FairKeel → Buyer's guides → Beneteau First 40.7
1997–2008 · designed by Farr Yacht Design · built by Beneteau
The First 40.7 was designed by Farr Yacht Design (Bruce Farr, USA) as a high-performance one-design IRC/IMS racer-cruiser, intended to be competitive on the race course while offering enough accommodation for offshore passages. Farr drew a planing hull with a powerful beam, wide stern, and a relatively flat underbody optimised for speed across a range of conditions. Two keel options were offered: a deep-draft (7ft 9in) lead fin and a shoal-draft (6ft 2in) cast-iron fin. The class developed a strong one-design racing circuit in Europe, and many hulls have since transitioned into active cruising use, where the speed-biased design trades some sea-kindliness for real passage performance.
Check this first — the two keels differ in MATERIAL as well as depth, which matters more than the draft figures. The deep option is a lead fin at about 7ft 9in; the shoal is a CAST IRON fin at about 6ft 2in. Iron corrodes and lead does not, so the shoal boat carries a surface-corrosion and keel- bolt inspection item that the deep boat simply does not have, and a shoal hull with no documented keel work should be priced with that in mind. Confirm which is fitted before reading anything below about keel condition.
This is a general read on the Beneteau First 40.7 class — informed background, not a verdict on any individual boat. Condition, refit history, and how a particular hull was sailed and stored matter far more than class reputation. Use it to know what to look for; for a read on a specific listing, run a free FairKeel report on that boat.
Before any offshore passage: the keel on this boat bolts into an inner grid that is glued to the hull. A grounding, even a light one, or a hard passage in heavy weather can break that bond where nobody can see it. Ask for the boat's grounding and heavy-weather history in writing and have a surveyor inspect the keel attachment and the grid around it. UK guidance: MGN 613.
The keel bolts land in an inner grid (Beneteau calls it the matrix) that is moulded separately and glued to the hull. A grounding, or slamming in heavy weather, can break that bond without visible damage. In 2014 the First 40.7 Cheeki Rafiki lost her keel mid-Atlantic and four crew died; the UK MAIB found that earlier groundings and repairs to the keel and matrix had possibly weakened the structure where the keel attaches. MAIB inspectors saw detachment on several other First 40.7s, mostly around and aft of the keel after groundings and in the forward sections from slamming. Before any offshore use, ask for the written grounding history (including "light" touches), how hard the boat has been sailed offshore, and any keel or grid repair invoices, and have a surveyor inspect the keel joint, the nine keel bolts and washer plates, and the grid bays around the keel. Tap- testing next to the keel bolts is inconclusive because the bolts clamp the grid to the hull; a full check needs the nuts off and the boat's weight off the keel. Many of these boats raced, chartered or ran training courses, which is where most groundings happen.
All hulls are now 17-28 years old. Original rod or wire rigging is almost certainly at or past replacement interval. Check swage terminals for cracking, chainplate backing plates for corrosion, and the keel-stepped mast base for salt-water intrusion. Full rig replacement is a common pre-purchase or post-purchase item on this fleet.
Early hulls (1997-2001) used a polyester laminate susceptible to osmotic blistering in warm or tropical water. Moisture-meter the entire hull below the waterline and inspect for blister clusters at the gelcoat. A full blister repair and epoxy barrier coat is a realistic budget item on untreated hulls. Later hulls used vinylester skins and show fewer incidents.
The balsa-cored deck around chainplate penetrations and the mast collar is prone to water ingress and core rot after years of racing loads. Tap the deck thoroughly in these zones; soft spots warrant core sampling. Wet core at chainplates also raises structural concerns about standing rigging attachment.
Many racing-focused hulls have low engine hours but inconsistent maintenance histories. Yanmar 3GM or 4JH series engines are robust but need impeller, heat exchanger, and exhaust elbow inspections. Shaft seal and cutlass bearing condition should be checked on any hull with racing miles; misalignment from grounding or hard sailing is not uncommon.
This guide is the class. A report is that hull. Paste the listing you're looking at and FairKeel grades every claim in it against what's known about the Beneteau First 40.7 — where the evidence is thin, the red flags worth a second look, the costs likely to land in your first season, and whether the boat suits the plans you describe in a few short questions.
It won't read the photos or put a number on the boat — that's the Deep-Dive, and for the real answer, a surveyor. It will tell you when a Deep-Dive isn't worth buying. Free, no account, usually a minute or two.
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