Kiwi 35 Information, Review, Specs

Sailing Performance & Handling

The Kiwi 35 is a purpose-built downwind flyer, characterized by a staggering sail area-to-displacement (SA/Disp) ratio that often exceeds 30, depending on the specific mast configuration. Because the hull itself is exceptionally narrow at the waterline, it exhibits very low wetted surface area, allowing it to ghost along in light airs that would leave traditional racer-cruisers becalmed. However, the boat truly transforms when the breeze exceeds 15 knots. In these conditions, the Kiwi 35 is known to "pop" onto a plane with minimal effort, often hitting speeds in the high teens or low twenties under spinnaker.

Handling is described by owners as "surgical" but demanding. The boat utilizes a high-aspect-ratio spade rudder that provides immediate feedback, but the lack of displacement means the hull can be easily overpowered if the crew is slow to move weight to the wings. While the racks provide safety for the crew while hiking, they also introduce windage and can catch waves in heavy seas, a phenomenon often discussed in performance archives regarding the boat’s sea-kindliness. In a chop, the flat-bottomed hull can pound, making the Kiwi 35 a vessel best suited for tactical coastal racing rather than grueling offshore passages in heavy weather.

Interior Comfort & Variations

Consistent with its "Grand Prix" racing pedigree, the interior of the Kiwi 35 is stark and utilitarian. The boat was never intended for extended living, and the accommodations reflect a "camping at sea" philosophy. The cabin is essentially a shell to keep the electronics and sails dry, featuring four simple pipe berths for the crew and a rudimentary navigation station. Headroom is significantly restricted, and amenities like a galley or an enclosed head are usually absent or reduced to the most basic portable components to save weight.

While the primary model remained the 35-foot winged variant, O.H. Rodgers developed a smaller sibling, the Kiwi 24, which followed a similar ULDB philosophy but without the prominent wings of the 35. Some custom versions of the 35 were also modified for "Double-Handed" racing, featuring simplified deck layouts and additional ballast to compensate for the smaller crew’s inability to fully utilize the hiking racks.

Known Issues & Buyer’s Checklist

Prospective buyers of a Kiwi 35 must focus their inspection on the structural integrity of the wing attachments and the hull-to-deck joint. Because the wings transfer immense torque to the hull when the crew is hiking in a seaway, these points are prone to stress cracking or delamination.

• Wing Attachment Points: Inspect the heavy-duty stainless steel or aluminum mounting hardware and the surrounding fiberglass for signs of crazing or structural fatigue.
• Balsa Core Integrity: The Kiwi 35 utilized lightweight coring in the deck and hull to maintain its ULDB status. Any moisture intrusion around stanchions, tracks, or the mast step can lead to widespread soft spots that are costly to remediate.
• Rudder Post and Bearing: The high-aspect rudder places significant load on the bearing sleeve. Check for "slop" or play in the steering system, which can indicate worn bushings or a weakened rudder post.
• Keel Sump: Though the keel is relatively light for a boat of this length, the sump area should be checked for "smile" cracks at the leading edge, which may indicate a history of groundings or excessive flex during high-load racing.

The Verdict

The Kiwi 35 is a specialized tool designed for a specific purpose: winning races in downwind and reaching conditions. It remains a cult classic for sailors who value speed and tactical complexity over comfort.

Pros

• Exceptional Speed: Capable of planing and reaching speeds that outpace many modern 40-footers.
• Light Air Prowess: The narrow hull and large sail plan make it a weapon in light-wind regions.
• Mechanical Simplicity: Minimal onboard systems mean lower maintenance costs for the "go-fast" sailor.

Cons

• No Interior Comfort: Completely lacks the amenities required for cruising or even comfortable overnighting.
• Physical Demands: Requires an active, athletic crew to manage weight distribution on the wings.
• Fragility: The ultralight construction requires a careful eye for structural fatigue and core health.