Westerly Storm 33 — Information, Review, Specs

Ed Dubois·1986 – 1993·~141 hulls·Westerly Marine Ltd.
Approximate drawing

Hover a measurement to read its value

Hull type
Monohull · fin
Rig
Masthead Sloop
LOA
33.17' · 10.11 m
Displ.
11,310 lbs · 5,130 kg
First year
1986

The Westerly Storm 33 represents a significant evolution in the history of British boat building, marking the transition from the heavy, traditional cruisers of the 1970s to the more agile, performanceoriented designs of the late 1980s. Launched in 1986 and designed by the renowned Ed Dubois, the Storm 33 was tasked with succeeding the legendary Westerly Fulmar. It succeeded by offering a blend of modern hull geometry and robust construction that appealed to both dedicated club racers and coastal cruisers. Unlike the custom, highperformance carbonfiber vessels produced by the namesake Californiabased Westerly Marine Inc., the Storm 33 was a production triumph of the UKbased Westerly Yachts Ltd, which utilized highquality GRP (glassreinforced plastic) to create one of the most respected 33footers of its era.

Measurements

Dimensions 01

LOA
33.17 ft
LWL
27 ft
Beam
11.5 ft
Draft
5.5 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Spade
Ballast
4210 lbs
Displacement
11310 lbs
Water
80 gal
Fuel
17 gal

Rig & sails 03

Rig type
Masthead Sloop
P · main luff
37.65 ft
E · main foot
12.16 ft
I · fore ht.
43.4 ft
J · fore base
14.12 ft
Forestay (est)
45.64 ft
Sail area
523 sqft

Calculations 04

SA/D ratio
16.6
Ballast/Disp.
37.22
D/L ratio
256.52
Comfort ratio
23.42
Capsize screening
2.05
Hull speed
6.96 kn

Sailing Performance & Handling

The Storm 33 is characterized by its stiffness and predictable handling, a hallmark of the Ed Dubois design philosophy. With a Displacement/Length (D/L) ratio of approximately 256 and a Sail Area/Displacement (SA/Disp) ratio of roughly 17.5, the boat sits firmly in the "performance cruiser" category. It is nimble enough to be rewarding in light airs but truly excels when the breeze freshens, where its relatively deep fin keel (5’ 6”) or the optional twin (bilge) keels provide excellent tracking.

According to an archival review by Yachting Monthly, the boat feels remarkably well-balanced on the helm, particularly the 7/8 fractional rig version which allows for fine-tuned sail control. The fractional rig was a departure from the masthead rigs common on earlier Westerlys, offering a larger mainsail that is easier to manage for short-handed crews. Owners frequently note that the boat points exceptionally high for a cruiser of its age, often outperforming modern designs of similar displacement in a chop due to its moderate beam and well-distributed buoyancy.

Interior Comfort & Variations

The interior of the Storm 33 was considered revolutionary for the mid-80s, primarily because it successfully integrated a genuine aft cabin into a 33-foot hull without compromising the cockpit's ergonomics. The layout typically features a large, U-shaped galley to port and a forward-facing chart table to starboard. The use of high-quality teak joinery and a light-colored headliner creates a warm yet airy atmosphere.

Westerly produced several variations on the Storm hull to cater to different markets. The standard "Storm 33" focused on cruising comfort, while the "Stormforce 33" was a stripped-back, racing-oriented version featuring a deeper keel and a more basic interior to save weight. Additionally, the hull served as the foundation for the Westerly Falcon 34, which utilized a slightly extended transom and a different deck mold to offer more internal volume and a center-cockpit-style feel in some configurations. The headroom is generous at roughly 6’ 2” in the main saloon, making it a viable long-term coastal cruiser for taller sailors.

Known Issues & Buyer’s Checklist

Prospective buyers should approach the Storm 33 with a specific technical checklist, as certain issues are systemic to the build era and Westerly’s specific construction methods.

  • The "Westerly Droop": The foam-backed vinyl headliners used in the 1980s are notorious for failing as the foam degrades, causing the fabric to sag. Replacing these is a labor-intensive project that is common among nearly all original examples.
  • Keel Bolt Inspection: While Westerly hulls are generally over-engineered, the transition to the bilge-keel versions (where applicable) requires careful inspection of the "reinforcing floors" around the keel stubs to ensure no stress cracking has occurred from groundings.
  • Engine Maintenance: Most Storm 33s were originally fitted with the Volvo Penta 2003 series engine. While reliable, these engines are known for spline wear between the flywheel and the gearbox/saildrive. Buyers should check for any "knocking" sounds at low RPMs.
  • Osmosis: While Westerly used high-quality resins, any boat from the 1980s should be checked for osmotic blistering, particularly if the original gelcoat has not been treated with an epoxy barrier coat.

Community & Resources

The primary hub for technical data and historical records for this model is the Westerly Owners Association, one of the largest and most active owner groups in the world. They maintain an extensive archive of original brochures, technical manuals, and a "Defects and Fixes" database that is indispensable for anyone maintaining a Storm 33.

The Verdict

The Westerly Storm 33 remains a gold standard for used 33-footers, offering a level of build quality and sailing pedigree that is difficult to find in more contemporary, mass-produced "med-style" cruisers. It is a boat that rewards a skilled sailor while remaining forgiving enough for a family.

Pros:

  • Excellent balance and upwind performance for a cruiser.
  • Thoughtful interior layout with a functional aft cabin.
  • Robust construction and high-quality joinery.
  • Exceptionally strong support from the Westerly Owners Association.

Cons:

  • Interior headliners (the "Westerly Droop") almost always require replacement.
  • Original Volvo Penta 2003 engines may be approaching the end of their service life.
  • Performance is significantly more hampered by heavy cruising loads compared to modern, wider-stern designs.

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