Design and Construction
The Maxi 999 has a waterline length of nearly 27 feet and a beam of about 10 feet 8 inches. Her fin keel has a bulb and carries iron ballast, giving the boat a 36 percent ballast ratio. The hull and deck are solid fiberglass, while the keel itself is iron—a straightforward, repairable arrangement that contributes to a displacement of 9,259 pounds.
Her displacement-to-length ratio is 214, placing the 999 in the “moderate racer” band. Some 69 percent of comparable designs are heavier. She isn’t a lightweight planing hull, but she is lighter than most of her contemporaries.
A length-to-beam ratio of 3.07 makes her beamier than 62 percent of similar sailboats. That beam translates into useful room below rather than serving as a marketing claim. Her Motion Comfort Ratio falls between 21.4 and 21.7, making her more comfortable than 34 percent of similar designs—pleasant, though not a soft-riding heavyweight.
The capsize screening value is 2.01. That figure would exclude her from ocean racing under that rule, so the 999 is fundamentally a coastal and shorthanded cruiser-racer rather than a bluewater candidate.
Rig, Performance, and Handling
The 999 carries a fractional sloop rig with 495 square feet of mainsail and jib area. Her sail-area-to-displacement ratio is 17.3 using the ISO reference sail and rises to 19.9 with a 135 percent genoa. That puts her ahead of 62 percent of similar designs in light wind. A Relative Speed Performance figure of 73 indicates that she outpaces 73 percent of comparable boats overall.
She is more heavily rigged than 85 percent of similar sailboats and is characterized as significantly overrigged. The recommended running rigging reflects that load: 10 mm lines for the mainsail, jib/genoa and spinnaker halyards, as well as the Cunningham, kicking strap, and clew outhaul; sheets are 12 mm.
Wetted surface is about 333 square feet. An immersion rate of 993 pounds per inch means the boat loads predictably as crew and stores come aboard.
Auxiliary power comes from an 18 hp Volvo Penta 2002 diesel driving through a saildrive. Calculated maximum speed under power is about 5.3 knots, compared with a theoretical hull speed of 7.0 knots.
Accommodations and Tankage
Below, the 999 has a galley and toilet facility. Fixed tankage includes 26 US gallons of fresh water and 13 US gallons of fuel, plus 50 liters of waste-water capacity.
The beamy hull pays dividends in the accommodation. The spaciousness suggested by the length-to-beam ratio isn’t abstract: the same proportions that make the 999 beamier than 62 percent of comparable designs give the interior a sense of volume unusual for a 32-footer of its era.
Known Issues
The Maxi 999 shows no systemic structural alarms. The iron keel is the main component for a surveyor to watch. Iron ballast in a fin keel with a bulb is prone to rust staining and, on neglected boats, corrosion at the hull-keel joint. The bedding and paint at that interface deserve a close look.
The Volvo Penta 2002’s saildrive transmission is the other area that requires periodic attention. Because a saildrive passes through the hull, its seals demand disciplined maintenance.
Beyond those two points, no other defects in the hull, deck, or rig are described.
Verdict
The Maxi 999 is a Petterson cruiser-racer that punches above its length. She is beamy, heavily rigged for her size, and quicker than most peers in light air, yet built around a solid-fiberglass hull and deck with a straightforward iron keel.
She is best understood as a coastal cruising and club-racing boat rather than an ocean voyager. For owners, the iron keel and saildrive are the two areas where vigilance pays.
Pros
- Beamy hull, roomier than 62 percent of similar designs
- Lively in light wind, with a sail-area-to-displacement ratio ahead of 62 percent of peers
- Solid-fiberglass hull and deck
- Straightforward iron-ballasted fin keel with bulb
- Heavily rigged relative to her class, with robust 10–12 mm running rigging
Cons
- Capsize screening value of 2.01 excludes acceptance for ocean racing under that rule
- Iron keel requires vigilance for corrosion at the hull-keel joint
- Saildrive transmission requires disciplined seal maintenance
