The Westsail 32 is one of the toughest 32-foot hulls ever laid up, which is exactly why it fools people: the hull almost never fails, but everything bolted to it varies wildly because roughly half these boats left the factory as bare kits finished by amateurs of every skill level. There is no such thing as the Westsail 32 on survey day, only this hull and this owner's 50 years of decisions, so survey this specific boat, not the reputation of the model.
About half of all W32s were owner-completed from bare kits, so the bulkhead tabbing, wiring, tankage, mast-step blocking, and engine beds were all done in backyards of varying skill and each must be judged on its own merits.
The stern tang carries the backstay load, and early boats used a 1-inch tang leaving under 1/4 inch of metal around the pin hole that cracks unseen behind the toggle, a failure Bud Taplin says has dropped the entire rig on a number of occasions.
The earliest boats used a wooden crosspiece with a U-bolt that can pull out as the wood rots (one failure broke a leg off inside the wood and cost a new mast), so a wooden crosspiece is a red flag that should be replaced with stainless.
Nearly 10,000 lb of compression rides on three 1/2-inch bronze bolts, which owners have pulled out bent into an S shape, and the bronze eyebolt has broken on a number of occasions, so replace them with stainless and inspect the stemplate at the bend.
The bobstay fitting terminates at or below the waterline where electrolysis eats it, so confirm a zinc is fitted, look for pitting and weeping, and verify no galvanized chain is used as a bobstay, which has broken the hole clean out of a fitting.
Original spars were laminated with a resorcinol glue that breaks down and lets water into the wood, so push a sharp knife in under the eyeband, around the eyebolt, and under the anchor-roller plates, because a bowsprit failure takes the whole headstay down.
Stainless does not reveal its weakness until it fails, and these 304 plates crack from the square bolt holes and suffer hidden crevice corrosion on the backside where caulk has let water in, so inspect the backside and carriage bolts (they are bolt-on, so access is easy).
The deck-stepped mast load passes through a wooden post to blocking on the ballast, but Taplin finds the blocking is often loose, too short, or never installed, so a dished cabintop, a dished sole at the post, and deckbeam trim separating from the cabin sides mean the post is crushing up.
Many early boats were ballasted with steel punchings cast in resin, and since there are no keel bolts here, rusty bilge water likely means seawater is reaching that steel through a cracked glass overlay, which should be sealed rather than shrugged off.
Broken engine-mount brackets are the single biggest W32 engine problem, caused by the late-1974 fiberglass engine pan being left free to vibrate, so inspect the mounts (especially on Volvos), alignment, shaft bearing, and exhaust, and confirm the pan is bonded to the hull.
The full Westsail 32 volume walks every point in depth, with the fix costs, the service data, and the parts sources. Leave your email for the printable checklist and word the moment the doors open.