This is a FAST FUN Boat. Ready to sail in your PHRF Fleet.
PHRF of the Chesapeake has her at 96 and you can race with 3 or 4 in a boat that is easy to rig and go.
"Most production boats are conceived with a design brief from a builder who has a targeted market in mind. Not so the Landing School 30 (LS-30). It’s built by students at a non-profit boatbuilding and design college. The Landing School and its resident designer, Steve Dalzell, design and build boats as part of the curriculum: selling them is an afterthought. As a result, only two or three LS30s will be built each year, which means the school may have a new problem: this cold-molded wooden rocketship just might create more demand than the students can supply".
You can email Ron at email@example.com
The hull is cold molded plywood epoxy coated. The boat was built by the Landing School in Maine in 2009. She is hull number 1
Landing School 30
David Schmidt | April 28, 2010
Most production boats are conceived with a design brief from a builder who has a targeted market in mind. Not so the Landing School 30 (LS-30). It’s built by students at a non-profit boatbuilding and design college. The Landing School and its resident designer, Steve Dalzell, design and build boats as part of the curriculum: selling them is an afterthought. As a result, only two or three LS30s will be built each year, which means the school may have a new problem: this cold-molded wooden rocketship just might create more demand than the students can supply.
I first saw the LS-30 at last summer’s Eggemoggin Reach Regatta, where its Seldn high-performance carbon-fiber mast, square-topped mainsail, complement of high-tech sails and powerful asymmetric spinnaker contrasted sharply with the other more traditional wooden yachts. My eye was instantly drawn to the boat’s narrow beam, open transom, plumb bow and race-ready deck layout.
Later I joined Dalzell for a test sail in 12-14 knots of wind and a lumpy, unpleasant seaway off Marblehead, Massachusetts. I found the boat responsive, but demanding to helm. While the big mainsail (341.75 ft2) dwarfed the 105-percent headsail (44.78 ft2), I found that driving by the jib was the way to go. Concentration was needed to keep the boat in its groove in these conditions. Later, in flat water, it was much easier to drive the boat while keeping the main fully powered up.
The boat tacks easily through 80 to 85 degrees and has an ultra-responsive helm. It’s a legs-in sportboat, so there’s no need to fuss about with lifeline calisthenics, although you do spend a lot of time on the rail. My only quibble with the helm was a poorly situated tiller extension. The spacious cockpit can easily seat four or five adults.
Hoisting the big kite, which sets on a short sprit, was easy. All of the running rigging is led to clutches and winches on the cabintop, and the absence of running backstays (or even a backstay) makes it easy to concentrate all effort on the kite. The boat’s off-the-wind groove is wide and easy. The helm was light and the boat felt well balanced under main and kite. Soon we were surfing effortlessly under nearly 1,100 square feet of sail. Get going fast enough and the high-aspect foils (a forged-steel strut with a lead torpedo bulb and a spade rudder) emit a pleasant buzzing sound. It starts at about 11 knots and only sounds sweeter as speed increases.
Belowdecks, the interior is Spartan. Two long settee berths can accommodate a brace of reasonably tall sailors. There’s a compartment for an optional head, but no running water. The structural box around the keel is immediately below the companionway, where it gets in the way. Stowage is limited, but there are two generous cockpit lockers.
The LS-30’s restricted production run means it’s unlikely to achieve full one-design class status. No matter. This is a challenging, grin-inducing boat to sail under any conditions. Give it flat water and 8-12 knots of breeze and it will be hard to catch on a racecourse.
2010 January 4
Sport boat This 30-foot sport boat was designed as a daysailer and club racer by Steve Dalzell, design program director of The Landing School in Maine. The Landing School trains yacht builders and designers. I have worked with them for many years accepting "interns" into my office so they could get some field experience. One intern, Tim Kernan, came back to work for me for five years. The Landing School turns out some good designers and it's always fun to have students around. This project was conceived to provide a design that the students could build to gain experience in modern construction techniques. To date the boat has proven a fast and effective PHRF racer and the school plans on building two a year. The hull shows a V-ed forefoot with the deadrise forward fairing out by the time you get to Station 4. From there to the transom the bottom is very flat with a tight turn to the bilge at the stern. I see no hollow in the DWL at all forward. Beam is narrow at 7 feet, 6 inches, making for an L/B of 4.00. It's a very normal looking hull but I'd take the V off the forefoot and give it a nice bullet-shaped section at the bow. I'm not keen on "corners" on the hull forward. The keel is a T-type with a combination carbon fiber fin with a lead bulb for a total of 1,625 pounds of ballast. Draft is moderate for this type at just over 6 feet. The D/L is 116. The sheer is very flat with about 2.5-inches of spring. I don't have any interior layout for this boat but there can't be much below anyway. I'd assume some flats for seats and maybe a V-berth with a porta potty, but with its narrow beam and low displacement there just isn't much interior volume in a boat like this. A 10-horsepower inboard auxiliary is shown on the drawings. The rig shows a modern fat-head mainsail, double spreaders and 30 degrees of sweep with no standing backstay. The SA/D is 24.28. The boat was designed to be at its best in light to moderate air and has proven fast in those conditions. The short sprit is fixed and the chute is not masthead but high enough above the hounds to not have a problem jibing. The jib furler is located below the deck. The deck plan is interesting in that there are low seatbacks in the cockpit extending aft to where the helmsman would sit. We usually see flat decks aft with seating on deck. Centerline foot bensons will help you stay up to weather when the boat heels. Jib sheeting tracks are on the cabintop. This allows them to share the halyard winches port and starboard of the companionway. This boat is designed as a learning tool but I don't see any real compromises in the design intended to make building easier. Maybe you could argue that the inboard diesel is there to give the students experience in engine mounting and shaft alignment. The hull is wood composite and the decks are 3mm ply over Corecell foam or Nidacore. A group of five or six students will be assigned to build each boat. I can't think of another program as thorough as the Landing School and this LS 30 project is evidence of that thorough approach. I wish them well with it.
LOA 30'; LOH 27'10"; LWL 25'; Beam 7'6"; Draft 6'; Displacement 4,073 lbs.; Ballast 1,625 lbs.; Sail area 386.5 sq. ft.; SA/D 24.28; D/L 116; L/B 4; Auxiliary Nanni 10-hp; Fuel 6.5 gals. The Landing School, P.O. Box 1490, Kennebunkport, ME 04046, (207) 985-7976, www.landingschool.edu. OBE: $95,000 Our Best Estimate of the sailaway price
1553 Bayville Street
Norfolk, VA 23503