tartan 10 sailboat data

TARTAN 10 Detailed Review

If you are a boat enthusiast looking to get more information on specs, built, make, etc. of different boats, then here is a complete review of TARTAN 10. Built by Tartan Marine and designed by Sparkman & Stephens, the boat was first built in 1978. It has a hull type of Fin w/spade rudder and LOA is 10.1. Its sail area/displacement ratio 21.95. Its auxiliary power tank, manufactured by Farryman, runs on Diesel.

TARTAN 10 has retained its value as a result of superior building, a solid reputation, and a devoted owner base. Read on to find out more about TARTAN 10 and decide if it is a fit for your boating needs.

Boat Information

Boat specifications, sail boat calculation, rig and sail specs, auxillary power tank, accomodations, contributions, who designed the tartan 10.

TARTAN 10 was designed by Sparkman & Stephens.

Who builds TARTAN 10?

TARTAN 10 is built by Tartan Marine.

When was TARTAN 10 first built?

TARTAN 10 was first built in 1978.

How long is TARTAN 10?

TARTAN 10 is 8.23 m in length.

What is mast height on TARTAN 10?

TARTAN 10 has a mast height of 12.27 m.

Member Boats at HarborMoor

The Tartan Ten, also called the Tartan 10, is an American sailboat that was designed by Sparkman & Stephens as a one-design racer and was built between 1978 and 1988. The Tartan Ten design was developed into the LS-10 in the early 2000s.

The Tartan Ten is a recreational keelboat, built predominantly of fiberglass, with aluminum spars. It has a 7/8 fractional sloop rig, a raked stem, a reverse transom, an internally mounted spade-type rudder controlled by a tiller and a fixed fin keel. It displaces 7,100 lb (3,221 kg) and carries 3,340 lb (1,515 kg) of ballast. The boat has a draft of 5.83 ft (1.78 m) with the standard keel fitted.

The boat is fitted with a Farryman 9 hp (7 kW) diesel engine for docking and maneuvering. The fuel tank holds 12 U.S. gallons (45 L; 10.0 imp gal) and the fresh water tank has a capacity of 19 U.S. gallons (72 L; 16 imp gal).

Being intended for racing, the design has a flush deck and very little interior space. There are six berths, including a bow "V"-berth, which has the head underneath and a privacy curtain. The galley is located amidships and includes a manual pump sink and a portable ice box. The chart table doubles as a galley table. The halyards are all internally-mounted, as is the reefing system and the 4:1 outhaul. The mast can be shaped by the shrouds and 4:1 mechanical advantage backstay. There are two jib sheet winches in the cockpit and two halyard winches on the cabin top. The boom vang has a 4:1 mechanical advantage and can also be employed as a preventer, when attached to the rail. A genoa track system was a factory option.

Lacking any cabin windows, ventilation is provided by a large deck hatch on the foredeck, which is also used to pass sails below for storage. The design has a PHRF racing average handicap of 126.

Source: Wikipedia . Image Credit: Wikipedia ( CC )

LOA: 33.14 ft LWL: 27.00 ft Beam: 9.25 ft Draft: 5.87 ft Displacement: 6700.00 lbs Ballast: 3340.00 lbs Hull type: Fin w/spade rudder Hull construction: FG/cored deck Rigging type: Fractional Sloop

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Sail1Design

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One Design Profile: The Tartan Ten

March 1, 2013 by Sail1Design Editor Leave a Comment

Sail1Design would like to welcome another new member to our team, Gretchen Croll . 

The Tartan Ten is an older boat that is great for young professionals wanting to race competitively in one of the largest one design classes in the nation.  The T-10 is great for sailors who want to keep their budgets manageable and still maintain a race-ready vessel.

In 2001 a new boat was created by Larsen boats in collaboration with Rich Sterns and SOCA boats.  This new vessel has the identical hull design as the T-10 with a completely remodeled deck and cabin. This new design, called the LS-10, allows for more headroom down below and the luxuries of a newer model boat—like a real head—while still being allowed to sail in the same one design class as the classic Tartan-10. 

The T-10 class association maintains rigorous standards for both the T-10’s and LS-10’s in order to keep all the boats on a level playing field.  There is a weight limitation for the boat and crew at all regattas as well as strict measurements regarding sail cut and mast rake.  Any infractions on these rules and standards are punished severely. 

All in all, the Tartan 10, though an older boat, is still very relevant today.  This is a classic boat design that allows for great one design racing.  One of the best aspects of these boats is their affordability—the Tartan 10 allows for a great racing boat at a fraction of the cost of the larger boats and newer models being made today, 

http://www.tten.com/

Gretchen Croll graduated cum laude from Ohio Wesleyan University in 2010 with a degree in English Creative Writing. She has written for online media such as OutdoorHub.com, Examiner.com and Mediabistro.com about many topics. Gretchen also interned for   This Week on Martha’s Vineyard,   a local newspaper highlighting tourist attractions   during the summer of 2011 and received much acclaim.

Gretchen has been an avid sailor on Lake Michigan for the past eight years and has raced in numerous NOOD regattas and Chicago Yacht Club Verve regattas. She has also raced in three Chicago Yacht Club’s Race to Mackinac, winning the Tartan 10 section twice. She has also been teaching young people how to sail since 2007 with two clubs, The Waukegan Yacht Club Youth Foundation and Sail   MV. She is very excited to share her sailing knowledge with everyone at Sail1Design. 

You can reach Gretchen at:   [email protected]

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Tartan - Sailboat Data, Parts & Rigging

Sailboat data directory for sailboats manufacturer or named Tartan. Follow the provided links for additional sailboat data, parts and rigging specs.

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• Description

Seller's Description

Tartan 10 - #49, PurSue, race ready, class legal sailboat. Comfortable, dry boat, ready to take the family out for some fun or race against your close friends.

This well maintained sailboat includes many recent updates: - Forestay (2018) and lower shrouds (2019) - Jib and main halyards (2019) - Westerbeke engine - well maintained, engine beds rebuilt (2019) - Jib sheets (2018) - Rudder (2017) - Deck, hull repainted and hardware rebedded (2015)

This boat is ready to race, or for a pleasure sail.

Equipment: Inventory includes: - North main (Boston), jib (Big Boy) and Ullman spinnaker - Complete set of Doyle Boston racing sails including Wave and Speed jibs, spinnaker and main - Several additional club sails - Velocitek Prostart, stereo, power cord, battery charger - Cushions, swim ladder - Required T-10 class safety equipment - Tandem axle, Triad trailer

Rig and Sails

Auxilary power, accomodations, calculations.

The theoretical maximum speed that a displacement hull can move efficiently through the water is determined by it's waterline length and displacement. It may be unable to reach this speed if the boat is underpowered or heavily loaded, though it may exceed this speed given enough power. Read more.

Classic hull speed formula:

Hull Speed = 1.34 x √LWL

Max Speed/Length ratio = 8.26 ÷ Displacement/Length ratio .311 Hull Speed = Max Speed/Length ratio x √LWL

Sail Area / Displacement Ratio

A measure of the power of the sails relative to the weight of the boat. The higher the number, the higher the performance, but the harder the boat will be to handle. This ratio is a "non-dimensional" value that facilitates comparisons between boats of different types and sizes. Read more.

SA/D = SA ÷ (D ÷ 64) 2/3

• SA : Sail area in square feet, derived by adding the mainsail area to 100% of the foretriangle area (the lateral area above the deck between the mast and the forestay).
• D : Displacement in pounds.

Ballast / Displacement Ratio

A measure of the stability of a boat's hull that suggests how well a monohull will stand up to its sails. The ballast displacement ratio indicates how much of the weight of a boat is placed for maximum stability against capsizing and is an indicator of stiffness and resistance to capsize.

Ballast / Displacement * 100

Displacement / Length Ratio

A measure of the weight of the boat relative to it's length at the waterline. The higher a boat’s D/L ratio, the more easily it will carry a load and the more comfortable its motion will be. The lower a boat's ratio is, the less power it takes to drive the boat to its nominal hull speed or beyond. Read more.

D/L = (D ÷ 2240) ÷ (0.01 x LWL)³

• D: Displacement of the boat in pounds.
• LWL: Waterline length in feet

Comfort Ratio

This ratio assess how quickly and abruptly a boat’s hull reacts to waves in a significant seaway, these being the elements of a boat’s motion most likely to cause seasickness. Read more.

Comfort ratio = D ÷ (.65 x (.7 LWL + .3 LOA) x Beam 1.33 )

• D: Displacement of the boat in pounds
• LOA: Length overall in feet
• Beam: Width of boat at the widest point in feet

Capsize Screening Formula

This formula attempts to indicate whether a given boat might be too wide and light to readily right itself after being overturned in extreme conditions. Read more.

CSV = Beam ÷ ³√(D / 64)

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• Sailboat Reviews

Tartan 33: Scheel Keel Pioneer

The tartan 33’s offshore ambitions are evident in cynosure, owned by practical sailor contributor bill herrmann..

By the late 1970s, the old Tartan 34 had become very dated. The boat had been in production for a decade, and hundreds of families had cut their racing and cruising teeth on the S&S keel/centerboarder. But the market was changing. Boats were faster and lighter, keels and rigs more efficient, interiors roomier and more functional.

Tartan 33 Specs

In 1978, Tartan brought out the Tartan Ten, a 33-foot, fairly light, fractionally-rigged “offshore one design.” The boat was a huge success: fast, easy to sail, and unencumbered by the design limitations of a rating rule.

But the Tartan Ten had one big problem: limited accommodations with stooping headroom, an interior most kindly described as spartan. A hardy crew could take the Tartan Ten on a multi-day race such as the Mackinac, and you might even coax your family aboard for a weekend of camping out. But cruising or extended racing in comfort? Forget it!

If, however, you could combine the size and performance of the Tartan Ten with a boat having decent accommodations, you had a good shot at a winning combination, particularly in a time when interest in sailing was growing at an astounding rate. As a bonus, the venerable Tartan 34 could be retired with the dignity she deserved.

The answer to all these prayers was the Tartan 33. Introduced as a 1979 model, the Tartan 33 bore a strong resemblance to the Tartan Ten, with a big fractional rig, flattish sheer, and wide stern. But unlike the Tartan Ten, the new 33 had good accommodations.

The Tartan 33 was a moderate success, with about 220 boats built over a five-year period. The fractional rig, touted as being easier to handle due to smaller headsails, may have turned off some customers who associated that type of rig with high performance boats such as J/24s and 12 meters. The slotted aluminum toe-rail of the 33 was more reminiscent of Tartan’s racing boats, such as the 41 and the Ten, than it was of a high-quality cruiser/racer.

In 1984, the Tartan 33 went out of production. In its place came the “new” Tartan 34, a boat that could directly cash in on the reputation of the famous old Tartan 34. Interestingly, the new Tartan 34 is the Tartan 33, with the stern drawn out 9 inches to a more pleasing termination, the interior redesigned to meet market demands, and the 33’s fractional rig replaced by the masthead rig of the Tartan 33R.

Compared to the Tartan 33, the new 34 is more finely finished, with teak toerails and nicer interior detailing.

When first introduced, the Tartan 33 had a base price of just over $46,000. By the time production ceased, the base price had increased to $66,000. Remember, those were the years of double-digit inflation.

Sailing Performance

As originally configured—Scheel keel and fractional rig—performance of the Tartan 33 might be a little disappointing for someone coming from a Tartan Ten, but is certainly on a par with most other boats of the same size, type, and vintage. In absolute terms the Tartan 33 is spritely, but not stunning, with a PHRF rating of about 160. By comparison, the old C&C 34—a good all-around cruiser/racer from the same period—rates 144, 16 seconds per mile faster. The C&C 34 and Tartan 33 are almost identical in length, sail area, and displacement.

In lighter winds, the fractionally-rigged Tartan 33 is at its biggest disadvantage, particularly off the wind. The big mainsail allows you to sail fairly low, but you go pretty slow. By comparison, a boat with a big masthead spinnaker will be sailing a little higher and quite a bit faster for optimum off-wind VMG in the same conditions.

The Tartan 33’s interior departs from the norms for cruising boats in this area. Most owners who have lived with the interior for some time find it quite workable, but the boat’s successor, the T-34, better addresses the cruising sailor’s accommodation needs.

• Bifold doors separate main cabin from the head, which extends across the width of the boat, just aft of the v-berth. The drop-down table dines four comfortably. A short settee—less than 5-feet long—with the icebox occupying a high counter at what would normally be the head of the berth.

• The L-shaped galley is serviceable but counter space is at a premium.

• A quarterberth offers snug cubby for guests, but its usual function is a mini-garage.

• The navigator sits in a snug cutout, so it’s a bit of a stretch to reach the electrical panel outboard. Laptop navigation is unimpeded.

• Owners praise the joinery on the Tartan. There are no veneer laminates, only finely joined solid wood. There is more storage than one would expect in a boat of this size.

IMS (International Measurement System) velocity predictions show that the Scheel keel Tartan 33 must in general be sailed a little lower and flatter than a comparable fin keel boat, although the 33’s righting moment is very similar to that of a fin keel boat of the same size and type, as is her range of positive stability.

The Tartan 33 was not designed to any rating rule, but a number have been rated under the IMS. In some areas, there are enough of the boats to allow them to sail together as a one-design class, but the boat is not fast enough in absolute terms to stir the blood of most sailors interested in one-design racing. In addition, Tartan 33 sailors disagree on the proper amount of headsail overlap for the boat, making level racing more difficult.

To offset the rather average performance of the Tartan 33, the 33R was introduced in 1982. The 33—“R” for “Racing”—has a deep fin keel and a double-spreader masthead rig. The difference in performance between the 33 and the 33R is pretty amazing: the 33R is almost 30 seconds per mile faster than the stock 33, even though the sail area is almost identical.

Righting moment of the fin keel and Scheel keel boats is virtually the same, so the extra performance isn’t the result of increased stability. The combination of the fin keel and the masthead rig is simply faster in most conditions.

It’s interesting to compare the performance with the new 34, which combines the Scheel keel of the 33 with the masthead rig of the 33R. Although the specifications for the 33 say the boat is a thousand pounds lighter than the 34, the 33 was never as light as that. The typical 33, in IMS measurement trim, weighs pretty much the same as the new 34—11,000 pounds.

Typically, the 34 has a PHRF rating of about 141 with the optional deep keel, 147 with the standard Scheel keel. This places the 34 pretty squarely between the 33 and the 33R in the performance spectrum, suggesting that the masthead rig accounts for about half the performance difference between the 33 and the 33R.

In order to keep the rig simple, the 33 was designed without running backstays. Instead, forestay tension is maintained by carrying a lot of load on the swept-back upper shrouds. Some 33s that have been actively raced have added running backstays, but they are not necessary if the boat is used strictly for cruising. Our experience with fractional rigs of larger boats is that it is very difficult to maintain adequate headstay tension without runners or jumpers, even though runners are a pain for shorthanded sailing.

If you want the best performance in a Tartan 33, there’s no question that you should look for a 33R. It may be a long look, as relatively few of the higher-performance boats were built. The 33R’s draft of over 6’ 3” could be a disadvantage in areas of shoal water.

The Tartan 33’s deck features are consistent with the boat’s aims to be a multipurpose boat that will appeal to Wednesday night racers and family cruisers alike—and, with some upgrades, be capable of serious offshore adventures.

• Visibility from the helm is excellent and cut outs in the dodger breakwater offer a convenient slot for halyards and reefing lines to be led aft, making it easier to change the sail plan without going forward.

• Cast bronze corner protectors and a rugged 10-inch stern cleat are typical of the hardware throughout.

• Handholds extend forward of the mast. The non-skid is surprisingly grippy even on older boats.

• Anchor rollers and windlasses were not standard, but many owners have added them. The condition of the deck surrounding any aftermarket additions should be closely inspected.

• The Lewmar 40 winches were standard. Many owners have upgraded to self-tailing winches.

One advantage of the fractionally-rigged boat’s large mainsail—it’s just over 300 square feet, about what you’d find on most masthead-rigged 37-footers—is that the boat balances and sails reasonably well under mainsail alone. This is a useful feature for shorthanded cruising, when you may find yourself circling a harbor under sail looking for a place to anchor. With the Tartan 33, you can drop the jib and clear the foredeck for anchoring while still maintaining good sailing ability under mainsail.

Shrouds are set well inboard, and you’ll almost always find inboard genoa tracks just outboard of the cabin trunk, even though it was an option.

Wheel steering was standard on the boat, and the 32-inch wheel provides plenty of power as well as good feedback. The rudder is partially protected by a vestigial skeg, and is a deep, high-aspect-ratio appendage— practically parallel-sided in profile— rather than the more efficient elliptical shape seen in more modern racing boats and performance cruisers.

Most of the new boat owners who completed our first survey praised the Tartan 33 for its practical features.

A Lively Ride

The boat is tender, lively, solid, and fun to sail. We got oversize self-tailing winches, and the longer we own the boat, the more convinced we are of this choice. The fractional rig and good cockpit layout allow my wife and me to handle the boat in safety and comfort in high winds and heavy seas. The Scheel keel offers shallow draft with good stability, but performance is a little poor close hauled in slop and light air.

J.D. Cowan Columbus, OH 1980 model

Downwind scooter

With a fractional rig and Scheel keel, she cannot point as well as comparable masthead boats, but the large main gives an off-wind advantage. Since Tartan came out with the 33R with masthead rig and fin keel, I assume that the upwind performance of my boat did not appeal to some racers.

The lower lifelines interfered with the winch handles on the original Lewmar 40s. I eventually put on Lewmar 44 self-tailers, which are taller and allow the handles to swing between the lifelines.

Construction is excellent for a production boat The interior is not as plush as some cruising boats, but it is very utilitarian. For a cruising boat with good racing potential, my boat is fine. It’s my aim to make the boat I have more competitive, not to look for greener pastures with another boat.

D.N. Pevos W. Bloomfield, MI 1980 model

Key Additions

I added a propane stove, larger winches, electric refrigeration, an electric anchor windlass, and larger batteries. I also led the halyards back to the cockpit. I bought the boat for ease of singlehanding (I’m a 5’ tall, lightweight female). I live aboard for much of the summer. The interior is a palace for one, fine for two, a bit tight for three, but in a pinch, okay for four.

R.E. Cathou Lexington, MA 1980 model

The boat is strong and extremely seaworthy. Poor upwind performance is my greatest frustration. The huge main means that I must reef early. The boat is perfectly balanced with a working jib and a full main, but this isn’t exactly optimum for racing. Warranty claims included minor flaws in the gelcoat, which Tartan repaired shortly after delivery. A great designer (S&S) and a good builder equal strength and quality.

B. Weiss Stamford, CT 1981 model

Cockpit layout is efficient for sailing, but is somewhat better for cruising than for racing. A mainsheet traveler spans the cockpit well, just forward of the wheel, and genoa sheet winches are outboard of the main coamings, just forward of the traveler. For racing, it would be better to have the genoa winches further forward, so that trimmers would be well clear of the helmsman, and their weight would be further forward. For single-handed or shorthanded cruising, however, the location is almost ideal.

Unfortunately, self-tailing winches were not standard equipment. The stock Lewmar 40s are about the right size for the fractional foretriangle, but would be a little small on a masthead rig with a 150% genoa. Sparkman & Stephens is one firm that can always be counted on to design in a molded dodger breakwater, and Tartan has faithfully put them on their cruiser/racers over the years. Other builders should take note of the simple, functional breakwater on the Tartan 33, which has openings molded in to allow halyards to be led aft if you want to set the boat up for singlehanding.

Construction

Tartan has always had the reputation of being one of the country’s higher-quality production builders, and they deserve it. In general, owners report very few construction shortcomings, and very few warranty claims.

Four owners in our survey had gelcoat blistering problems. That does not constitute an unusually large percentage, but interestingly, the boats reported as having blisters were two pairs that were sequential in the production series. That may be a coincidence, but it’s an unusual one.

Balsa coring is used in both the hull and deck of the Tartan 33. If you replace or move any deck or hull fittings, be sure to seal any exposed balsa with epoxy resin before installing new hardware.

The hull-to-deck joint is made with a standard inward-turning hull flange, overlapped by the deck molding, which is bolted to the hull through an anodized aluminum toerail. The joint is bedded with both butyl and polysulfide. Builders like to use butyl as a bedding compound, since it’s cleaner to use than most gunned compounds such as polysulfide or polyurethane. Butyl has no adhesive properties, however, and in our experience it can be squeezed out of a joint over time if you continue to tighten down bolts to cure a leak. Since only one owner in our survey reported any deck leaks, Tartan’s combination seems to work well.

Several owners complain about the lack of a top-loading anchor well. Wells can be a nuisance when racing, since they frequently hold a fair amount of water. For coast-hopping, however, an top-loading well in the lets you easily clear the foredeck of gear.

There is an absolute minimum of exterior wood on the Tartan 33: handrails atop the cabin, trim around the companionway. The boat is much more austere than you think of when Tartan comes to mind, but the racing Tartans have always been pretty basic.

Two-tone decks were an option, although the standard monotone deck was available either in white or a light buff. With the two-tone deck package, non-skid areas on the deck, coaming tops, cockpit seats and deckhouse were a nice buff color, contrasting with the stark white of the rest of the deck molding. If you buy a monotone boat, the areas could be painted a contrasting color. A white Tartan 33 with white monotone decks is a plain vanilla boat, indeed.

You’ll find a three-cylinder, 24-hp Universal diesel in every Tartan 33. Owners report that the engine has been smooth-running and reliable, and that it’s adequate power for the boat. An aluminum fuel tank holds 26 gallons, giving a range of about 200 miles under power.

All in all, there’s little to quibble with in the design and construction of the Tartan 33: it’s simple, straightforward, and well executed.

The interior layout of the Tartan 33 has both fans and detractors. The head configuration, for example, is something you either love or hate. To give more room, particularly for showering, the head compartment runs the full width of the boat. A bi-fold door shuts off the head from the forward cabin, and another bi-fold door closes the head to the main cabin. Two opening ports provide ventilation in fair weather.

The difficulty with this arrangement is that you cannot get either into or out of the forward cabin if someone is using the head. This wouldn’t be a problem for cruising with a couple, but it could be a nuisance with a lot of people aboard. Closing the door to the forward cabin also cuts off ventilation forward, unless the weather is good enough to have the foredeck hatch open.

The problem is made even worse when the insert is used in the V-berth to form a double. This completely eliminates any standing room in the cabin, so that you climb into the berth directly from the head compartment.

It works, but there’s a fair amount of psychological resistance to the arrangement, since it is one usually seen on smaller boats.

Ironically, the full-width head is a really good one, with plenty of elbow room for showering and dressing. Even without the berth insert in place, standing room in the forward cabin is marginal, and headroom is very limited.

While the forward berths are quite long, they are extremely narrow at the foot, so that two tall people will be tangling feet if they use the berths as two singles. As a double, sleeping parallel to the centerline, this is less of a problem.

My 1980 Tartan 33 Cynosure still turns heads. But like any piece of machinery, the Tartan 33 needs to be maintained. For someone looking at a used Tartan 33, or other Tartan from that era, here are some areas of concern.

• Chain plate area – Tartan chain plates are a flat slab of stainless steel that passes through the deck and mounts to the mid-ship bulkhead. The through-deck area includes an escutcheon plate. Part of normal maintenance is renewing the chalking/waterproofing in this area. Throughdeck leaks usually first show as discoloration on the chain plate. Leaks can lead to bulkhead damages as well.
• Genoa tracks – As these boats age, the waterproofing on the Genoa tracks needs renewing. The good news is that the port side is super easy. Remove a piece of molding over the pilot berth, and with some help from someone topside you can loosen the fasteners. The starboard side is not so easy. To access the nuts under the Genoa track requires removing the top of the cabinets and one of the partitions.
• Portlights – At this point in their life cycle the Beckson ports are likely to leak, which stains or harms the interior teak. It is possible to replace the lenses and renew (clean) the rubber gaskets, but purchasing new Beckson ports is often the best option.
• Engine – The Universal 5424 /Kubota engine is a classic old-school diesel. Be sure to show the engine you care- change the oil, give her clean fuel and keep her cool, and she will run fine. At this point in the engine’s life consider replacing the glow plugs and replacing or rebuilding the injectors.
• Starboard drinking water tank- These tanks are famous for leaking. I finally decided to place a collapsible tank inside my existing tank.

Room for improvement

• Sails – The best way to both enhance your ride and be the envy of sailors with newer production boats is to put a good set of sails on her.
• Jib shaping – the T-33 is a roller furling fractional rig with the ability to point fairly well. The compromise to this design is that keeping the correct jib sheet angle (vertical and inboard/outboard) is a challenge. The reward for good sail quality and good sheet angle is a peppy old boat (think 60% TWS).  So how do you get your jib angle right?

1) Purchase Garhauer adjustable cars. This relatively inexpensive upgrade allows you to easily open and close the leech regardless of reef.

2) Purchase 2-3 snatch blocks. When the AWA is 80 degrees or higher, the jib develops a hook. This is where the slotted toe rail comes in handy (aside from not needing varnish). Take the jib sheet through a snatch block mounted at the boarding gate and then through the genoa car (pulled fully aft), which creates an effective jib shape.

• Jib size – When I purchased my boat she had a 135 and a 150 that was a thin light-air sail. I found the 150 to be simply too much sail in winds above 10 knots. When it came time to replace my jib, I purchased a 135%, 8.1-oz., tri-radial jib. Soon after, she had a matching 8.1-oz. tri-radial main (see cover photo).
• Main sail trim – The relatively large main sail requires attention. The T-33 likes to sail more upright so be ready to ease the main (under-trim) in the gusts.
• Ice box – Most of these boats have been retrofitted with refrigeration. Consider adding 1” of pink foam to make the ice box more efficient.
• Cabin overhead – when replacing the wood and fabric in my overhead I placed ½-inch insulation and added recessed lighting. Replacing the wood and fabric eliminated the old-boat-smell. Adding recessed lighting with switches by the companionway made the cabin much brighter.
• Countertops – The paucity of veneer, means dings to the wood can be oiled to darken, which then become part of the boat’s patina. The exception is its Formica countertops, which will yellow with age. With some basic wood working skills, the Formica can be easily replaced.

Practical Sailor boat reviewer and products and electronics tester Capt. William Herrmann is a delivery skipper based in St. Petersburg, Florida. His website is www.uscgcaptain.com .

The main cabin layout is also unusual. To starboard, there is a fairly standard settee that extends to form a reasonably-sized double, with a shelf outboard. A dining table folds up against the starboard forward bulkhead.

On the port side, the arrangement is less standard. Instead of a normal settee berth, there is a short settee—less than 5-feet long—with the icebox occupying a high counter at what would normally be the head of the berth. This short settee could function as a berth for a child, but obviously not for an adult. Outboard of the settee, there is a narrow pilot berth, which is comfortable and secure, and fortunately isn’t jammed as high under the side decks as they frequently are.

Main cabin ventilation is provided by six opening ports, two cowl vents in dorade boxes, and an aluminum-framed centerline hatch, which was an option, but a common one.

The galley—aft on the starboard side—is not the most efficient in the world, since you have to turn around and step across the main cabin to reach the icebox. In addition, the icebox top is the only usable food preparation counter space, which puts the cook in the middle of the main cabin traffic flow.

A two-burner alcohol stove was standard equipment, but a large percentage of boats have the optional three-burner gimbaled alcohol stove with oven. A deep single sink is just aft of the stove, but it’s a bit of a reach to use, since the flat of the cabin sole doesn’t extend very far outboard in this part of the hull.

Aft of the icebox is a sit-down chart table. The working surface is a reasonable size, and the outboard locker could be sacrificed for the installation of electronics.

While there is a contoured, upholstered seat for the nav station, it does not exactly face the chart table, and it is offset from the center of the table. The navigator has to make a bit of a stretch to reach the outboard part of the table, or to use any electronics that might be mounted outboard.

Tartan 33 in Context

Aft of the nav station is a big double quarterberth. A drop-in insert which covers the nav station seat forms the head of the inboard portion of the quarterberth, although the berth can be used as a single without disturbing the navigator. This is basically the same quarterberth layout used in the Tartan 37. Awkward on the 37, it’s a bit more acceptable on a smaller boat where space is at even more of a premium.

Most owners who have lived with the interior for some time find it quite workable. A top Tartan dealer told us, however, that he has definitely seen buyer resistance to it. Certainly the redesigned interior of the Tartan 34 is substantially better.

Conclusions

If you’re looking for a fairly fast, high-quality, late model cruiser/racer, with a great owner support group, the Tartan 33 is a good choice. In general, prices will be very comparable to those of other quality boats of the same size and vintage, such as the C&C 34 and Sabre 34. Performance of these three boats is also similar.

TARTAN, www.tartanyachts.com TARTAN OWNERS NORTHEAST, https://tone.clubexpress.com/

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Thank you for the well researched and informative review with comparisons for Tartan 33. Especially good consideration of sails and adjustments.

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Tartan 3700

The tartan 3700 is a 37.0ft masthead sloop designed by tim jackett and built in fiberglass by tartan marine since 1999..

The Tartan 3700 is a moderate weight sailboat which is a reasonably good performer. It is stable / stiff and has a low righting capability if capsized. It is best suited as a coastal cruiser. The fuel capacity is originally small. There is a short water supply range.

Tartan 3700 for sale elsewhere on the web:

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2024 Regata del Sol al Sol Registration Closing Soon

• By Cruising World Staff
• March 19, 2024

St. Petersburg Yacht Club has announced “last call” to register for the 52nd sailing of the Regata del Sol al Sol, an open yacht race from St. Petersburg to Isla Mujeres, Mexico.

The open-water race across the Gulf of Mexico will feature sailboats, a minimum of 30 feet long with either ORC or West Florida PHRF handicaps. Events begin April 25, 2024, in St. Petersburg with seminars and a street party send-off.

Racing starts Friday, April 26, 2024, in the vicinity of the St. Petersburg Pier. The fleet races 456 nautical miles to the island of Isla Mujeres, off the coast of Cancun, in Quintana Roo, Mexico. Arriving racers may be greeted as early as Sunday and a week of events are planned in Mexico. The top three finishers in each class, an overall champion and other honors will be celebrated with awards at a dinner scheduled for May 3, 2024, in Isla Mujeres.

The historic race began as a challenge for open-water sailors after the St. Petersburg-to-Havana race could no longer be sailed to Fidel Castro’s Cuba. In its five-decade history, the race has recorded seconds-tight finishes and harrowing crossings. Today, it features GPS tracking devices to ensure boats arrive and return safely. The race was sailed annually until 2018, when it became a bi-annual event.

For more information about the race or to register, see the Notice of Race on yachtscoring.com . Other information can be found on the regatta website . The race can also be followed on Facebook .

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