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Known Issues & Common Problems

Island Packet 32 Known Issues

Common problems, survey red flags, and what to inspect before buying a Island Packet 32.

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These are the most commonly reported problems on the Island Packet 32, compiled from surveys, owner reports, and marine forums. Use this list as a pre-purchase inspection checklist — especially the high-severity items.

8
Known Issues
3 High 4 Medium 1 Low
Accommodations
Low
The full inner liner creates numerous inaccessible voids between the liner and hull where water can accumulate undetected. Musty odors and standing water in bilge sections are common complaints; bilge pump accessibility is also limited in some areas due to the liner design.
Electrical
Medium
Island Packet wiring of this era used a mix of wire gauges and routing methods that do not always meet ABYC standards. The DC panel and wiring runs behind the liner are difficult to access and inspect. Corrosion in hidden wire runs is a known problem on boats used in saltwater environments.
Engine
Medium
Many IP32s were fitted with the Universal M-25 or M-25XP diesel. These engines are known for raw water impeller housing cracks, heat exchanger scaling, and injector issues at higher hours. The stuffing box and shaft alignment should also be checked as the full-keel design makes alignment critical.
Hull/Deck
Medium
Island Packet's full-length inner liner, used throughout this era, is bonded to the hull with polyester resin. Over time the bond between liner and hull can fail, allowing water to become trapped and causing hidden delamination that is difficult to detect without moisture metering or destructive inspection.
High
The deck hardware on IP boats of this era was typically through-bolted into cored decking (Airex or balsa core). Chainplate and stanchion base areas are known to allow water intrusion into the core, leading to soft spots and core rot around these fittings.
Keel
High
The full-length encapsulated keel used on the IP32 houses the ballast internally. If the keel-to-hull joint develops cracks or the fiberglass encapsulation is breached, water can reach the internal ballast and cause hidden structural deterioration. Inspect the keel-to-hull joint carefully for stress cracking.
High
The encapsulated keel design makes it impossible to inspect the internal ballast directly. Any hard grounding can crack the fiberglass shell without obvious external damage, trapping water inside. A survey should include moisture metering of the keel.
Rigging
Medium
The integral bowsprit fitted to IP32s for the furling headsail is subject to stress cracking where it meets the hull. The bowsprit-to-hull joint and the chainplates for the bob stay should be inspected carefully for cracking and water intrusion into the surrounding deck laminate.
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