Design Brief & Intent
The Tashiba 36 was designed for the uncompromising offshore cruiser who prioritizes directional stability, heavy-weather comfort, and ultimate survivability over absolute light-air speed or modern, flat-water pointing capability. Within the builder's own portfolio, the model stands as the direct intellectual successor to the highly popular Baba series. While the older Baba 35 featured a more traditional, un-cut full keel, the Tashiba 36 represents a performance-oriented leap forward by utilizing a deeply cutaway forefoot on its modified full keel. This design choice significantly reduces wetted surface area and improves helm responsiveness without sacrificing the tracking stability or the rudder protection that define a true blue-water voyager.
Below deck, the boat is a showcase of old-world craftsmanship. Constructed during what is now referred to as the "Golden Age" of Taiwanese boatbuilding, the interior joinery is executed in select, hand-fit Burmese teak. High-grade details abound, including curved laminated door frames, fully louvered locker doors for ventilation, and heavy, satin-varnished bulkheads. Unlike many dark and claustrophobic cruisers of its era, the Tashiba 36 contrasts this heavy woodwork with white laminate overheads, bronze opening ports, and a prominent butterfly hatch over the main salon, creating an interior environment that feels both safe and surprisingly airy.
Variations & Configurations
The yacht was primarily rigged as a cutter, which offers excellent sail plan versatility for short-handed couples navigating varying wind conditions. On deck, Ta Shing offered two distinct configurations: the standard aft-cockpit profile and a highly specialized pilothouse version. The pilothouse model, featuring a raised coachroof, dual steering stations (both inside and out), and midships accommodations, was targeted specifically at high-latitude cruisers seeking shelter from the elements.
Draft options were split between a standard draft of five feet, six inches, and a shoal-draft version drawing four feet, six inches. The standard draft remains highly favored for its superior lift and windward performance during long ocean crossings, while the shoal version caters to coastal cruising in thin-water regions. Accommodation layouts also varied, though the single-cabin owner’s version remains the most highly prized on the secondary market. This layout places a luxurious, private V-berth master stateroom forward, paired with a remarkably spacious head containing a dedicated stall shower—a rare luxury for a 36-foot vessel of this vintage.
Sailing Performance & Handling
At the heart of the Tashiba 36’s appeal is its predictable, seakindly motion. With a heavy displacement of 20,350 pounds and a ballast-to-displacement ratio of roughly 43 percent, the yacht is exceptionally stiff and exhibits high initial and secondary resistance to heeling. The displacement-to-length ratio of 322 indicates a heavy, traditional displacement cruiser that is designed to slide through chop rather than bounce over it. This translates to a high comfort ratio of approximately 36.8, ensuring that the crew experiences far less fatigue during multi-day ocean passages.
The sail area-to-displacement ratio sits at 15.11, meaning the boat can feel somewhat sluggish and underpowered in light, under-ten-knot breezes, particularly when carrying its heavy cruising payload. However, as the wind climbs into the mid-teens and higher, the Tashiba 36 truly finds its stride. Thanks to its capsize screening formula of 1.72, the boat possesses outstanding righting energy and stability in blue water. On a reach or a run, the balanced canoe stern and modified keel allow the boat to track as if on rails, easing the load on both the helmsman and any windvane or mechanical autopilot systems.
Market Snapshot & Economics
On the brokerage market, the Tashiba 36 commands a distinct premium compared to other Taiwanese imports of the same era. Its limited production run and stellar reputation for build quality keep availability low and demand relatively high among serious cruisers. It is viewed as an investment-grade classic that holds its value well if properly maintained.
However, prospective buyers must factor the "Taiwanese yacht tax" into their economic equations. Due to the high-end, complex construction methods used by Ta Shing, systems are deeply integrated, and accessing plumbing runs, wiring harnesses, or chainplates often requires removing beautiful, custom cabinetry. This translates to higher-than-average labor costs for major structural refits, making this a model best suited for owners who are either highly competent DIYers or willing to pay a premium for professional shipwright services.
Known Issues & Triage
The most critical technical vulnerability of the Tashiba 36 lies in its deck construction. The deck is constructed using hand-laminated fiberglass with an end-grain balsa core. During production, Ta Shing laid extensive teak decking over this core, securing the teak planks with thousands of individual wood screws. Over decades of thermal cycling and UV exposure, deck caulking dries out, screw plugs back out, and moisture inevitably migrates down the threads into the balsa core. Triage of a neglected Tashiba 36 requires a rigorous, professional-grade moisture survey. Finding wet, delaminated balsa core under the teak is common and can require a massive, labor-intensive recoring and teak-removal project.
The second major area of concern is the fuel system. The original 75-gallon fuel tanks were typically made of mild steel or stainless steel. Over time, water condensation settling at the bottom of the diesel tank can cause localized pinhole corrosion, leading to weeping fuel and persistent odors. Because these tanks were glassed-in and surrounded by structural joinery, replacing them is a complex, destructive process that requires either cutting the cockpit sole open or dismantling parts of the galley and salon cabinetry.
Additionally, the original stainless steel chainplates, which pass through the deck to secure the standing rigging, are subject to crevice corrosion. Because they are hidden behind teak cabinetry below, they must be periodically drawn and inspected for hairline cracking, as a failure here can result in rig loss.
Modernization & Upgrades
Modernizing a Tashiba 36 typically begins with the deck. Many veteran owners have chosen to peel the aging, problematic teak decks entirely. Once the old wood is removed and any wet balsa core is repaired and re-glassed, the deck is typically refinished with a clean, low-maintenance gelcoat non-skid pattern. This modification sheds hundreds of pounds of unnecessary high-side weight, permanently eliminates hundreds of potential leak paths, and modernizes the boat's profile.
Electrical systems are another prime candidate for modernization. The original wiring is rarely up to modern standards, and cruisers frequently convert the house banks to modern lithium iron phosphate batteries. Thanks to the ample space under the settees and berths, installing massive solar arrays on custom stern arches, alongside high-output alternators on the standard Yanmar 4JHE diesel engine, has become a standard upgrade for off-grid cruising. Many owners also take the opportunity during standing rigging replacements to replace old aluminum mast tracks with low-friction systems, making it significantly easier to raise and reef the mainsail from the safety of the cockpit.
The Verdict
The Ta Shing Tashiba 36 is an exceptional, heavily built blue-water cruiser that stands as a monument to the peak of semi-custom Taiwanese boatbuilding. For the sailor whose dream involves crossing oceans in safety, comfort, and traditional style, few 36-footers can match its seakindliness, tracking ability, and breathtaking woodwork. However, it is not a boat for those seeking light-air agility, low-maintenance plastic surfaces, or cheap, easy modernizations. Buying a Tashiba 36 is a commitment to preserving a work of maritime art, and its value will always be directly tied to the stewardship of its owner.
Pros:
- Masterful interior teak joinery and high-quality cabinet construction.
- Outstanding seakindliness, comfort in heavy seas, and high resistance to capsize.
- Excellent directional tracking due to the modified full keel and canoe stern.
- Secure deck layout with deep bulwarks, sturdy handrails, and a highly protected cockpit.
- Strong resale value and high long-term desirability among blue-water cruisers.
Cons:
- Traditional screw-fastened teak decks are highly prone to moisture ingress and balsa core rot.
- Sluggish performance and heavy helm in light air due to high displacement.
- Complex, integrated interior cabinetry makes retrofitting systems and plumbing runs labor-intensive.
- Accessing and replacing the original glassed-in metal fuel tanks requires destructive cutting.
