2026 China Used Excavator Inspection Report: Brands, Weight Classes and Common Fault Checks

Original inventory research · Snapshot 17 August 2026

2026 China Used Excavator Inspection Report: Brands, Weight Classes and Common Fault Checks

A transparent view of brands and operating-weight classes in a current China-based export inventory, followed by a field inspection framework for the faults that matter before purchase.

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Executive findings

653used excavator pages
1,879total products reviewed
51.6%published operating weight
23.1%CAT pages in the sample

The sample is broad by brand but uneven in specification completeness. Brand identity is usually clear; operating weight is absent from nearly half of the qualifying pages. For buyers, a model name and meter reading are not substitutes for plate identity, measured undercarriage wear and a hot hydraulic test.

How the dataset was built

Inclusion required an active, published product whose public title or handle explicitly identifies a used excavator. Titles marked New were excluded even when historical tags contained the word used.

  1. 1
    Identify

    Screen public title, handle, product type and publication status.

  2. 2
    Classify

    Normalize brand names and group explicit operating weights into five classes.

  3. 3
    Do not infer

    Keep year, hours or weight blank when the published text cannot be parsed reliably.

  4. 4
    Separate evidence

    Inventory counts describe this website; manufacturer sources support the inspection method.

Brand distribution in the published sample

CAT is the largest single brand group with 151 pages, or 23.1% of the 653-page sample. The next four groups are Komatsu, Hitachi, SANY and Doosan. This measures inventory coverage, not reliability.

Brand Pages Share of sample
CAT 151 23.1%
Komatsu 71 10.9%
Hitachi 63 9.6%
SANY 62 9.5%
Doosan 54 8.3%
XCMG 54 8.3%
Volvo 48 7.4%
Kobelco 43 6.6%
Hyundai 36 5.5%
Shantui 14 2.1%
Other / unclassified 13 2.0%
SDLG 13 2.0%
Sumitomo 11 1.7%
Kubota 7 1.1%
LiuGong 7 1.1%
Lonking 6 0.9%

Published field completeness

Field Explicitly found Buyer meaning
Year 488/653 74.7% The listed year is a screening input; confirm the serial plate and production records.
Meter hours 554/653 84.8% A meter reading is not a condition grade. Compare wear, controller data and maintenance history.
Operating weight 337/653 51.6% Use the exact configuration for transport, lifting and freight calculations; do not infer it from model family alone.
Published price 653/653 100.0% Treat it as a reference machine price until condition, availability and export terms are confirmed.
Primary image 653/653 100.0% A listing image helps identify the machine, but a dated walk-around and detail set is still required.

Operating-weight distribution

Operating weight was explicit on 337 pages. Within that known-weight subset, machines of 40 tonnes and above form the largest class at 24.9%, closely followed by 20-29.9 tonnes at 23.4%. The 316 pages without a parseable weight remain outside the class comparison.

Weight class Pages Share of known-weight subset
Under 10 t 74 22.0%
10-19.9 t 58 17.2%
20-29.9 t 79 23.4%
30-39.9 t 42 12.5%
40 t and above 84 24.9%

Common fault checks: evidence before opinion

The report does not rank brands by fault rate. It converts recurring excavator risk areas into observable tests, comparisons and purchase decisions.

Inspection area Evidence to collect Comparison logic Decision rule
Identity and history Serial plate, model suffix, year evidence, controller hours and service records. Cross-check all identifiers against the quotation, video and export documents. Pause payment when identity or configuration cannot be reconciled.
Cold-start engine First start of the day, crank time, exhaust color, blow-by, coolant and warning lights. A pre-warmed engine hides start behavior; compare cold idle with hot load response. Require a true cold-start video or an independent inspection.
Hydraulics under heat 45-60 minute work cycle, cycle time, drift, pump noise, hose and cylinder leakage. Cold oil can mask internal leakage; compare cold speed with fully warm performance. Price repairs before purchase if drift, weak travel or slow combined movements appear hot.
Undercarriage wear Measured link, bushing, shoe, roller, idler and sprocket condition. Visual appearance is weaker than measured wear against manufacturer limits. Use remaining-life measurements to adjust price and parts budget.
Travel and final drives Straight travel, counter-rotation, slope hold, oil leaks and final-drive noise. Compare left and right travel under equal load and after warm-up. Reject unexplained speed imbalance or include rebuild cost in the offer.
Swing system Slew bearing play, swing brake hold, ring gear noise and upper-frame movement. Check stationary play and loaded swing, not only free rotation in the yard. Escalate excessive play to measurement before accepting the machine.
Boom, arm and frame Cracks, fresh paint, weld profile, plate reinforcement, pin bosses and lower-frame damage. Compare both sides and inspect high-stress transitions under clean light. Accept documented professional repair only after structural review; avoid unexplained welding.
Pins, bushings and bucket Side play, vertical play, pin rotation, lubrication and attachment wear. Compare loaded movement at boom foot, arm joint and bucket linkage. Small play may be serviceable; multiple loose joints signal a wider rebuild budget.
Electrical and safety Display faults, sensors, lights, horn, alarm, camera, seat belt and lockout lever. Compare dash codes before and after the hot test and key cycle. Require safety faults and active codes to be resolved or itemized.
Export configuration Overall dimensions, detachable parts, bucket size, counterweight and lifting points. Compare the inspected configuration with the packing and freight quotation. Do not book freight until dimensions and disassembly plan match the exact unit.

What changes by machine size

Under 10 t

Urban work, farms and tight access

Blade, rubber or steel track condition, auxiliary lines, slew play and transport width.

10-19.9 t

Utilities and lighter civil work

Stability, boom-foot play, undercarriage measurement and local transport limits.

20-29.9 t

General contracting and truck loading

Hot hydraulic cycle, swing performance, final drives, bucket linkage and production balance.

30-39.9 t

Quarry support and heavier earthmoving

Structure, cooling under sustained load, larger-component leakage and lifting/transport plan.

40 t and above

Mining, quarry and mass excavation

Component history, measured undercarriage, boom/arm integrity, disassembly, lifting and destination logistics.

A purchase-grade inspection sequence

  1. 1
    Before arrival

    Lock the serial number, exact configuration, stated year, meter hours and quoted terms.

  2. 2
    Cold machine

    Record the first start, warning lights, exhaust, blow-by, fluids and visible leaks.

  3. 3
    Work to temperature

    Dig, lift, swing, travel and combine functions for 45-60 minutes.

  4. 4
    Measure

    Record undercarriage wear, joint play, drift, temperatures and cycle observations.

  5. 5
    Reconcile

    Match photos, measurements and defects to the final price, repair list and shipping configuration.

  6. 6
    Release payment

    Pay against agreed evidence, identity and export documents, not appearance alone.

Five weight classes, five inspection contexts

These are representative public inventory images, not claims that the pictured units passed every test in this report. Open each listing to review its current published details.

Komatsu PC55MR used excavator inspection exampleUnder 10 tKomatsu PC55MRKobelco SK140LC used excavator inspection example10-19.9 tKobelco SK140LCCAT 320GC used excavator inspection example20-29.9 tCAT 320GCVolvo EC300EL used excavator inspection example30-39.9 tVolvo EC300ELCAT 390FL used excavator inspection example40 t and aboveCAT 390FL

Primary inspection sources

Manufacturer guidance is used to define what should be inspected. YUANJIAN inventory data is used only for the page-count and specification analysis above.

Reuse and cite this dataset

Suggested citation: YUANJIAN MACHINERY INTERNATIONAL TRADING LIMITED (2026), 2026 China Used Excavator Inspection Report: Brands, Weight Classes and Common Fault Checks, inventory snapshot dated 17 August 2026.
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Need an inspection on a specific machine?

Send the model, destination port and required test points. We can confirm current stock, provide dated photos and working video, and coordinate buyer-appointed inspection before shipment.

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Report FAQ

Does this report show the failure rate of each excavator brand?

No. It reports inventory composition and inspection priorities. A defensible failure-rate study would require standardized inspections and repair outcomes for a controlled sample.

Why are only 337 machines compared by operating weight?

Only 337 of the 653 qualifying pages contained an operating weight that could be parsed explicitly. Missing weights were not inferred from model names.

Is a low-hour excavator automatically the better purchase?

No. Compare documented hours with undercarriage wear, joint play, controller data, cold start and hot hydraulic performance before choosing.

Which test is most likely to change the purchase decision?

A full hot work cycle plus measured undercarriage wear usually reveals more budget risk than a short yard walk-around.

Can the dataset be quoted by other publishers?

Yes. Use the downloadable files, preserve the 17 August 2026 snapshot date and describe it as YUANJIAN's published inventory rather than the entire Chinese market.

Published and last updated: 17 August 2026 · YUANJIAN MACHINERY INTERNATIONAL TRADING LIMITED