Quick Facts
| Defining feature | Two or more masts; foremast shorter than the mainmast (aft) |
| Headsails | Jib on forestay + fore staysail between the masts; fisherman staysail above |
| Heritage | Historically the dominant working rig of North America — fishing, cargo, piloting |
| Best point of sail | Beam reach to broad reach; upwind performance inferior to modern sloops |
| Staysail schooner | Bermudian (triangular) sails replacing gaff rig; better shorthanded performance |
| Who chooses it today | Aesthetics, trade wind passage makers, traditional-build enthusiasts, boats 50 ft+ |
The schooner is the ancestral rig of North American seafaring. Before the era of engine-powered vessels, schooners worked the Grand Banks for cod, carried cargo along the Atlantic coast, and piloted ships into the harbors of every major port from Halifax to the Gulf of Mexico. At its peak, the schooner rig was the most practical working configuration ever developed for the sailing conditions of the western North Atlantic — reliable, manageable by small crews, and optimized for the reaching and downwind passages that dominated commercial routes.
Today, a sailor who chooses a schooner is making a deliberate aesthetic and philosophical choice as much as a practical one. The rig is not the fastest, not the most efficient upwind, and not the easiest to manage short-handed in all conditions. But in the right wind and the right sea state, a well-sailed schooner is a deeply satisfying boat to be on — and for sailors bound for trade-wind passages or traditional cruising grounds, the case for the schooner is more than sentimental.
The Traditional Schooner: Heritage and Working Use
The Gloucester schooner is the archetype: a two-masted, gaff-rigged working vessel built in the hundreds at Essex, Massachusetts, and sailed by New England fishermen to the Grand Banks and back. These boats were not designed for upwind performance — they were designed to carry fish, to survive North Atlantic conditions with a small crew, and to make passage on the trades and the westerlies that dominated the routes between the fishing grounds and the home ports.
The foremast, shorter than the mainmast, allowed the boat to carry a large foresail between the masts — the fisherman staysail, a four-sided sail that filled the space between the two masts and added reaching sail area without requiring complex rigging. The gaff rig on each mast allowed large sail area with lower rig heights, important when building a mast from single spars of available timber. The result was a rig of extraordinary practicality for its era and context.
Baltimore clippers — fast, lightly built schooners developed in the Chesapeake — pushed the rig toward performance, carrying more canvas and sailing at finer angles than the working fishermen. These vessels were used for privateering, blockade running, and later for the slave trade — their speed and shallow draft making them suited to passages that required outrunning pursuit. The Baltimore clipper represents the schooner rig at its most aggressive.
How the Schooner Sails
On a beam reach in good breeze, the schooner is a revelation. The full sail plan — jib, fore staysail, foresail, fisherman staysail, and main — fills in a stacked progression of canvas that drives the boat with a momentum that modern rigs rarely match at the same apparent wind angle. The fisherman staysail, particularly, sets in the slot between the two masts and generates lift without turbulence, because it is clear of the mainsail's interference. This is the point of sail the schooner was built for, and experienced schooner sailors live for downwind and reaching passages that let the full rig set properly.
Upwind is a different story. The traditional gaff-rigged schooner cannot point as high as a modern Bermudian sloop. The gaff itself introduces a peaked, baggy sail shape that does not generate the same attached airflow as a tall triangular sail. The multiple sails interact in ways that require experience to manage optimally on the wind, and even when sailed well, a schooner will typically lose several degrees of pointing ability to a comparable sloop on a beat. For ocean passages where the wind is aft of the beam most of the time — the trade winds, the Southern Ocean downwind legs — this matters less. For coastal sailing in variable conditions, it matters more.
The Staysail Schooner: Shorthanded Adaptation
The staysail schooner replaces the traditional gaff sails with Bermudian (triangular) sails on both masts, while retaining the fore staysail and fisherman staysail between the masts. The result is a rig that combines some of the schooner's reaching strengths with the better upwind efficiency of triangular sails. The gaff, with its associated peak and throat halyards and the crew requirement to handle them, disappears — leaving a simpler rig that a small crew can manage more easily.
The staysail schooner is the version of the rig most relevant to contemporary cruising use. It retains the fisherman staysail option for trade-wind reaching, the divided sail plan that makes large boats manageable short-handed, and the traditional aesthetic that many schooner buyers are specifically seeking — while making concessions to practical modern sailing that the pure gaff rig does not offer.
Notable modern cruising schooner designers include John Alden, whose designs defined the American offshore schooner aesthetic in the mid-twentieth century, and a tradition of Chesapeake builders who continued the form into the fiberglass era. Tom Colvin designed steel and aluminum staysail schooners specifically for offshore cruising and shorthanded passage making, and these designs remain in circulation among the traditional-rig cruising community.
Modern Cruising Schooners
The contemporary cruising schooner market is small but distinct. Buyers are typically looking for something specific: traditional aesthetics, a connection to the working heritage of North American sailing, or a boat configuration that suits a particular passage plan. Trade-wind routes — the Atlantic circuit, the Pacific crossing from the US West Coast to Hawaii and on to the South Pacific — favor the schooner's reaching strength and are tolerant of its upwind limitations, because the dominant sailing conditions are off the wind.
Custom and semi-custom schooners in steel or aluminum are still built for offshore use, typically in the 50–80 foot range where the distributed sail plan offers real handling advantages. At this size, a single mainsail on a sloop becomes a serious management problem without mechanical assistance; the schooner's divided plan, with each sail remaining manageable, has operational logic at the upper end of the size range.
Traditional wood schooners — cold-molded, strip-planked, or carvel-built — occupy a separate market where the construction method and the aesthetic are as important as the sailing performance. These boats are maintained by sailors who have made a deliberate choice to participate in a living tradition, and the work they require is part of the arrangement rather than a drawback.
Who Chooses a Schooner
The schooner sailor today is usually one of a few types. The first is the aesthetics buyer — someone who fell in love with the silhouette, the heritage, and the identity of the rig before the practical analysis began, and who builds their sailing life around making the rig work for them. This is a legitimate starting point; sailing is not purely utilitarian, and the experience of sailing a well-found schooner in its optimal conditions is worth a significant practical tradeoff.
The second is the large-boat, long-passage sailor — someone running a 55 or 60-foot boat on a trade-wind circuit, where the rig's reaching performance and the distributed sail plan combine to make long passages more manageable for a small crew. At that size and on those routes, the schooner's compromises are most easily managed and its strengths most often relevant.
The third is the sailor for whom the boat is also a way of life — a liveaboard, a charter operator, or someone running a traditional vessel in an educational or commercial context. The schooner's visual presence, its connection to history, and the experience of sailing it have value in these contexts that a modern sloop cannot match.
More Rig Guides
Sloop vs. Cutter: Which Single-Masted Rig Is Right for You? →
Ketch and Yawl: The Two-Masted Rigs Explained →
Fractional vs. Masthead Rig →
Frequently Asked Questions
What defines a schooner rig and what distinguishes it from a ketch? The defining characteristic of a schooner is that it has two or more masts with the foremast shorter than the mainmast — the taller mast is aft. This distinguishes it from a ketch, where the taller mainmast is forward and the shorter mizzen is aft. The schooner typically carries a jib on the forestay, a fore staysail between the masts, and sails on each mast. Traditional versions also carry a fisherman staysail — a four-sided sail that fills the space between the two masts — particularly effective on reaching passages.
Why was the schooner the dominant working rig of North American seafaring? Gloucester schooners and their relatives worked the Grand Banks for cod, carried cargo along the Atlantic coast, and piloted ships into harbors from Halifax to the Gulf of Mexico because the rig was optimized for the dominant sailing conditions of the western North Atlantic. The gaff rig on each mast allowed large sail area with lower rig heights, important when building masts from available single spars. The fisherman staysail added reaching sail area without complex rigging. The result was a rig of extraordinary practicality for small crews making passage on the trades and westerlies that dominated commercial routes.
On what points of sail does the schooner excel and where does it struggle? The schooner is a revelation on a beam reach in good breeze — the full sail plan of jib, fore staysail, foresail, fisherman staysail, and main drives the boat with a momentum that modern rigs rarely match at the same apparent wind angle. The fisherman staysail generates lift without turbulence because it is clear of mainsail interference. Upwind is a different story: the traditional gaff-rigged schooner cannot point as high as a modern Bermudian sloop. The gaff introduces a peaked, baggy sail shape that does not generate the same attached airflow as a tall triangular sail, typically losing several degrees of pointing ability to a comparable sloop.
What is a staysail schooner and why does it matter for modern cruising? The staysail schooner replaces traditional gaff sails with Bermudian triangular sails on both masts while retaining the fore staysail and fisherman staysail between the masts. This combination retains the schooner's reaching strengths and the divided sail plan that makes large boats manageable short-handed, while offering better upwind efficiency than gaff sails and eliminating the peak and throat halyards that gaff rigs require. The staysail schooner is the version of the rig most relevant to contemporary cruising — providing traditional aesthetics with concessions to practical modern sailing.
Who chooses a schooner rig for offshore cruising today and why? Three types of sailors choose schooners for offshore use today. The aesthetics buyer is drawn to the silhouette, heritage, and identity of the rig before practical analysis begins — a legitimate starting point since sailing is not purely utilitarian. The large-boat long-passage sailor running a 55 to 60-foot boat on a trade-wind circuit finds the rig's reaching performance and divided sail plan combine to make long passages more manageable for a small crew. The liveaboard or charter operator values the schooner's visual presence, its connection to history, and the experience of sailing it in ways a modern sloop cannot match.
Why do modern cruising schooners tend to be built in the 50-80 foot range? At larger sizes, a single mainsail on a sloop becomes a serious management problem without significant mechanical assistance. The schooner's divided sail plan — each sail remaining manageable in proportion to the whole — has genuine operational logic at the upper end of the size range. Custom and semi-custom schooners in steel or aluminum are still built for offshore use in the 50 to 80 foot range, where the handling advantages of dividing the sail area between two masts justify the added complexity of the rig compared to a sloop of the same length.