PUMA 23 Information, Review, Specs

PUMA 23 Drawing
Make
PUMA
Model
23
Builder
Puma Yachts (Nao-Glass)
Designer
Holman & Pye
Number Built
Production Year(s)
1971 - ??

The Puma 23, launched in 1971, represents a watershed moment in Spanish yacht building, marking the successful transition of the Nao-Glass shipyard from industrial plastics into the competitive world of fiberglass cruiser production. Designed by the prestigious British firm Holman & Pye, the Puma 23 was engineered to provide the stability and "big boat" feel of a blue-water cruiser within a compact, 7-meter frame. Its debut coincided with a burgeoning Mediterranean interest in family sailing, and it quickly became the standard-bearer for quality construction in the Iberian Peninsula. Unlike many of its contemporary "pocket cruisers" that prioritized interior volume at the expense of lines, the Puma 23 retained a sleek, IOR-influenced profile with a graceful sheer and a balanced overhang that remains aesthetically relevant today.

Sailing Performance & Handling

Under sail, the Puma 23 is characterized by a high ballast-to-displacement ratio, often exceeding 40%, which imparts a level of stiffness rarely found in modern light-displacement 23-footers. The hull features a deep fin keel and a skeg-hung rudder—a configuration that provides excellent directional stability and tracking, even in the choppy conditions typical of the Gulf of Lion or the Balearic Sea. Technical specifications from original Nao-Glass documentation indicate a displacement of approximately 1,500 kg, which, when paired with its masthead sloop rig, allows the boat to carry its momentum through stays effectively.

While it is not a dedicated light-air racer, the Puma 23 excels in a breeze. Owners frequently report that the boat "finds its groove" in 12 to 15 knots of wind, where its moderate beam and well-supported rig allow it to point high into the wind without excessive heel. The helm remains responsive but forgiving; the skeg-protected rudder offers a tactile connection to the water while ensuring the boat does not "wipe out" easily during heavy gusts. Because the boat was designed during the era of the International Offshore Rule (IOR), it carries a relatively large headsail, making a high-quality furling system a recommended upgrade for modern short-handed cruising.

Interior Comfort & Variations

For a vessel of its era and size, the interior of the Puma 23 is remarkably well-appointed, reflecting the builder's philosophy of creating a "miniature yacht" rather than a daysailer. The layout typically features a classic "V" berth forward, a central saloon with two longitudinal settees that double as sea berths, and a compact galley area. High-authority Spanish maritime archives describe the interior as having an "aura de crucero" (cruiser aura), attributed to the extensive use of teak and mahogany veneers which were standard during the Nao-Glass production run.

Headroom is limited—a necessary compromise for its sleek exterior profile—but the use of wide cabin windows and a large forward hatch mitigates any sense of claustrophobia. There are few known structural variations of the hull, though later models produced toward the late 1970s often featured slightly updated interior moldings and improved electrical panels. The Puma 23 served as the direct precursor and technical foundation for the larger Puma 26, which utilized a similar design language but expanded the head (bathroom) and galley facilities for longer-range coastal cruising.

Known Issues & Buyer’s Checklist

Prospective buyers should approach a Puma 23 with the understanding that these vessels are now over 50 years old. While the hulls are famously "over-built" with thick solid fiberglass, several specific areas require a professional surveyor’s attention:

  • Osmotic Blistering: Early Nao-Glass hulls are known to be susceptible to osmosis if they have not been treated with an epoxy barrier coat. Inspect the hull carefully for "vinegar" smelling fluid in any blisters.
  • Deck Core Integrity: While the hull is solid GRP, the deck often utilizes a balsa or foam core for weight reduction. Check for soft spots around the chainplates, stanchion bases, and the mast step, which can indicate water ingress and core rot.
  • Rudder Bushings: The skeg-hung rudder is a robust design, but the internal bushings and the point where the stock enters the hull can wear over decades, leading to vibration or "slop" in the steering.
  • Chainplate Anchors: On many older Pumas, the stainless steel chainplates are bolted to fiberglass knees. These should be inspected for crevice corrosion or "crazing" in the surrounding fiberglass, which suggests excessive stress.

Community & Resources

The Puma 23 enjoys one of the most dedicated owner bases in the Mediterranean. The "Club Puma," a prominent association of owners, serves as the primary repository for technical drawings, rigging schedules, and restoration advice. While the original Nao-Glass shipyard is no longer in operation, the Spanish sailing community continues to treat these boats as "cult classics," often organizing specific Puma-only regattas and rallies in coastal Catalonia and the Valencia region.

The Verdict

The Puma 23 remains one of the most respected small cruisers in the European market, offering a level of seaworthiness and build quality that modern entry-level boats struggle to match. It is an ideal vessel for the sailor who prioritizes classic aesthetics and heavy-weather capability over maximum interior volume.

Pros:

  • Exceptional stability and stiffness for its size class.
  • High-quality "yacht-like" interior finish with significant wood detail.
  • Proven Holman & Pye naval architecture ensuring balanced handling.
  • Robust, over-built hull capable of handling coastal passages safely.

Cons:

  • Limited headroom compared to modern wide-beam "floating condo" designs.
  • Susceptibility to osmosis in original gelcoats if not previously treated.
  • The large headsail required by the masthead rig can be strenuous to tack without winches in good repair.

Measurements

Construction & Hull

Construction Material
Fiberglass
Hull Type
Monohull Sailboat
Keel Type
Fin
Rudder
1x Skeg-Hung
Ballast
1488 lbs
Displacement
2970 lbs
Water Capacity
-
Fuel Capacity
-

Dimensions

Length Overall (LOA)
22.54 ft
Waterline Length (LWL)
17.67 ft
Beam
7.25 ft
Draft
3.87 ft
Max Headroom
-
Air Draft
-
Hover over a measurement
IJPE FS LOALWL

Rig & Sails

Rig Type
Masthead Sloop
P (Main Luff)
24.1 ft
E (Main Foot)
8.3 ft
I (Foretriangle Height)
29 ft
J (Foretriangle Base)
10 ft
Forestay Length (est)
30.68 ft
Sail Area
245 sqft

Calculations

Sail Area / Displacement (SA/D) Ratio
18.97
Ballast / Displacement Ratio
50.1
Displacement / Length Ratio (D/L) Ratio
240.32
Comfort Ratio
17.13
Capsize Screening Formula
2.02
Hull Speed
5.63 kn