Design Brief & Intent
Des Townson conceived the Pied Piper 22 in response to a demand for an affordable, high-performance keelboat that could be easily constructed by amateurs in backyards and garages. He adapted the square-bilge design principles of his larger, highly successful keelboat, Serene, scaling them down into a 22-foot hard-chine format using sheet plywood. This construction method made the boat exceptionally cheap to build and straightforward to maintain compared to the molded fiberglass or carvel-planked vessels of the era.
While international markets were embracing heavier, more commodious pocket cruisers like the Catalina 22, New Zealand’s design school leaned heavily toward light displacement and raw speed. The Pied Piper 22 was created specifically for this high-performance environment. It was not meant for comfortable family cruising or offshore voyaging; instead, Townson envisioned a highly athletic, responsive single-handed or short-handed racing boat. It featured a deep fin keel, a transom-hung rudder, and a large cockpit that comfortably accommodated a racing crew of three or four. The cabin was deliberately kept minimalist and compact, serving primarily as a dry space for sails and basic shelter. This no-nonsense layout fostered a famously vibrant social culture. Clusters of "Piedies" would routinely raft up in secluded bays after a fierce day of racing, earning the class a reputation as the ultimate "party boats" of Kiwi yachting.
Sailing Performance & Handling 2
Under sail, the Pied Piper 22 behaves more like an oversized, high-performance dinghy than a traditional keelboat. The boat’s technical ratios paint a vivid picture of its sailing dynamics. With a sail area-to-displacement ratio of 30.34, it is exceptionally powerful for its size, carrying a massive sail plan relative to its light weight. This makes the boat incredibly responsive in light air and capable of reaching exhilarating speeds, including planing on a reach or downwind run when driven hard. The displacement-to-length ratio of 111.66 confirms its ultra-light displacement character, allowing it to quickly accelerate and ride over waves rather than plow through them.
Despite its lightweight hull, the boat exhibits impressive stiffness and resistance to heel, owing to a ballast-to-displacement ratio of exactly 50 percent. This high proportion of ballast—1,200 pounds of lead in a deep fin keel on a 2,400-pound boat—gives the Pied Piper 22 a low center of gravity and a powerful righting moment. However, because of its light overall mass and low comfort ratio of 11.44, the ride in a seaway is lively, quick, and highly tactile. It will feel bumpy and wet in choppy water, requiring an active helmsman and attentive crew work. With a capsize screening ratio of 2.29, the design sits well past the traditional threshold for offshore safety, indicating that it is susceptible to being rolled in extreme breaking seas. This is entirely consistent with its design brief as an inshore and coastal flyer; it is built for fast, tactical harbor and gulf racing, where its balance, high pointing ability, and dinghy-like acceleration can be fully exploited.
Interior & Layout
The interior of the Pied Piper 22 is a lesson in functional minimalism. Because the cabin house is low-profile and sleek, headroom is limited, and there is no pretense of standing room. The interior joinery and fit-out reflect the home-built plywood origins of the fleet. Layouts vary slightly depending on the skill and preferences of the original backyard builder, but most adhere to a basic template: a small V-berth forward (often used primarily for sail storage) and two simple quarter berths or pipe berths stretching aft under the cockpit seats.
Cruising amenities are sparse. There is typically no permanent galley, private head, or complex plumbing. Instead, owners rely on portable stoves, iceboxes, and simple chemical toilets when camping overnight. The construction relies on exposed marine plywood bulkheads and longitudinal stringers, which are painted or varnished to showcase the timber. While modern production boats focus on maximizing cabin volume for dockside living, the Pied Piper 22 dedicates its footprint to a large, open cockpit. This design choice prioritizes crew ergonomics during fast maneuvers and provides a comfortable outdoor seating area for socializing at anchor.
Technical Vulnerabilities & Triage
As a class built almost exclusively from marine plywood, the Pied Piper 22 requires a vigilant maintenance routine to combat the threat of freshwater rot. The most critical area of concern is water ingress, which frequently occurs around deck fittings, chainplates, and the mast step. On these fractional rigs, rainwater can easily run down the mast and accumulate at the mast step, eventually rotting the supporting deck structure or the keel floor bulkheads beneath. Left unchecked, this can lead to structural compression under mast loads.
The cockpit benches and side decks are also common areas for soft spots where water has penetrated the plywood laminates. Fortunately, the straightforward nature of plywood construction makes repairs highly accessible for the amateur woodworker. Triage typically involves cutting away the rotten timber, scarfing in new marine-grade plywood, and sealing the repair with epoxy and fiberglass cloth. Additionally, early amateur-built hulls may suffer from failing fastenings or deteriorating glue joints along the chines. Prospective buyers should thoroughly inspect the internal framing, stringers, and the keel-to-hull joint, ensuring the structural timber remains dry, sound, and properly encapsulated.
Market Snapshot & Modernization
Decades after its introduction, the Pied Piper 22 continues to command a passionate following in New Zealand. While the boats are highly affordable on the brokerage market, they are relatively scarce outside of their native country, where they are protected and promoted by an active class association. The fleet remains highly competitive, with events like the Pied Piper Nationals and shorthanded harbor series drawing dedicated racers.
Due to the active racing scene, many owners invest heavily in modernizing these classic plywood flyers. Refits often focus on upgrading the fractional rig with modern carbon fiber or stiffened aluminum spars and advanced running rigging led aft to high-quality clutches. On the racecourse, older Dacron sails are frequently replaced with high-tech racing sails, including load-path laminates and structured-luff head sails. For auxiliary power, the heavy inboard engines of the era have been entirely eschewed in favor of lightweight outboard motors ranging from five to eight horsepower, mounted on transom brackets. This keeps the transom light and preserves the boat's delicate planing trim.
The Verdict
The Pied Piper 22 is a brilliant testament to the genius of Des Townson, offering an unmatched ratio of speed, fun, and affordability. It is not a boat for those seeking domestic comfort, standing headroom, or gentle, hands-off cruising. Instead, it is an unapologetic sailor’s boat—fast, highly responsive, and physically engaging to sail. For the buyer who values sailing performance, enjoys a vibrant class community, and is willing to maintain a vintage plywood hull, the "Piedy" remains one of the most exciting and cost-effective pocket racers ever designed.
Pros
- Exceptional sailing performance with dinghy-like acceleration and planing capability.
- Highly stiff and stable for its size, thanks to a 50% ballast-to-displacement ratio.
- Simple, accessible plywood construction that makes DIY repairs and modifications highly straightforward.
- A passionate class association and active racing fleet that maintains the boat’s relevance.
- Large, ergonomically designed cockpit ideal for racing maneuvers and social raft-ups.
Cons
- Plywood construction requires constant vigilance against freshwater rot and joint deterioration.
- Minimalist cabin interior offers very little headroom and lacks basic cruising amenities.
- Quick, bumpy motion in choppy seas due to light overall displacement and low comfort ratio.
- Not suited for offshore blue-water passages due to high capsize risk and open-ocean vulnerability.
