Hey Y'all
This was sent to me as a PM by
@jssailem
He didn't feel he could post here because he has never owned a Hunter but... he did conduct an AI dive of various forums and sent me this list.... It reads like a first-rate checklist.
I wanted jssailem to get some credit for going the extra knot...
Here is his PM to me...
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I am not a Hunter owner. I therefore did not post this as an answer to your thread query.
I have read the reviews on Practical Sailor. So I queried AI to develop a list of the issues owners have experienced.
GROK referenced:
practical-sailor.com,
cruisersforum.com,
spinsheet.com, and
bolsadenavegantes.net
I noticed that the running rigging showed its age. Sails should be raised and examined. On a 1993 boat, I would require a Rigging survey. My insurance company issued a rider this year on standing rigging that was installed in 2017 because it had not been visually inspected from the top of the mast to the deck this year.
Here is the AI summary report. It might help to establish the base of your checklist.
Specific Issues Discovered by Owners Over Time
The 1993 Hunter Legend 35.5 is a popular coastal cruiser known for its spacious interior and affordable design, but like many production boats from the era, it has developed several age-related and design-specific problems reported by owners in reviews, forums, and surveys. These issues often stem from its balsa-cored deck, fiberglass grid hull reinforcement, wing keel, and certain material choices. Based on owner experiences from sources like Practical Sailor, Cruisers Forum, SpinSheet, and other boating communities, here are the key problems that have emerged:
- Deck Core Water Intrusion and Delamination: One of the most common complaints is water penetrating the balsa-cored deck, leading to rot, soft spots, and delamination. This often occurs at foredeck fittings, jib furling line exits, chainplate attachments, and around hatches or portlights. Owners report that unchecked leaks can compromise structural integrity around chainplates and rudder interfaces. In surveys of similar models, elevated moisture readings in the deck are frequent, sometimes requiring core replacement (removing soft material and filling with marine-grade core or solid fiberglass).
- Chainplate and Bedding Issues: Chainplates are prone to corrosion, crevice corrosion, or inadequate bedding that allows moisture ingress. This can lead to leaks into the interior and weaken attachments to the hull's grid system. Some owners note that the inboard chainplates, while allowing for tighter sheeting, exacerbate pumping of the mast in choppy seas due to the lack of a baby stay.
- Rudder Delamination and Waterlogging: Rudders on older examples often suffer from delamination or becoming waterlogged, reported in multiple surveys (e.g., significant issues in 2 out of 5 boats in one review). The shallow rudder design also limits control when the boat heels excessively or in larger seas, making it feel twitchy downwind.
- Aluminum Holding Tank Corrosion: The factory aluminum waste holding tank has a short lifespan (typically 10 years max) due to internal corrosion. Many owners have replaced it with a plastic tank to avoid leaks or failures.
- Wing Keel Performance and Practical Problems: The shoal-draft wing keel (common on these models) is criticized for poor upwind pointing ability compared to fin keels. It also tends to get stuck in mud, kelp, or soft bottoms, and is harder to unstick (heeling doesn't help as it digs in further). Some owners have switched to fin keels for better sailing performance.
- Portlight and Hatch Leaks/Crazing: Fixed portlights (frameless and recessed) are susceptible to minor leaking and plexiglass crazing over time, leading to interior water damage. Hatches, like the portside lazarette cover, can crack under stress.
- Hull Grid System Accessibility: The internal fiberglass grid stiffens the hull but makes it difficult to access certain areas for inspections or repairs, especially after groundings or collisions. This design has held up well overall, but it's a frustration for maintenance.
- Osmotic Blistering: Below the waterline, osmotic blisters (small bubbles in the gelcoat from water absorption) are a recurring issue, requiring remedial repairs like peeling and epoxy barrier coats.
- Other Systems and Interior Issues:
- Battery compartment is deep and narrow, making access challenging.
- Mechanical engine stop (a pull cable) is inconvenient from the helm.
- CNG stove systems can be problematic due to limited fuel access; many convert to propane.
- Cabin sole panels can squeak if not securely fastened.
- Interior trim and veneers may peel or wear cosmetically on high-use boats.
- VHF and toilet pumping issues have been mentioned anecdotally, though not widespread.
Owners generally praise the boat's light-air performance (3-4 knots upwind in 5 knots of breeze), spacious cabin (with good ventilation from multiple hatches and ports), and value for coastal cruising. However, it's not ideal for heavy offshore use without upgrades, and slamming in head seas has been noted in rough conditions.
What a Buyer in 2026 Should Specifically Examine
By 2026, a 1993 model will be over 30 years old, so expect wear from UV exposure, moisture, and use. Always hire a professional marine surveyor for a thorough inspection, including a moisture meter, haul-out, and sea trial. Focus on these model-specific weak points to avoid costly surprises (repairs like deck core work can run $2,000–$12,000, rudder fixes $1,000–$5,000, and full refits up to $30,000):
- Deck and Core Integrity: Use a moisture meter to check for elevated readings around fittings, furling line exits, chainplates, hatches, and portlights. Tap the deck for soft spots or hollow sounds indicating delamination. Inspect for any signs of prior repairs or water stains inside.
- Chainplates and Rigging: Visually inspect chainplates for corrosion, cracks, or leaks. If possible, have them pulled for a close examination. Check standing rigging age (replace if over 15 years) and test for mast pumping under sail. Ensure bedding seals are intact.
- Rudder and Steering: During haul-out, tap-test the rudder for delamination (solid vs. dull thud) and check for moisture. Inspect bearings for play or wear, and test helm feel in various conditions—note any loss of control when heeled.
- Hull and Keel: Look for osmotic blisters below the waterline (count and size them). Examine keel-hull joint for cracks or grounding damage. If it's a wing keel, assess for mud/kelp buildup history and consider sailing performance needs.
- Holding Tank and Plumbing: Inspect the tank for corrosion or leaks; if original aluminum, budget for immediate plastic replacement. Check all seacocks, hoses, and pumps for age and function.
- Portlights, Hatches, and Leaks: Check for crazing, seals, and leaks. Open/close all to ensure smooth operation. Look inside for water damage to woodwork or upholstery.
- Engine and Mechanicals: The Yanmar 3GM (24 hp) is reliable, but check hours (under 2,000 is ideal), compression, oil analysis, and exhaust. Test the mechanical stop and access panels. Verify prop walk (minimal with MaxiProp) and cruising speed (5.5 knots at 2,700 rpm).
- Interior and Systems: Secure cabin sole panels and check for squeaks or access to bilge/sump. Evaluate battery box accessibility and electrical wiring. Test ventilation, head shower (add curtain if missing), and stove (CNG vs. propane). Inspect for cosmetic wear on teak veneers.
- Sails and Performance Gear: Age of sails (Dutchman system often replaced with lazy jacks). Test in light and moderate winds; reef early (at 18 knots) to assess handling.
- General Age-Related Checks: Batteries, electronics, pumps, and anchors. Budget for updates like LED lights or chartplotters. Review maintenance logs for patterns (e.g., repeated leak fixes).
Prices for well-maintained examples range $28,000–$45,000, but factor in refit costs. Prioritize freshwater boats or those with recent surveys/upgrades for better longevity.
