The Santana 35, designed by Shad Turner and introduced by W.D. Schock Corp in 1978, stands as a definitive example of the transition from the IOR (International Offshore Rule) era to the modern performance cruiser. While many designs of its time were plagued by the distorted hull shapes required to "cheat" rating rules, the Santana 35 prioritized a cleaner, more balanced hull form that emphasized speed and tactical agility. Produced primarily in Santa Ana, California, the boat carved out a significant niche in the West Coast racing scene and remains a staple in PHRF (Performance Handicap Racing Fleet) fleets today. Its legacy is one of dual-purpose utility, offering a platform that is competitive on the racecourse while remaining manageable for a couple or small family during weekend coastal cruises.
Schock Santana 35 Information, Review, Specs
- Make
- Schock
- Model
- Santana 35
- Builder
- —
- Designer
- —
- Number Built
Sailing Performance & Handling
The Santana 35 is widely regarded as a "driver's boat," characterized by its responsiveness and high-aspect rig. With a displacement-to-length ratio that leans toward the lighter side of its contemporary rivals, the vessel excels in light-to-moderate air, a trait often highlighted in technical retrospectives by Sailing Magazine. The boat features a fin keel and a balanced spade rudder, which together provide exceptional tracking and a tight turning radius, though the rudder can feel "loaded" if the boat is over-canvassed in heavy air.
Under sail, the Santana 35 typically carries a PHRF rating around 120 to 126, placing it in direct competition with boats like the J/35 or the Ericson 35-3. Its sail area-to-displacement ratio is generous, allowing it to power through chop where lighter ultra-light displacement boats (ULDBs) might struggle. Owners frequently note that the boat finds its "groove" quickly when beating upwind, though it requires active trimming of the backstay and traveler to keep the flat-bottomed hull from pounding in heavy seas. Downwind, the boat is stable under a conventional spinnaker, though its IOR-influenced pinched stern can lead to some "rolling" if the kite is not flown with precision in a following sea.
Interior Comfort & Variations
For a vessel optimized for performance, the Santana 35 offers a surprisingly functional interior that avoids the "stripped-out" aesthetic of pure racers. The layout is a classic arrangement for a 35-foot cruiser of the late 70s, featuring a forward V-berth, a central salon with opposing settees, and a compact galley located near the companionway. The use of warm teak bulkheads and trim gives the cabin a traditional maritime feel, though the headroom—approximately 6'1"—can feel slightly restrictive for taller sailors compared to modern high-volume cruisers.
The boat was built on the same design philosophy as its smaller sibling, the Santana 30/30, though the 35 offers a much more viable platform for extended stays. Variations in the interior are largely limited to owner-led modifications, as the factory production remained relatively standardized. Some hulls were outfitted with a more "racer-oriented" navigation station, while others prioritized storage for cruising gear. The integration of the mast step and the heavy-duty grid system is visible below decks, providing a sense of structural security that is often commented upon in technical reviews from the period.
Known Issues & Buyer’s Checklist
Prospective buyers of a Santana 35 should focus their inspection on the structural longevity of the hull and deck, particularly given the age of the fleet.
- Deck Core Saturation: Like many production boats of this era, the Santana 35 utilized a balsa-cored deck. Moisture ingress around stanchion bases, the mast partner, and chainplates is common. Any "sponginess" underfoot should be treated as a major red flag for delamination.
- Rudder Post and Bearing Wear: The spade rudder is subject to significant stress. Buyers should check for excessive "slop" or play in the rudder bearings and inspect the rudder blade for osmotic blistering or internal saturation.
- Chainplate Reinforcement: The original chainplate installations can develop leaks over decades of use. Because these are critical to the rig's integrity, inspectors should look for signs of water staining on the bulkheads where the chainplates are bolted.
- Engine Maintenance: Many original models were equipped with the Universal Atomic 4 (gasoline) or the Universal 5416 (diesel). While the diesels are robust, parts for older Atomic 4 engines are becoming more specialized. The engine's raw-water cooling system and the condition of the sail drive (if equipped) or traditional shaft log should be carefully vetted.
- Keel Bolt Integrity: The Santana 35 uses a lead keel bolted to a reinforced hull section. Inspectors should look for the "smile" at the leading edge of the keel-hull joint, which may indicate the need for torquing the keel bolts or addressing structural compression.
Community & Resources
The Santana 35 enjoys a dedicated following, particularly in the Pacific Northwest and Southern California. The Santana 35 Class Association remains the primary repository for technical data, tuning guides, and historical records. While the national association is the most prominent, local fleet chapters often coordinate one-design starts in major regattas. Owners also frequently collaborate through regional sailing forums to share advice on modernizing the rig or repowering the vessel.
The Verdict
The Santana 35 remains a formidable choice for the sailor who refuses to sacrifice performance for the sake of a floating cottage. It is a robust, well-engineered vessel that rewards a skilled hand on the tiller and offers enough comfort for comfortable coastal exploration.
Pros:
- Performance: Exceptional light-air speed and competitive PHRF potential.
- Aesthetics: A classic, clean profile that has aged better than many of its 1970s peers.
- Structural Integrity: Built by Schock, a yard known for solid fiberglass work and durable hull-to-deck joints.
Cons:
- Age-Related Maintenance: Potential for deck core issues and aging engine systems.
- Interior Volume: The pinched stern and narrow beam (by modern standards) limit aft cabin space and storage.
- Heavy Air Handling: Requires diligent sail shortening and active trimming to manage weather helm in 20+ knots.
Measurements
Construction & Hull
- Construction Material
- —
- Hull Type
- — Sailboat
- Keel Type
- —
- Ballast
- -
- Displacement
- -
- Water Capacity
- -
- Fuel Capacity
- -
Dimensions
- Length Overall (LOA)
- -
- Waterline Length (LWL)
- -
- Beam
- -
- Draft
- -
- Max Headroom
- -
- Air Draft
- -
Rig & Sails
- Rig Type
- —
- P (Main Luff)
- -
- E (Main Foot)
- -
- I (Foretriangle Height)
- -
- J (Foretriangle Base)
- -
- Forestay Length (est)
- -
- Sail Area
- -
Calculations
- Sail Area / Displacement (SA/D) Ratio
- —
- Ballast / Displacement Ratio
- —
- Displacement / Length Ratio (D/L) Ratio
- —
- Comfort Ratio
- —
- Capsize Screening Formula
- —
- Hull Speed
- — kn