Tayana 65 — Information, Review, Specs

Robert B. Harris·1989·Ta Yang Yacht Building Co. (TAIWAN)
Tayana 65 drawingBuilder drawing
Hull type
Monohull · fin
Rig
Cutter
LOA
64.67' · 19.71 m
Displ.
74,000 lbs · 33,566 kg
First year
1989

The Tayana 65 represents the pinnacle of the Ta Yang Yacht Building Co.’s production during the late 1980s and 1990s. Designed by the esteemed Dutch naval architect Pieter Beeldsnijder, this flagship vessel was conceived as a highlatitude, worldgirdling cruiser for those who prioritize safety and volume over racing metrics. Unlike the smaller, Robert Perrydesigned Tayanas that define the brand’s midrange, the 65 reflects Beeldsnijder’s signature European flair, characterized by a more refined "clipper" aesthetic and a highly sophisticated interior arrangement. Built to heavyduty scantlings in Kaohsiung, Taiwan, the Tayana 65 was often delivered as a semicustom project, allowing original owners to dictate everything from cabin configurations to the choice of rig.

Measurements

Dimensions 01

LOA
64.67 ft
LWL
52.08 ft
Beam
17.75 ft
Draft
8 ft
Max headroom
-
Air draft
-

Construction & hull 02

Construction
Fiberglass
Hull type
Monohull
Keel type
Fin
Rudder
1× Skeg-Hung
Ballast
30000 lbs
Displacement
74000 lbs
Water
420 gal
Fuel
500 gal

Rig & sails 03

Rig type
Cutter
P · main luff
-
E · main foot
-
I · fore ht.
-
J · fore base
-
Forestay (est)
-
Sail area
1909 sqft

Calculations 04

SA/D ratio
17.32
Ballast/Disp.
40.54
D/L ratio
233.87
Comfort ratio
44.44
Capsize screening
1.69
Hull speed
9.67 kn

Sailing Performance & Handling

The Tayana 65 is a true heavyweight, with a displacement that typically exceeds 70,000 pounds. This mass, combined with a long fin keel and a protected skeg-hung rudder, results in a vessel with immense directional stability. It is not a boat that "fidgets" in a seaway; rather, it plows through square waves with a momentum-driven motion that significantly reduces crew fatigue on long passages.

While the hull is inherently stable, its light-air performance is limited by its high wetted surface area. It typically requires 12 to 15 knots of true wind to wake up. Most Tayana 65s were rigged as ketches or cutters to break the sail plan into manageable segments. The ketch rig, in particular, is favored by short-handed couples as it allows for a variety of "balanced" sail combinations (such as jib and jigger) when the wind exceeds 30 knots. Owners frequently report that the boat feels most at home on a reach, where its waterline length allows it to maintain high average speeds regardless of the sea state.

Interior Comfort & Variations

The interior of the Tayana 65 is a showcase of Ta Yang’s legendary teak joinery. Because these were semi-custom builds, few 65s are identical. Most layouts feature a cavernous raised salon that provides panoramic views, a feature that was ahead of its time for the late 80s. The vessel was commonly configured with four or five cabins, including a palatial master suite aft that often features a private companionway to the aft deck.

The craftsmanship is characterized by solid teak doors, curved cabinetry, and heavy bronze portlights. Onboard systems are typically "ship-like," featuring dedicated machinery spaces that house large generators and watermakers. The Tayana 64 is the most notable sibling to the 65; while they share a similar design language and hull DNA, the 64 was an evolution that refined the deck profile and updated the hull-to-deck joint. Some 65s were also produced with a "Deck Saloon" (DS) configuration, which raised the cabin house even further to accommodate an interior steering station.

Known Issues & Buyer’s Checklist

Prospective buyers of a Tayana 65 should approach the vessel with an understanding of the maintenance requirements of a large, aging Taiwanese yacht.

  1. Teak Deck Longevity: Most 65s were built with thick teak decks fastened with hundreds of screws. By this stage in their lifespan, the bungs may have worn down, and the bedding compound may have failed, leading to moisture intrusion into the deck core. A thermal imaging scan is highly recommended.
  2. Fuel and Water Tanks: Like many yachts from this era, the Tayana 65 utilized black iron or stainless steel tanks that were often "built-in" before the deck was joined to the hull. Checking for corrosion at the bottom of these tanks is critical, as replacement may require cutting into the cabin sole.
  3. Chainplate Inspection: The chainplates are robust but are subject to crevice corrosion where they pass through the deck. Given the rig loads of a 65-foot boat, any sign of weeping or rust staining requires immediate professional attention.
  4. Wiring and Plumbng: Due to the semi-custom nature of the builds, the wiring runs can be complex. Original electrical panels may lack modern circuit protection, and the extensive plumbing for multiple heads and showers often requires a systematic overhaul.

Community & Resources

The primary hub for owners is the Tayana Owners Group, a highly active technical association that maintains an extensive archive of drawings, manuals, and owner-submitted modifications. This group is an essential resource for sourcing replacement parts or understanding the specific construction quirks of the Kaohsiung yard. Furthermore, as a Pieter Beeldsnijder design, some technical lineage can be traced through Dutch maritime archives specializing in his voluminous portfolio of custom superyachts.

The Verdict

The Tayana 65 is a "little ship" designed for those whose horizons extend beyond coastal hops. It is a vessel that rewards the owner who possesses both a substantial maintenance budget and a desire for absolute security at sea.

Pros:

  • Exceptional Sea-kindliness: A heavy-displacement hull that provides a comfortable ride in heavy weather.
  • World-Class Joinery: The interior volume and teak craftsmanship are nearly unrivaled in this price bracket.
  • True Flagship Presence: A timeless, elegant design that commands respect in any harbor.

Cons:

  • Maintenance Intensive: The sheer scale of the systems and the abundance of exterior teak require constant upkeep.
  • Light Air Sluggishness: Requires significant wind to reach hull speed.
  • Docking Complexity: High freeboard and heavy mass make it challenging to handle in tight marinas without a powerful bow thruster.

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