Farr 1020 Sailboat Review, Specs, and Listings

Bruce Farr·1982·~150 hulls·McDell Marine/Sea Nymph Boats
Farr 1020 drawingBuilder drawing
Hull Type
Monohull · fin
Rig
Fractional Sloop
LOA
33.92' · 10.34 m
Disp.
8,176 lbs · 3,709 kg
First year
1982

The Farr 1020 is a strict onedesign keelboat drawn by Bruce Farr and his team in 1981 and built by Sea Nymph Boats. This 33footodd fractional sloop has remained remarkably true to its original brief: a topquality class yacht that combines racing pedigree with genuine cruising manners. The class association has maintained that focus through strict rules protecting its onedesign status.

Measurements

Dimensions 01

Length Overall
33.92 ft
Length on deck
—
Waterline Length
28.42 ft
Beam
10.5 ft
Draft
5.67 ft
Maximum Headroom
—
Air Draft
—

Construction & hull 02

Construction
Fiberglass
Hull Type
Monohull
Keel Type
Fin
Rudder
1× Spade
Ballast
3,100 lbs (Lead)
Displacement
8,176 lbs
Water Capacity
150 gal
Fuel Capacity
20 gal

Rig & sails 03

Rigging Type
Fractional Sloop
Mainsail luff
39.75 ft
Mainsail foot
15.67 ft
Foretriangle height
37.8 ft
Foretriangle base
11.6 ft
Forestay Length (estimated)
39.54 ft
Sail Area
531 sqft

Calculations 04

Sail Area to Displacement Ratio
20.93
Ballast to Displacement Ratio
37.92
Displacement to Length Ratio
159.01
Comfort Ratio
18.34
Capsize Screening Ratio
2.09
Hull Speed
7.14 kn

Sea Nymph eventually built 149 boats, more than 110 of which were sold in New Zealand. Roughly half were completed by their owners from bare hull-and-deck kits, a construction route that was itself regulated to preserve class uniformity.

Design and Construction

The 1020 was engineered from the outset to speed construction, minimise weight, and improve strength. At the heart of the design is a comprehensive internal structural grid, bonded into the hull and incorporating the mast steps and keel floors. It also located the bulkheads, bunks, galley, tanks, and engine mounts accurately, helping even home-completed boats achieve a professional result.

To protect the one-design rule, owners had to buy key components—including masts, keels, and rudders—from Sea Nymph. Temperature and humidity controls, along with strict layup specifications, made osmosis relatively rare in these solid-fiberglass hulls. One longtime owner’s factory-finished 1988 example still carries its original gelcoat and shows no osmosis.

Rig, Performance, and Handling

The 1020 is very much a sailor’s yacht, with excellent performance in nearly all conditions and its strongest point of sail upwind. Its easily driven hull can maintain cruising speeds of six knots or more under reduced sail. In a good breeze, it can reach 16 knots under spinnaker.

Close-reaching under the kite can load up the helm, although careful sail trim keeps it manageable. Owners’ accounts support those performance figures. One says his boat comfortably maintains six-plus knots under sail or power. Another describes the 1020 as the last of the genuine cruiser-racers able to cope with anything in coastal New Zealand waters.

The class has also shown its racing range. Hard Labour won the 2005 RNI race overall on IMS handicap.

Accommodation and Cruising Practicality

Below decks, the interior is an ideal size for a couple. Owners also point to the boat’s suitability for singlehanded sailing. One skipper of more than twenty years says the 1020 is neither too big nor too small and is easy to sail alone. He and his wife also value the open transom, easy helming, and comfortable, practical layout.

Because the structural grid accurately positioned the bunks, galley, and tanks, even owner-finished boats gained a coherent liveaboard footprint and layout.

Known Issues

A known weakness in home-finished examples was the port chainplate, an issue that has since been rectified.

There has also been the odd case of the interior grid separating from the hull after a heavy grounding, a reminder that the bonded grid is only as sound as the impact it absorbs. Hard-raced boats often show bumps, bruises, and gelcoat chips, while small cracks can develop in early-model masts where the forestay attaches, particularly on well-sailed examples.

Age brings the usual concerns. Windows and hatches may leak, and prolonged neglect can allow water to damage the interior plywood panels. Exterior gelcoat is often faded. Original engines should be treated with suspicion until proven otherwise.

Refits and Ownership

Engine and rig changes feature prominently in the ownership record. A replacement Volvo 20hp is adequate, although some owners prefer a larger 30hp engine for cruising.

One boat replaced its original Volvo 2002 with a D1-20 a decade ago, gaining the smoothness of an extra cylinder at the same horsepower. Another moved from a Volvo 2002 to a Yanmar 30, significantly improving motoring performance in adverse conditions. A third replaced a Bukh 20hp with a lighter, smaller, and smoother 27hp Volvo.

After a mast breakage in 2015, one owner replaced the entire rig. Other owners have fitted roller furling to make singlehanding easier and renewed aging windows and hatches.

The class has permitted only a few minor changes in nearly forty years. The Owners Association, founded by Sea Nymph and McDell, keeps around 60 boats on its register, with fleets at Half Moon Bay, Westhaven, and Gulf Harbour.

The Verdict

The Farr 1020 has endured because the original formula was right: a genuine cruiser-racer governed by one-design discipline that keeps racing close and the boats honest. It is easy to drive, stiff upwind, and forgiving to finish or own. Buyers need only respect its few known structural weaknesses and the age-related issues that now accompany these boats.

Pros

  • Strict one-design status preserves value and supports close racing
  • Easily driven hull maintains six knots or more under reduced sail
  • Strong internal grid accurately locates the interior layout and helps produce a professional finish
  • Osmosis is relatively rare, thanks to controlled layup

Cons

  • Port-chainplate weakness in home-finished boats, since rectified
  • Interior grid can separate from the hull after a heavy grounding
  • Original engines are suspect until proven otherwise
  • Early masts can crack at the forestay attachment
  • Aging windows and hatches may leak, while exterior gelcoat is often faded

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