ETAP 26I Sailboat Review, Specs, and Listings

Mortain-Mavrikios·1994 – 2006·Etap Yachting
ETAP 26I drawingBuilder drawing
Hull Type
Monohull · fin
Rig
Fractional Sloop
LOA
25.75' · 7.85 m
Disp.
5,071 lbs · 2,300 kg
First year
1994

The ETAP 26i arrives at a marina and turns heads before a single line is cleated. That is by design, not accident. Built in Belgium between 1994 and 2006 to plans by the MortainMavrikios office — the same pair behind the OVNI range of aluminium offshore cruisers — the 26i carries an unmistakably continental character that sets it apart from the anonymous ranks of production cruisers that crowd any West Country pontoon. It is a boat for sailors who care how their boat looks as much as how it sails, and who are willing to accept a handful of engineering quirks in exchange for something genuinely distinctive.

Measurements

Dimensions 01

Length Overall
25.75 ft
Length on deck
Waterline Length
23.46 ft
Beam
9.12 ft
Draft
3.77 ft
Maximum Headroom
Air Draft

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Spade
Ballast
1,433 lbs (Iron)
Displacement
5,071 lbs
Water Capacity
Fuel Capacity

Rig & sails 03

Rigging Type
Fractional Sloop
Mainsail luff
31.5 ft
Mainsail foot
10.83 ft
Foretriangle height
27.23 ft
Foretriangle base
7.78 ft
Forestay Length (estimated)
28.32 ft
Sail Area
277 sqft

Calculations 04

Sail Area to Displacement Ratio
15.01
Ballast to Displacement Ratio
28.26
Displacement to Length Ratio
175.33
Comfort Ratio
17.08
Capsize Screening Ratio
2.12
Hull Speed
6.49 kn

Hull, Keel, and Form

The 26i's hull profile is traditionally sheerlined and easy on the eye, but below the waterline the story becomes unconventional. The standard keel option is a tandem arrangement — two hydrodynamically shaped fin sections joined at the bottom by a wing — a concept originally developed by British-South African designer Warwick Collins and briefly adopted by several 1992 America's Cup campaigns. The arrangement delivers a shallower draught than a conventional fin while theoretically improving directional stability and reducing rolling, making the boat a practical choice for tidal rivers, drying berths, and shallow coastal anchorages where a standard fin-keeler would be stranded. The scoop stern adds a further practical note: easy boarding from a dinghy or from the water without the need for a separate transom ladder.

Construction and Unsinkability

Etap's defining engineering proposition, carried through the entire range, is a double-skin foam-sandwich hull that the company marketed as unsinkable. The claim is not mere marketing copy: a Yachting Monthly test of a flooded Etap 21 found that water rose only as far as the locker lids before stopping, and the attending sales representative reported having twice crossed the English Channel in a flooded example with a speed loss of roughly a knot. The benefit on the 26i is real comfort for coastal and short-handed sailors who are unlikely to have a liferaft on standby. Beyond the safety headline, the construction reflects Etap's origins as a specialist aluminium and fibreglass fabricator: bespoke aluminium fittings appear throughout, including the exposed round chainplates on the hull topsides — functional items turned into deliberate design statements — and elegant aluminium stair treads below.

Rig and Handling

The 26i carries a fractional rig without a backstay, a choice that permits a well-roached mainsail and a clean, uncluttered stern profile. The trade-off is that the swept-back crosstrees which compensate for the missing backstay also limit how far the boom can be eased on a dead run — the crosstrees prevent the mainsail from being fully squared off downwind, a genuine restriction on passage. Control lines are led aft to the cockpit, and with the self-tacking jib fitted the boat can be handled single-handed with ease, tacking without touching a sheet. That same jib is, however, notably small and underpowered going to windward; owners who want serious upwind pace typically fit a genoa, which in turn requires new sheet tracks and winches, or experiment with a code zero on reaching angles. A few owners add a spinnaker for downwind legs. All lines leading aft and the self-tacking foil make the 26i genuinely simple to manage short-handed; extracting performance from it requires more thought.

Accommodation and Interior Design

Below decks the 26i makes an immediate impression. A large forward cabin window, a generous foredeck hatch, and multiple portlights flood the interior with light in a way that few boats of this size can match, and the pale wood panels with rounded corners everywhere reinforce the airy, modern atmosphere. The layout follows a pattern common to the era — saloon in the bow converting to a double berth, galley and chart table amidships, heads and aft cabin flanking the cockpit well — but Etap's execution lifts it with considered details: round locker handles, a standing chart table, and the consistently smooth interior joinery. The galley hob is not gimballed, a limitation to note for any offshore passage-making ambitions. The round stainless steel chainplates, visible from inside and out, exemplify the philosophy: hardware that would typically be hidden is instead made into a design feature echoing the round portlights.

Known Weaknesses

Three shortcomings recur in honest assessments of the 26i. First, the stanchions are low, and moving forward along the sidedecks requires care; the absence of a solid handhold at mid-ship height means that owners commonly rig a safety line across the sprayhood as a workaround. Second, the standard 10 hp engine is underpowered for the displacement, and any end-of-season weed growth on the hull or prop makes it more so; motoring against a strong tidal stream is uncomfortable at best. Third, the code zero furling arrangement can be problematic in a breeze because the sail lacks a wire luff, leading to incomplete furling when conditions deteriorate — a situation that demands calm handling and forward planning.

Refit Considerations

Owners looking to improve the sailing performance of a 26i typically address the sail plan first. Fitting a genoa with new sheet winches and adjusted fairlead tracks is the most common upgrade, transforming windward performance at the cost of the carefree self-tacking arrangement. A spinnaker is a simpler addition that several Etap owners have adopted for downwind sailing without the need to re-engineer the foredeck. The low stanchion issue is harder to resolve structurally, but a jackstay or additional handrail along the coachroof offers a practical interim measure. The cork tile deck covering, a distinctive Etap touch, requires periodic attention to adhesive and grout lines but remains durable and provides excellent grip. Engine upgrades are feasible on the standard Volvo Penta installation but require careful attention to the engine bay dimensions.

The Verdict

The ETAP 26i is an honest example of what happens when a manufacturer with genuine design ambition builds a small cruising yacht: you get something that delights the eye and makes you feel good about sailing every time you step aboard, alongside a handful of engineering compromises that demand active management rather than passive acceptance. The tandem keel solves a real problem for shallow-water sailors, the unsinkable construction is a legitimate safety advantage, and the interior light and design quality are class-leading for the size. The rig, the engine, and the stanchion height are all works in progress for the attentive owner.

Pros

  • Double-skin foam sandwich construction provides genuine flood resistance
  • Tandem keel opens shallow tidal creeks and drying berths otherwise inaccessible to fin-keelers
  • Exceptionally light and airy interior through generous glazing and large foredeck hatch
  • Self-tacking jib and aft-led control lines make short-handed sailing genuinely relaxed
  • High-quality, distinctive bespoke aluminium fittings throughout
  • Scoop stern simplifies boarding from dinghy or water

Cons

  • No backstay limits boom travel on dead downwind angles
  • Standard 10 hp engine is underpowered for the displacement, particularly against tide
  • Self-tacking jib is too small for efficient windward work; genoa conversion requires new tracks and winches
  • Code zero without wire luff can fail to furl reliably in stronger winds
  • Low stanchions make foredeck passage precarious without additional handhold provision

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