2014 Beneteau Oceanis 38 "PAYDIRT", Richmond, CA 94804

Sound and moisture-map the structural liner bond, hull around the keel, repaired starboard chainplate area, port-side mirror area and all visible high-load tabbing; report any separation or prior repair.

A localized deck repair may be sound, but concealed liner/grid or symmetric load-path damage would dominate the purchase economics and offshore suitability.

State all known grounding, collision, insurance-claim and keel-repair history and provide any prior surveys or repair invoices.

The deep T-bulb keel increases grounding exposure; documentary history guides the haul inspection but does not replace it.

During haul-out inspect keel fairing, keel-hull joint, bolt/backing-plate condition and interior liner/grid for grounding signatures; also measure the actual deepest draft.

This verifies structural integrity and records the true draft under the authorized exception.

Provide the paid 2025 starboard-chainplate/deck-repair invoice, before/during/after photographs, stated failure cause, moisture findings, laminate schedule and the yard or rigger who signed it off.

This is the only disclosed structural repair and can change the decision by tens of thousands of dollars or reveal a walk-away load-path problem.

What are the installation dates for every discontinuous standing-rigging segment and terminal, and can the owner provide the paid invoices and rigger reports?

Documented recent rigging could remove an $18,000 conditional exposure; silence cannot.

Inspect aloft and the complete load path—wire, terminals, turnbuckles, tangs, spreader roots, mast step/support and both chainplates—and state whether any component needs renewal before March 2028.

The 2025 repair and unknown rig age require an independent answer from the specialist capable of signing off the system.

Hose-test and moisture-test every hull port, hatch, coachroof glazing joint and the perimeter of the 2025 deck repair; report active leaks and concealed core/joinery damage separately.

Localized resealing is modest, while concealed deck or interior damage can be expensive.

Provide the complete claimed engine-maintenance file and reconcile its dates and hours to the current 1,900-hour meter, including cooling system, exhaust elbow, injectors, valve clearance, belts, mounts and alternator work.

A coherent chronology can retire much of the machinery uncertainty; a summary claim cannot.

Perform a true cold start, blow-by check, oil/coolant analysis, charging test and sustained loaded-RPM sea trial; inspect exhaust elbow, heat exchanger, mounts, hoses and leaks.

This distinguishes a healthy 1,900-hour engine from one needing significant work without assuming age equals failure.

With the boat hauled, inspect both rudders, stocks, bearings and hull entries for moisture, corrosion, play or binding, then verify link-rod and quadrant condition under load.

Twin rudders double the inspected components, and failure of either steering path is passage-critical.

Provide the 2022 mainsail and 2024 jib invoices/specifications, including loft, cloth, weight, UV cover, batten/reef arrangement and any warranty repairs.

Recent dates are positive, but construction determines whether replacement risk is genuinely retired for a tropical passage.

Provide model-plate photographs and 2023 invoices for the B&G plotter/electronics, radar, wind/depth transducers and network; identify AIS, radar type, chart licenses and all NMEA connections.

This determines which central electronics lines receive full credit and exposes mixed-generation compatibility issues.

Inventory, identify and exercise every seacock and through-hull during haul-out; report material, bonding, hose condition and which fittings fail operation or dezincification checks.

Only a physical inventory can collapse the conditional below-waterline repair exposure.

Photograph every autopilot model plate and map the control head, heading sensor, course computer/ACU, rudder reference and mechanical drive to the twin-rudder steering system.

Existence is proven, but sizing and compatibility determine whether the central replacement budget can be removed.

During sea trial, run the autopilot for at least 45 minutes under sail in increasing load, checking course keeping, drive temperature/current, clutch slip, alarms and emergency disengagement.

Dockside operation does not prove an offshore pilot or drive can sustain loaded duty.

Document shore-power voltage/frequency, inverter/charger, isolation/grounding, alternator output, DC-to-DC or regulator path, solar equipment, distribution, battery monitor, primary fusing and conductor sizes with model-plate photographs and a one-line diagram.

It determines existing functional credit, electrical safety and the scope of any Australian shore-power conversion without charging for a greenfield installation twice.

Provide photographs of the engine and saildrive equipment plates plus the itemized paid 2024 service invoice, identifying diaphragm/seals, oil, corrosion treatment, propeller, anodes, bearings and any lower-unit work.

The phrase 'major service' does not establish which model-specific high-cost items were completed.

Inventory the primary and secondary anchors and rodes, recording anchor makes/weights, chain diameter/grade/length, windlass model/gypsy, breaker and cable size; perform a loaded retrieval test.

The installed windlass has value, but exact equipment decides all ground-tackle catalogue credits and any localized remedy.

Is any dinghy, outboard or foredeck lifting/stowage hardware included, and if so provide dimensions, material, model, age and photographs of the offshore stowage arrangement?

Included equipment or chocks may reduce catalogue cost, while the three-cabin layout has constrained cockpit storage.

What batteries are installed—brand, chemistry, model, capacity, installation date and BMS—and can a capacity or conductance test be supplied?

Actual capacity directly reduces the central 600 Ah catalogue line; unknown capacity receives no credit.

Physically identify the freshwater tanks and usable capacities—resolving the listing's one-by-89-gallon claim against Beneteau's 34-plus-53-gallon option—and pressure-test tanks, fills, vents, manifolds and pumps.

Actual passage capacity and concealed leak exposure depend on the installed tank configuration, not listing arithmetic.

Confirm that the factory emergency tiller is aboard, fits correctly and can steer both rudders through the linkage; inspect cables, chain, quadrant, stops and link rods.

Emergency steering is passage-critical and the catalogue requires a secondary method beyond an unevidenced factory part.

Inspect the 34-gallon fuel tank, fill/vent, shutoff, hoses and filtration; check the service records for polishing, contamination or tank repairs and obtain a bottom sample.

Fuel contamination or inaccessible tank defects can disable an otherwise healthy engine offshore.

Provide the 2024 canvas invoice and specify whether it includes dodger, bimini, connector and enclosure; inspect stitching, windows, frame and attachment points.

It confirms what has already been renewed and prevents duplicate canvas budgeting while distinguishing it from the central foredeck awning.

Inspect the removable forward-bulkhead structure and hardware, cabin sole and joinery for movement or water damage, and identify two practical sea-berth locations for through-bolted lee cloths.

The open modular interior is excellent at anchor but must remain structurally sound and provide safe off-watch berths offshore.

Identify the EPIRB model, HEX ID, purchase and battery-expiry dates, registration status and successful self-test; inventory any liferaft and other certified gear separately.

A serviceable current EPIRB can eliminate a catalogue line; an expired or unregistered unit cannot receive full passage-ready credit.