Equipment buying: cost, condition and purchase terms

Start an equipment purchase with the work and required configuration, then compare the complete cost, condition and terms of the available packages. Use the guides below for the decision you need to resolve; rental availability, a low meter reading or a seller’s inspection claim does not settle the whole purchase.

Work, cost and purchase terms

• complete costs of renting versus owning

  Renting vs owning equipment requires the same capable machine and work basis on both sides of the comparison. Establish the actual bookings, delivery, included operating hours, required attachments and customer obligations before treating a daily rental rate as an all-in hourly cost. Ownership needs annual holding costs, operating costs and the consequences of tying up capital, with realistic use and repair assumptions.

  A simplified crossover can help when both hourly rates are constant, but delivery per booking and weekly charging can make that model unsuitable.

• What costs belong in the ownership comparison?

  Total cost of ownership starts with a defined holding period, realistic use and a complete working package. Separate the annual cost of holding the equipment from the cost of operating it, then add labor, attachments and transport when the decision concerns a whole job. Iowa State’s machinery-cost guide lists depreciation, capital, taxes, insurance and facilities among ownership costs; its estimates require assumptions rather than supplying a guaranteed bill for every machine.

• How do new and used packages compare?

  New vs used equipment should be decided from comparable working packages, documented condition, written coverage and complete costs. First establish the configuration and attachments each offer includes, then inspect the used machine and verify the new or demo machine’s actual delivery, setup and coverage basis. Neither label independently establishes reliability, parts support or the least expensive ownership period.

  Deere’s published Used PowerGard flyer gives a specific counterexample to assuming that all used equipment has no coverage: it describes a qualifying inspection and fluid-testing route and transferable remaining coverage, subject to the actual agreement.

• Which excavator configuration fits the job?

  Choosing an excavator size requires the job’s working geometry, lifting requirements, access and transport limits to agree with one documented configuration. Start with the trench or placing point and the standing position the site permits, then compare the actual working-range drawing. Maximum reach and digging depth are separate positions on that drawing, not a rectangle available at every boom angle.

  Cat’s 308 CR fixed-boom specifications illustrate why the arm matters: two configurations share a model name but have different depth, vertical-wall and reach dimensions.

• What do hours and age establish?

  Hours vs age is a condition and service-history comparison, not a formula for equipment life. Identify what the meter counts, reconcile dated readings and component replacements, and compare them with measured condition. A replacement engine does not renew a transmission or frame, while worn controls beside a low reading require investigation rather than an immediate accusation of tampering.

  Calendar deadlines can also matter at low use. The AP-EA35 auger manual gives a specific gearbox example: after its first 50-hour oil change, the interval is 1,200 hours or 12 months, whichever arrives first.

• What do auction terms and fees change?

  Auction buying needs a maximum bid based on the complete purchase cost and the evidence available for the actual machine. Read the lot, event and site terms before treating a hammer price or an “inspected” label as the whole deal. Ritchie Bros.’ published US transaction schedule, effective for events opening from August 1, 2026, illustrates a cost trap: its middle price band uses a percentage with a minimum fee.

  A 31,000-dollar winning bid therefore produces a 3,000-dollar transaction fee under that standard schedule, rather than simply 5.5% of the bid.

• Which warranty or coverage terms apply?

  Warranty and coverage depend on the written promise for the exact equipment, part, use, region and start date. Identify the provider, covered components, calendar and hour limits, exclusions, deductible and claim procedure before assigning value to the word warranty in a listing. A replacement-engine document is not automatically a whole-tractor promise, and a maintenance plan may address different work from a defect warranty or insurance policy.

  Deere’s January 2023 US and Canada repair-parts document illustrates the distinction with a specific agricultural replacement-engine term and an initial unlimited-hour period.

• Dealer support and parts: Can the exact machine be serviced and supplied?

  Dealer support and parts availability must be checked against the exact repair the machine may need. Identify the serial-applicable component, obtain a supply quotation and establish who can diagnose, install and configure it. A nearby sign or a familiar engine brand does not establish support for the whole machine, while a missing public order button does not prove that documentation or parts are unavailable.

  Repair-resource access also changes: Deere lists an individual-machine annual PRO Service license with PIN-specific diagnostic, repair and reprogramming capabilities for available equipment.

• Gray-market imports: What does an import need for support and compliance?

  Gray-market imports need the exact machine’s market identity, import and compliance records, protective equipment and practical support checked before price can guide the decision. A familiar badge or model name does not establish that the tractor matches a version sold through the local manufacturer network. Kubota’s US notice makes that distinction explicit for similarly named Japan-market and US-market L200 and B6000 units, and states a support policy for the described gray-market tractors.

• How do identity, ownership, liens and theft records differ?

  Checking a machine for liens and theft requires its identity, the seller’s authority and the applicable ownership and secured-interest records. These answer different questions, so one serial-number lookup cannot settle the transaction. Vermont’s standard UCC search, for example, uses the debtor’s name and standard search logic rather than functioning as a national equipment-serial registry.

  A theft-history report checks the records its service covers; an absent match cannot certify an unrecorded ownership history or clear every possible lien.

• What should a condition report and fluid sample establish?

  A pre-purchase inspection and oil sample should produce a written account of the machine, methods, findings and conditions still untested. Agree the scope with an inspector competent in the actual model and systems before the visit. Identify included attachments, accessible structure, wear measurements, permitted operating tests and diagnostic or sampling work, with safe access and support procedures established.

  A broad inspected label cannot tell a buyer which of those tasks occurred.

Condition checks for the actual machine

• Buying a used material handler or log loader: carrier and attachment

  Buying a material handler or log loader requires a match between the work, installed carrier, boom and attachment before condition or price can settle the choice. Record the pickup and placing positions, material and required load, then obtain the applicable working-range drawing and load information for that configuration. Cat’s MH3024 reference illustrates why the package matters: its listed 7.45 m MH boom and 5 m drop-nose stick have 12,010 mm maximum reach and 13,030 mm maximum height.

• Used backhoe and wheel loader inspection: separate the working ends

  Buying a used backhoe or wheel loader requires inspection of its working equipment and carrier as a complete package. A backhoe loader needs evidence for both the front loader and the rear excavating assembly, while an articulated wheel loader adds a central steering joint and its support requirements. Identify the fitted equipment and permitted tests before comparing a clean appearance, hour display or asking price.

  Cat’s used-inspection program shows why the actual report matters: it distinguishes components needing no repair from those needing repair or replacement, with remarks and photographs for critical findings.

• Buying a used baler: tying, chamber and tractor compatibility

  Buying a used baler starts with the bale you need and the tractor that must operate the actual machine offered. Establish its chamber, feeding and tying design, then inspect those systems and price the complete connection package. A round-baler belt inspection cannot settle a square baler’s knotter condition, and a working monitor on another tractor does not establish that the included harness will fit yours.

  Deere’s maintenance checklist extends from the pickup and driveline through rolls, tension equipment, controls and wrapping; checking only the finished bale leaves much of that equipment unassessed.

• Buying a used combine: verify the hours and harvest package

  Buying a used combine requires evidence for the harvesting package, not just its engine-hour number. Identify what each display field measures, then inspect the crop-processing system, header, feeder, grain path and chassis as fitted. Deere’s 4640 Work Monitor help provides a useful warning: its elapsed separator and header fields reset when the machine powers off, so those readings are not automatically lifetime totals.

  Match the photographed labels and service records to the actual model before comparing advertised hours.

• Buying a used crane: records, configuration and qualified assessment

  Buying a used crane requires a documented configuration, matching capacity information and a qualified assessment of condition. Establish exactly which boom sections, jib, counterweights, supports, hoists, ropes and blocks accompany the offer before comparing an advertised maximum lift. Missing equipment can change both the usable configurations and the cost of the purchased package.

  Inspection records need equally careful reading: OSHA’s construction-crane rule distinguishes shift, monthly and annual examinations, and it separately addresses modifications, repairs and severe service.

• Buying a used dozer: undercarriage, drive and structure

  Buying a used dozer requires component measurements and operating evidence for the track system, drive, steering and working equipment fitted. Ask for the readings behind an undercarriage percentage, including the reference dimensions and wear method. A single number can hide a nearly new component alongside another needing replacement, and it cannot predict a fixed number of working hours left.

  Cat’s dozer guidance treats abrasive ground, impacts and slopes as separate influences on undercarriage condition, so a broad description such as farm use cannot settle the wear assessment.

• Buying a used excavator: measured wear and test limits

  Buying a used excavator means checking the exact configuration and measured condition against the work it must do. Obtain a written report covering the undercarriage, working joints, structure, hydraulics and permitted operating tests, with exclusions identified. A low hour reading, neat bucket or one successful digging cycle cannot establish every system’s condition.

  Configuration matters before any wear comparison: Cat’s current 306 CR specifications, for example, distinguish minimum and maximum operating-weight arrangements that both exclude the bucket.

• Used skid steer or track loader: inspect the attachment package

  Buying a used skid steer or track loader starts with the tools and ground it must work on. Verify the installed hydraulic option, coupler, controls and protective equipment before pricing the carrier or assuming that a matching mounting plate makes an attachment compatible. Bobcat’s M2 brochure illustrates the option difference: its S740 has a listed standard auxiliary flow of 23.0 US gallons per minute, compared with 30.5 for the optional high-flow arrangement.

• Buying a used sprayer: contamination, calibration and controls

  Buying a used sprayer requires separate evidence for residue control, liquid-system performance, calibration, electronics and the vehicle or tractor connection. A tank that looks clean does not establish that previous products have been removed, and clear water can become contaminated when introduced into equipment with residues. Resolve the cleaning history, protective equipment and contained test location before commissioning a water test under the machine’s instructions.

  Iowa State’s calibration guidance compares each nozzle with its desired output, which matters when an average appears correct but individual outlets differ.

• Buying a used telehandler: match the attachment chart and condition

  Buying a used telehandler begins with the load, attachment and placement position it must support. Obtain the chart for the actual machine and approved attachment, then check the tire and support conditions and the indicators needed to read that chart. A headline maximum capacity does not establish what the machine can place at the required forward reach.

  JLG’s chart explanation uses a typical 24-inch horizontal fork load center, corresponding to a 48-inch load only when its center of mass is halfway along that length.

Compare the complete usable package

In an assumed comparison, a $20,000 machine needing $4,000 of documented work and $1,000 delivery starts at $25,000 before tax and other charges. A $24,000 alternative is only comparable after checking its included equipment, condition and delivery. These are illustrative inputs, not market prices.

List the required attachment, controls, safety equipment, transport and support alongside the price. Keep unresolved conditions separate from priced repairs. An allowance for an unknown fault does not establish readiness for work.