriage, cooling system, dealer support, and how many hours a week you’ll realistically run it—is where the cost actually lives.
If you’re a landscaper, pool builder, or utility contractor who works around houses and fences, the mini class is your lane. The 9018F can get through a 36-inch gate and still dig a 5-foot trench. The 9035E gives you a little more reach and bucket power for jobs like drainage or foundation footings.
What matters here is not raw power. It’s fit. A machine that’s too wide damages finished landscaping. A machine that’s too tall struggles in basements and under carports. And if you have to rent a bigger excavator once a month because your small one can’t lift a concrete culvert, that rental cost is part of your TCO.
Attachment compatibility is the hidden line item. Make sure the machine you’re considering has hydraulic quick coupler options. A machine without a thumb attachment is a single-trick tool. The bucket is not the whole game.
This is the gray area where most general contractors live. You need enough reach and breakout force for site prep, utilities, and final grade, but you’re not running a 40-ton iron parade.
The 915E is the model people skip, and that’s a mistake. It’s easier to transport than a 922E—often without a lowboy, depending on your state—and that mobilization difference can swing a bid by $300 to $700 per move. If you do 10 moves a year, that’s real money. (Should mention: DOT rules and trailer type vary by state, so don’t assume mine is yours.)
I went back and forth between the 922E and the 925E for two weeks. The 922E was cheaper and easier to transport. The 925E had more torque for the demolition bids we were starting to win. Ultimately, I chose the 922E because 80% of our work didn’t need the extra size, and the money we saved covered a 1,000-hour service plan.
Even after signing, I kept second-guessing. What if I should have bought the bigger machine? Didn’t relax until the 922E dug a 6-foot trench through clay without slowing down. Sometimes your gut says bigger, but the spreadsheet says “not yet.”
If you’re putting 40+ hours a week on the machine, you don’t have the luxury of “we’ll fix it when it breaks.” Downtime multiplies. Parts availability becomes a bigger priority than the purchase price. In this scenario, I’d standardize on the 922E or 925E and buy a dealer service plan with telematics data.
Why telematics? Because it catches coolant temperature trends before you see steam. High-hour machines stress water pumps in a way that intermittent use rarely does. A water pump failure on a rental unit means two things: a repair bill and a lost rental day. Both hurt.
This is also where I learned the cheap used machine lesson. We didn’t have a formal pre-purchase inspection checklist at the time, and it cost us. The used 925E looked clean in a walkaround. Within 90 days, the water pump and radiator were gone. The money we saved on the purchase disappeared in that single invoice. That’s when I built a simple cost calculator. Every used machine now gets a line item for cooling-system condition.
Whether you’re buying used or managing a fleet, a bad water pump sends signs. You just have to look. Here’s how to know if a water pump is bad:
Think of the water pump like a bilge pump on a boat. It’s not a glamorous part, but when it dies, everything else starts taking on water. Bad bilge pump? The hull fills. Bad water pump? The engine block overheats and the head gasket goes. You don’t want either bill.
(If you’re new to this: the water pump circulates coolant through the engine. If it stops moving enough coolant, the engine over-temps, and over-temp in an excavator means expensive.)
Let’s talk about “liugong excavator price” directly. A dealer quote is never one number. It’s a base unit plus freight, bucket package, quick coupler, hydraulic thumb, warranty, delivery, and sometimes a documentation fee that wasn’t in the brochure.
In Q4 2024, I put two quotes for a 922E side by side. The first dealer’s total was about $8,000 lower on the summary line. I almost went with them. Then I laid out the line items: no delivery, a 6-month warranty, and a small standard bucket. The second dealer was higher on paper, but their quote included delivery, a 12-month warranty, and a bucket package with a quick coupler I was going to buy anyway. On a full TCO comparison, the “expensive” dealer was actually about $3,500 cheaper when I added what the first quote didn’t include.
That’s the whole point. The unit price isn’t the price. The price is the machine’s entire working life—purchase, fuel, filters, water pumps, undercarriage shots, downtime, and resale value. Compare everything.
In the U.S., advertising claims have to be truthful and substantiated. Per FTC guidelines (ftc.gov/business-guidance/advertising-marketing), a dealer who says a used machine has “low hours” or “a rebuilt engine” should be able to back it up. Ask for the hour meter photo, service records, and a written inspection report. If they can’t substantiate it, treat the claim as marketing.
(Why mention USPS here? Because I wish excavator pricing worked like postal rates: published, predictable, and easy to verify. According to USPS (usps.com/stamps), a First-Class Mail letter is $0.73 as of January 2025. No heavy equipment dealer that I’ve worked with publishes a rate like that. That’s why you get the written breakdown.)
This isn’t about distrusting dealers. It’s about making both sides put numbers on paper. A dealer who walks you through each line item is a dealer who expects you to check.
If you’ve read this far and you’re still not sure, answer these three questions:
If you said “under 15 hours” and “tight access,” you’re Scenario A. If you said “mixed work” and “up to 40 hours,” you’re in Scenario B. If you said “over 40 hours” or “I need the dealer at 6 a.m.,” you’re Scenario C.
My experience is based on roughly 40 procurement decisions over six years, mostly mid-size and mini Liugong machines. Give or take a few. If you’re running a heavy-civil operation with 40-ton machines and hydraulic hammers, your numbers will differ. That’s normal. The framework still applies: classify the work, calculate the TCO, inspect the cooling system, and verify the claims.
Don’t play bucket golf with a six-figure purchase. The flag isn’t the cheapest quote; it’s the machine that earns its keep over its working life. Liugong has solid options through most of the excavator size range. Your job is to pick the class that matches your scenario, ask for the full price breakdown, and check the water pump before you commit.
Oh, and add a water pump inspection to your pre-purchase checklist. Future you will thank you.
Our application engineers can provide project-specific advice based on your equipment needs.
Ask an Expert