Standfast 36 Information, Review, Specs

Standfast 36 Drawing
Make
Standfast
Model
36
Builder
Standfast Yachts
Designer
Franz Maas
Number Built
Production Year(s)
1973 - ??

The Standfast 36, designed by the prolific Frans Maas and built at the Standfast shipyard in Breskens, Netherlands, is a quintessential example of mid-1970s Dutch naval architecture. Launched following the immense success of the Standfast 40—a model that famously won the Fastnet Race—the 36 was conceived as a slightly more manageable offshore cruiser-racer that retained the brand’s signature seaworthiness and build quality. Constructed primarily in the late 1970s, the vessel reflects the IOR (International Offshore Rule) era's design language, featuring a pinched stern, a fine entry, and a moderate-to-heavy displacement. While it was built to compete, the Standfast 36 was never a "stripped-out" racer; it was marketed to discerning sailors who demanded a yacht capable of crossing the North Sea in heavy weather while providing a refined, handcrafted interior.

Sailing Performance & Handling

The sailing characteristics of the Standfast 36 are defined by its high ballast ratio and deep, high-aspect fin keel. Owners and testers often describe the boat as having a "train-on-tracks" feel, particularly when sailing upwind. With a displacement often cited around 14,000 lbs and a lead keel providing significant righting moment, the boat is exceptionally stiff, allowing it to carry full sail longer than its lighter contemporary rivals.

Handling is characterized by a high degree of predictability. The deep-spade rudder provides excellent bite, reducing the tendency to broach in gusty conditions, a common flaw in other IOR-influenced designs of the era. According to technical archives from the Frans Maas Foundation, the hull's longitudinal stability was a priority, ensuring that the boat remained balanced even when pressed hard. While it may lack the light-air ghosting capabilities of a modern fin-keeled racer, it excels in 15–25 knots of breeze, where its momentum and hull shape allow it to power through a chop without losing significant speed.

Interior Comfort & Variations

True to the Dutch tradition of "living well at sea," the interior of the Standfast 36 is finished with high-quality teak joinery and a functional layout that prioritizes safety while underway. The standard configuration includes a classic V-berth forward, followed by a full-width head and hanging lockers. The main salon features deep-settee berths with pilot berths often situated above and outboard, a hallmark of 1970s offshore designs that provides secure sleeping quarters at sea.

The galley, typically located to the port side of the companionway, is U-shaped to keep the cook secure in a seaway, while a dedicated, forward-facing navigation station sits to starboard. One of the notable variations in this model involves the cockpit and aft section; while most Standfast 36s featured a deep, secure aft cockpit, some semi-custom versions were built with slight modifications to the bridge deck height to increase headroom in the aft quarter-berth area. The headroom throughout the main cabin is generous for a 36-foot boat of this vintage, generally exceeding 6'2".

Known Issues & Buyer’s Checklist

Prospective buyers should approach a Standfast 36 with a focus on its age-related structural maintenance, as the hulls themselves were built to exceptionally high standards.

  1. Teak Deck Integrity: Many Standfast 36s were delivered with thick teak decks screwed and bonded to the fiberglass sub-deck. Over four decades, the balsa core (if used in that specific hull's deck layup) may have suffered from moisture ingress via failing screw bungs or old sealant. A thorough percussion test or moisture meter reading of the deck is mandatory.
  2. Mast Step Corrosion: The mast is keel-stepped, and the original steel or aluminum mast step structures can be prone to galvanic corrosion or rust if bilge water has been allowed to sit at the base of the mast for extended periods.
  3. Rudder Bearing Play: The spade rudder is a high-load component. Inspect for "slop" in the bearings and check the rudder stock for signs of stainless steel crevice corrosion, especially near the top of the blade.
  4. Original Engine Replacement: Many units were originally fitted with Bukh or Volvo Penta engines from the 1970s. While robust, parts for older Bukh models can be expensive and difficult to source outside of Northern Europe. Check for recent repowers (e.g., Yanmar or Beta Marine), which add significant value.
  5. Chainplate Leakage: Like many boats of this era, the chainplates pass through the deck to the bulkheads. Any signs of water staining on the interior teak near the shrouds suggest that the chainplate seals have failed, which could lead to bulkhead rot if left unaddressed.

Community & Resources

The Standfast 36 benefits from a dedicated following in Northern Europe, particularly through the Frans Maas Foundation, which preserves the technical heritage and design archives of the Breskens yard. While no longer in production, technical support and historical context can often be found through the Dutch "Vereniging van Standfast Eigenaren" (Association of Standfast Owners), which remains a primary resource for original drawings and refit advice.

The Verdict

The Standfast 36 is a "sailor’s sailboat," offering a level of build quality and heavy-weather capability rarely found in modern production yachts of the same size. It is an ideal choice for a couple or solo sailor looking for a classic aesthetic without sacrificing offshore performance.

Pros:

  • Exceptional Build Quality: Hand-laid hulls and premium Dutch joinery that surpass modern mass-production standards.
  • Seaworthy Motion: A heavy displacement and high ballast ratio make for a comfortable, dry ride in heavy seas.
  • Timeless Aesthetics: The Frans Maas lines remain elegant and command respect in any marina.

Cons:

  • Maintenance Intensity: Older systems and potential teak deck issues require a dedicated maintenance budget.
  • Weight: Not a "light air" performer; requires a decent breeze to truly come alive.
  • Age-Related Refits: Most examples will require or have already undergone significant electrical and plumbing upgrades.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Fin
Rudder
1x Skeg-Hung
Ballast
7000 lbs
Displacement
17200 lbs
Water Capacity
83 gal
Fuel Capacity
25 gal

Dimensions

Length Overall (LOA)
36 ft
Waterline Length (LWL)
29 ft
Beam
12.33 ft
Draft
6.75 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Masthead Sloop
P (Main Luff)
43 ft
E (Main Foot)
12 ft
I (Foretriangle Height)
48.9 ft
J (Foretriangle Base)
15.4 ft
Forestay Length (est)
51.27 ft
Sail Area
635 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
15.24
Ballast / Displacement Ratio
40.7
Displacement / Length Ratio (D/L) Ratio
314.84
Comfort Ratio
30.12
Capsize Screening Formula
1.91
Hull Speed
7.22 kn