Excavatrice d'occasion Kobelco Sk60 à vendre

Why access is the first buying question in this size class

The machine makes the most sense when gate width, working clearance, surface protection or transport frequency matters alongside digging output. Before comparing brands, record the narrowest entrance, overhead restrictions, turning area, ground conditions and distance between the excavation and spoil location. A compact machine may enter a developed property more easily than a larger crawler, but the operator still needs room for the boom, bucket, blade and rotating upper structure. Reduced clearance should never be treated as zero risk: walls, vehicles, underground services and people remain part of the operating envelope. Measure the offered machine across the tracks and at its highest transport point, then compare those values with the actual route into the site. Also consider how often the excavator will move between jobs. A machine that is slightly less productive in open ground can still produce a lower project cost when it avoids special haulage, extensive surface repair or manual work in areas a larger carrier cannot reach.

Understand the 6t weight and 0.23m3 bucket references

Use the listed figures to build a shortlist, then confirm actual operating mass, transport dimensions and the bucket fitted to the quoted machine. Cab or canopy, steel or rubber tracks, arm length, blade, coupler, bucket, auxiliary piping and optional guarding can change operating weight and balance. A bucket value also says little about job performance without its width, profile, material density and compatibility with the coupler. Request current photographs of the work tool, identification plate and complete undercarriage. Ask the seller to measure overall length, width and height in the proposed transport configuration and state whether loose attachments are included in those measurements. If a specification sheet is supplied, connect it to the relevant serial range and regional version instead of relying on an undated brochure. These checks matter for trailer selection, container planning, site access and stability. Model-level figures are useful for discovery, but measured unit-level information should control the final commercial and logistics decision.

Jobs that fit a compact six-ton crawler

Typical uses include service trenches, drainage, landscaping, small foundations, retaining-wall preparation, cleanup grading and support work on larger projects. Utility contractors may value the ability to work along occupied roads, buildings and easements without mobilizing a much heavier excavator. Landscapers can use this class for drainage, grading, stump removal and material placement while limiting damage to finished areas when the track and ground conditions are suitable. Builders may use it for footing excavation, service connections and backfilling on residential or light-commercial sites. The class can also serve as a second machine that handles confined portions of a project while a larger excavator performs bulk earthmoving. It becomes a weaker choice when daily work is dominated by deep cuts, long reach, heavy lifting or high-volume truck loading. Define routine cycle requirements rather than the single hardest task. If the excavator must operate near its working limit for most of every shift, a larger carrier may complete the job with lower wear and better hourly economics.

Confirm serial identity, year and hour-meter context

The 2025 year and 500 hour fields are catalog labels until evidence ties them to the exact serial-numbered unit. Ask for a continuous video beginning with the complete machine and identification plate, moving into the operator station and monitor, and continuing through start-up. This sequence reduces the risk of combining a plate, meter and operating video from different units. Compare the displayed hours with wear on the seat, controls, pedals, blade joints, bucket linkage, coupler and track system. Wear cannot prove hours, but a large inconsistency should trigger further questions. Maintenance invoices, service sheets and earlier ownership records can add context when available and when their serial numbers agree. Do not describe the year, hours or ownership history as verified merely because a listing contains precise numbers. Put supported facts, seller statements and unresolved fields into separate parts of the inspection record and quotation so the buyer can see what still needs confirmation before payment.

Cold-start, engine and cooling-system review

A cold-to-warm operating sequence can reveal starting, smoke, temperature and response issues hidden by a pre-warmed demonstration. Request that the machine remain unstarted before filming. Show the monitor and warning lamps, cranking time, initial exhaust behavior and idle stability. Increase speed gradually, begin with light movements and continue until the hydraulic and cooling systems reach a normal working condition. Listen for irregular noise and watch whether smoke or warning indicators persist. External inspection should cover oil and coolant observations where safe, leakage, damaged wiring, hose condition, radiator and cooler cleanliness, belts and signs of prior overheating. Small diesel specifications vary by generation and region, so the serial plate and correct technical literature should identify the installed engine rather than a generic marketplace description. Video is a screening tool, not a substitute for oil analysis, fault-code review or measurements by a qualified technician when the purchase value or observed symptoms justify deeper diagnosis.

Hydraulic response and work-tool compatibility

Test every basic function after warm-up and verify auxiliary-circuit requirements against the actual breaker, auger or compactor the buyer plans to use. The operating demonstration should include travel in both directions, swing, boom, arm, bucket and blade, followed by combined movements that resemble a working cycle. Observe delay, drift, chatter, unusual noise and any performance change as oil temperature increases. Examine cylinder rods, seals, hose crimps, exposed lines, valve areas and the swivel region for damage or fresh leakage. An auxiliary line visible in a photograph does not confirm attachment compatibility. Record the circuit's direction, flow and pressure where reliable serial-specific information is available, as well as connector type, control method, return arrangement and case-drain requirement. Confirm coupler geometry, pin dimensions, attachment mass and safe carrier range with the tool supplier. Pressure and flow testing should be completed by trained personnel using appropriate service information. Correct matching protects both productivity and hydraulic components.

Tracks, blade and compact-machine wear points

Running gear, blade linkage, offset joints and bucket pins deserve close evidence because they can accumulate wear during frequent grading and confined-site work. Photograph both sides of the track system at low angles and include sprockets, idlers, rollers, guards and track condition. Rubber tracks should be checked for cuts, chunking and exposed internal material; steel systems require the appropriate wear measurements. Observe whether the machine travels consistently and whether noise differs from side to side. Inspect the blade arms, cylinder, cutting edge and pivots because compact excavators use the blade for backfilling, grading and added stability. If the boom arrangement includes an offset or swing bracket, check its pins, bushings, hoses and movement under controlled load. Examine the boom foot, arm end, bucket linkage and coupler for play. Any remaining-life percentage should identify the measurement and reference method. A distant photograph or fresh paint cannot provide that evidence.

Structure, operator station and safety-related equipment

Inspect repaired steel and operator-use systems separately from cosmetic finish, and confirm that the configuration suits local work requirements. Review the boom, arm, upper frame, lower frame, blade mounts and pin bosses for cracks, distortion, reinforcement plates and non-factory welds. A documented repair is not automatically disqualifying, but its location, cause and quality may justify specialist examination. Inside the cab or canopy, check the seat and restraint, levers, pedals, monitor, horn, lights, mirrors, glass, wipers, handholds and access steps. Test climate equipment where fitted. Look for current warning lamps and ask about active fault codes rather than assuming a clean dashboard photograph is sufficient. Safety certification, rollover protection, lifting equipment and guarding requirements vary by market and application. The destination owner should determine which labels, inspections and protective equipment are required. Comfort affects fatigue and productivity, while intact controls and access features affect safe daily use; neither should be inferred from exterior appearance.

Compare used-machine price on a total-cost basis

A credible comparison combines supported condition, included tools, expected repairs and delivered cost under the same Incoterm. Separate machine price from buckets, coupler, auxiliary tools, inspection, immediate service, known repairs, origin haulage, loading, ocean or road freight, insurance when requested, destination handling, duties and inland delivery. State the Incoterm and named place so each supplier's responsibilities are clear. Add a repair allowance based on the evidence and local parts and labor rates, especially for tracks, pin joints, hoses and attachments. Do not award value solely for a low hour-meter label or recent paint. A higher-meter machine with coherent service evidence and measured wear may be the lower-risk purchase. Ask whether bank charges, dismantling, packing and reassembly assistance are included. The useful number is the risk-adjusted cost of putting the excavator to work at destination, not the isolated figure displayed in a search result.

Remote-buying evidence and transport planning

Connect current media, inspection findings, quotation details and measured shipping data to one serial number before making a material payment. A practical evidence folder contains photographs from every side, identification plate, monitor, engine bay, hydraulic areas, running gear, blade, bucket and included tools. Add continuous cold-start and warm-operation videos plus close views of leaks, repairs and measured wear. The quotation should repeat serial identity, current location, included equipment, price basis, payment terms and validity. If an independent inspection is arranged, agree on access, scope, test limits and costs. For transport, use actual dimensions and weight, confirm whether any component will be removed, protect disconnected hydraulic fittings and list loose parts. Photograph the meter, attachments and existing damage immediately before loading. Import rules, route availability and carrier requirements change; obtain current route-specific advice instead of assuming that several compact machines will always share one container.

A compact-excavator purchase scorecard

Approve the unit only when access fit, mechanical evidence, attachment match, total cost and destination support all meet the project requirement. Begin with site measurements and the expected work cycle. Then verify serial identity and separate confirmed information from catalog fields. Review cold-start behavior, warm hydraulics, running gear, blade, pin joints, structure and operator controls. Check every planned attachment against the hydraulic circuit and mounting system. Calculate delivered cost with a realistic service and repair allowance. Finally, confirm that local technicians and suppliers can support routine filters, seals, track parts and the relevant serial range. Score each category and record unresolved issues. Brand familiarity can help with support, but it cannot replace evidence from the offered machine. If a critical plate image, operating sequence, measurement or commercial term remains missing, pause the purchase rather than treating a general product description as proof.

Kobelco Sk60 buyer FAQ

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