Hunter 28 Sailboats for Sale

Layouts on the Used Market

The Hunter 28 was built with a single interior arrangement throughout its production run, so there is little variation to navigate on the brokerage market. The layout centers on a U-shaped dinette aft of the companionway steps, a compact galley to starboard, a small head compartment to port forward of the main saloon, and a V-berth forward. The most discussed — and most divisive — feature is the aft cabin tucked behind the engine, accessible via a steeply angled sole. In practice this space functions more as an occasional berth or stowage nook than a true sleeping cabin, and boats that have seen genuine cruising use will show wear on the cabin sole in that area. The V-berth forward is the more practical sleeping arrangement for overnight passages. The saloon headroom and sole width are genuinely tight for taller sailors, a reality confirmed once you step aboard rather than reading about it.

Equipment and Common Upgrades

Used examples commonly arrive fitted with autopilot and a bimini, reflecting the boat's identity as a coastal day-sailer and weekend cruiser where helm comfort under power or light air matters. A chartplotter and a dodger are frequently seen additions, often installed by the first or second owner as basic offshore comfort items. Previous owners have occasionally added a spinnaker or asymmetric spinnaker to improve downwind performance — the fractional sloop rig rewards that investment — and a short-handed sailing setup with line organizers led aft to the cockpit turns up from time to time on more heavily used examples. Cockpit showers and supplemental heating are occasional owner upgrades on boats that have seen extended cruising seasons, particularly in northern waters. The swim platform that Hunter incorporated into the transom design is a stock feature rather than an aftermarket addition, though its execution on this hull size draws mixed reactions from owners.

What to Inspect

The Hunter 28 demands a thorough pre-purchase survey, and several areas warrant particular attention. Marine surveyor David Pascoe documented significant hull laminate concerns after inspecting a representative example: the hull bottom laminate is notably thin in unsupported sections, particularly in the aft quarters, where the hull could be deflected under hand pressure — a condition that warrants careful moisture metering and laminate thickness testing at survey. Osmotic blistering of the hull bottom has been observed and should be assessed for severity and whether professional barrier-coat remediation has already been completed.

The rudder is another focal point. Soft spots in the rudder foam core have been reported and are consistent with the construction approach used. Probe the rudder carefully and have the surveyor sound it thoroughly; water intrusion into a foam-core rudder accelerates delamination and can ultimately compromise steering integrity.

The engine mounts deserve close attention. Excessively soft and deteriorated Yanmar engine mounts that allow the engine to oscillate under load have been flagged as an issue, and this condition accelerates wear on the cutlass bearing, shaft seal, and transmission coupling. Inspect and run the engine at the dock and under load at sea trial; any unusual vibration or movement warrants investigation and likely replacement of the mounts before purchase or immediately after.

The rig was designed with notably light standing rigging — single lowers and light-gauge uppers — which calls for careful inspection of the shrouds, chainplates, and turnbuckles for any signs of fatigue, fraying, or corrosion. The chainplate bedding areas on the deck should be checked for water intrusion. The bow pulpit leg bases have shown a tendency toward deck crazing under load and should be examined for stress cracks and proper bedding.

Electrically, the original boat was equipped with minimal instrumentation and a small battery bank. Most used examples have seen some electrical work over the decades; check the integrity of wiring runs in the bilge area and verify that the bilge pump is adequately sized for the boat. The cockpit-mounted control panel placement — low in the cockpit where it is exposed to water — can result in corroded terminals and intermittent panel faults.

Availability and Buyer's Takeaway

The Hunter 28 circulates most actively in the United States, where production was concentrated and the shallow-draft wing keel suits the protected coastal and bay sailing typical of the mid-Atlantic, Chesapeake, and Gulf regions. Examples also appear in the United Kingdom, the Netherlands, and Canada, generally through established brokerage networks catering to entry-level cruising. The boat's modest size and light displacement keep marina costs and haulout fees manageable, which contributes to a reasonably active resale market.

For a buyer seeking an affordable platform for weekend coastal sailing with occasional overnight passages, the Hunter 28 represents accessible inventory. The key is not to overpay for deferred maintenance and to budget for the survey findings that are almost certain to surface. A boat with documented engine mount replacement, a professional barrier coat on the hull bottom, and a recently inspected rig is worth meaningfully more than one where those items are unknown.

Before making an offer, verify:

• Hull laminate thickness and moisture content confirmed by survey, particularly in the aft sections
• Rudder sounded for soft spots or delamination
• Engine mounts inspected and replaced if soft or deteriorated
• Standing rigging — uppers, lowers, and chainplates — inspected for wear and corrosion
• Hull bottom blistering assessed and barrier coat status confirmed
• Deck-to-hull joint integrity, especially at the bow pulpit bases
• Bilge pump sizing and battery bank capacity adequate for intended use
• Electrical panel and wiring in the cockpit area checked for corrosion
• Rig tuning confirmed appropriate for the fractional sloop configuration