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Boat Plans Bolger | 2014 Calendar of Our Designs

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Boat Plans Bolger


Our 2014 calendar is now at the printers and we will have the first stocks ready for shipping in a couple of weeks. Get your orders in and we will ship as soon as they come in, well in time for you to use as Christmas gifts or to hang on your wall come January 1st. Order here.

We have a nice selection of photos again this year. Here are the cover photo and a few months as samples of what it contains.
Cover of our 2014 Calendar
January
May
July
September
Thank you to all who have allowed us to use your photos. For other builders who are not featured, we have already started to collect photos for our 2015 calender. This is a good opportunity to show off what you have achieved, so please send them to me by email.

We have changed suppliers this year, in the interests of keeping the price reasonable. The supplier that we used in the past has hiked their prices way up and would have necessitated a considerable increase. With the new supplier we can hold the price at the same level as the past two years.

To see our range of boat designs, please go to http://dixdesign.com/ .

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Wooden Boat Plans Australia | MALANGO 888 NEW TEST AND NEW VIDEOS WITH THE MOJITO 888

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Wooden Boat Plans Australia


I had posted recently about the Mojito 888:
http://interestingsailboats.blogspot.pt/2014/10/mojito-888-voile-magazine-boat-of-year.html
http://interestingsailboats.blogspot.pt/2014/10/on-water-rm-890-versus-mojitomalango.html

After having won the Voile magazine boat of the year contest the interest in the Mojito went up sharply and the boat has been tested by the other main French sailing magazines (Voile and Voiliers and Bateaux) and looking how the boat sailed on both occasions I bet we will continue to hear nice things about the boat. First a video with the boat being tested by Bateaux (very light wind) and then 3 others from the Voile and Voiliers test showing the boat sailing in medium wind in several points of sail:



The interest on the Mojito seems to make revive the interest on the Malango 888, basically the same boat with a different cabin and we have a new test, surprisingly by a British Magazine. It seems that on the last years finally the British, that have a more conservative approach regarding cruising boats, seem to be interested on the light fast and seaworthy cruising boats derived from the Ocean solo racers hull concept.

The test is from Sailing Today. I did not like other test made by the magazine but this one is made by a new tester and what they say about the boat corresponds to the information I got about it, reading other test sails. It seems a good test to me. They say about the boat:

"The boats are drawn by Breton naval architect Pierre Rolland, who favours a purposeful plumb bow, hard chines and a wide stern. The racing pedigree is immediately obvious, and in fact, the design is derived from a singlehanded mini Transat racer. And yet, the boat’s raison d’etre is to provide a sporty sail for cruising sailors...It’s all about the pleasure of sailing,..

The techniques used to build the Malango are decidedly modern. Vacuum infusion spreads the resin evenly through the layers of fibreglass and honecomb-cell felt for the minimum weight.

..it’s worth noting a key feature of the boat, and one of its chief concessions to cruising: the transom includes a deep 2.1m recess which perfectly accommodates a 2.4m dinghy. Being low to the water, the cut out for this dinghy garage doesn’t intrude on the stern cabin, but forms part of the structure of the stern berth.

.. we scoot upwind at an easy 7 knots, heading some 40° off a true wind of 13 knots. Reaching up and down off the beach at nearby Port-la-ForĂȘt, dodging waterskiers, we settle into a 7.8 knot lope and we hit 9 knots surfing back downwind flying the 75m2 symmetrical spinnaker. Although this is a sporty boat, she’s very well behaved, reluctant to broach (you can really feel the chine digging in aft) and therefore easily handled by one."

The genoa is on a furler and the sheeting point is controlled not by a traveller (keeping the side decks clear), but by the increasingly fashionable light eye on a Dyneema strop – a barber-hauler which can be pulled closer to the centreline or slacked off.

Verdict: At a touch under 30ft, the Malango 8.88 ..she has the heart, soul and the capabilities of a larger cruiser.... Her lithe, sporty lines and muscular performance mark her out from the many gaffer-likes produced in Britain – we simply don’t have an equivalent to the Malango that I’m aware of. She’s fast, but stable and easy to handle, making her good for family cruising or outings with friends. She’s been designed to a firm cruising brief, with the ability to dry out easily on sand – perfect for her native Brittany and with a few modifications – renewables, watermaker, extra electronics – she’d make a capable, but cosy, bluewater cruiser. That’s why she’s able to make a European Category A rating and indeed one of the 11 boats built so far has crossed the Atlantic to the Caribbean".
http://www.sailingtoday.co.uk/boats/big-boat-review/melango-88-8-review-test/

They also have made a video of the test:



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Boat Plans At Mystic Seaport | Long Distance in Small Boats

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Boat Plans At Mystic Seaport


For as long as man has been on this gorgeous blue planet of ours he has sought to find adventure wherever he can. There have always been those who simply have to see what is over that next hill. When we all know what is over that next hill then the adventure becomes going over that next hill in some way that has never been done before. It has probably not been done that way before because it is just too big a challenge for most people to consider trying.

That insurmountable challenge is the best of reasons for some people to try it anyway, to prove that it actually can be done and to prove themselves to themselves. In the process of succeeding they also prove themselves to the rest of mankind. Some of mankind thinks it exceedingly silly to do these things and will be eternally critical of those who try. They have no adventurous spirit themselves and would never attempt anything that they consider the least bit risky or dangerous. Some of them become bureaucrats to control others or they encourage bureaucrats to stop the adventurers from being adventurous, a misguided attempt to protect them from themselves.

I have written here before about one such adventurous person, Anthony Steward. He is the only person to have sailed around the world in an open boat. I am fortunate that Anthony selected my TLC 19 hull as the basis for his open boat voyage. Everyone thought that he was crazy in his quest but he was permitted to do it. That is how it should be.

Now I am working on a design for another person who has the aim of circumnavigating the globe in a different way from how everyone else has done it before. His name is Davey du Plessis and he plans to peddle his way around the world. My job is to provide to him the boat that I believe will give him his best chance for success. At the same time, it has to be economical to construct because he is on a tight budget for the voyage.

The result is a multi-chine plywood craft of approximately 23ft length overall. The hull is of fairly classic form that will also make an excellent pulling boat. It has a fine bow at waterline for wave penetration and a fine stern for low drag at the low speeds that can be expected under long term human power.
Hull of the Ocean Peddle Boat for Davey du Plessis.
The superstructure is also multi-chine plywood, so that it can be quickly and easily built using stitch-&-glue building methods. It is a closed boat for maximum protection from the elements but with the ability to open up large surfaces of the central cockpit area to allow air to flow through when needed. This also increases the safety tremendously in rough conditions, making her essentially self-righting if all of the gear is properly stowed and secured.
Basic 3D model of hull and deck.
The model above is very basic, it doesnt show the details of the deck, like windows, opening panels, hatches, solar panels etc, which are detailed into the building drawings.

The whole concept is conceived to make a seaworthy boat. It is not designed for speed, it is designed for cruising slowly under human power, aided where possible by wind, wave and current.

What about the crazy man who will live long term inside this eggshell? Maybe Davey is not as crazy as you think or maybe he is more crazy than you think, I doubt that he knows for sure. He is no doubt less crazy than Anthony Steward because Davey has chosen to have a boat that will give him shelter for his long voyage. Does Davey du Plessis have the legs for this voyage? You can bet that he does, he has ridden a bicycle the length of Africa, from Cairo to Cape Town. Davey is an adventurer and I applaud him for it.

Daveys boat will be built in Knysna on the South African South Coast. The builder is his uncle, Tertius du Plessis, who has previously built one of my designs, a Didi 34.  I doubt that I will even get to see Daveys boat because his route is unlikely to pass anywhere near to me in USA.

I will add this boat to my website when the design is complete. I will no doubt offer it as an open pulling boat but it is possible that there are others who would also like to build it as a trans-ocean rowboat or peddleboat.

To see our full range of designs, please visit http://dixdesign.com/.


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Boat Plans Skiff | Whats with all the fart signs

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Boat Plans Skiff


Rachel and I last month went to Sweden to visit my mom. I dont know why but we just cant pass.... Up a good fart sign.





Not a fart sign, just wanted to show you we not all about fart jokes.

I think it means exit in Swedish, Danish 



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Boat Plans Catamaran | Cape to Rio 2014 Black Cat Preparations

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Boat Plans Catamaran


Start day for Cape to Rio 2014 draws near, now only 4 days away. Preparation of our radius chine plywood Didi 38 "Black Cat" continues. Most of the big jobs have been completed but somehow the list of smaller ones never ends.

Earlier this week we were able to go sailing for a few hours to try some of the new sails, all made by the North Sails Cape Town loft. The mainsail and jib are both carbon and are a real treat to use. They set beautifully to the designed shape and are very stable. There was a bit of swell running and I found the sails to be easier to helm to than the previous laminated Dacron sails, with the sail shape not changing from surging in the swell as happens with a softer sail.
North carbon jib. Sexy see-through clothing.
Photographic conditions were not great, so these are not the best of photos. They show the new carbon mainsail and jib. For purposes of optimising our IRC rating for the race, sail area has been reduced in the headsails, with our big (and very old) Genoas with large overlap gone for good, replaced by a jib that hardly overlaps the mast, does not foul the spreaders or shrouds and is very quick to tack. It also sheets very close and allows "Black Cat" to now sail very close to the wind. This will be a great sail any time that we have to go to windward.
North carbon mainsail
The reduction in headsail area is somewhat compensated by the larger roach of the new mainsail. The larger roach and stiffer fabric means that there is a lot more conflict between backstay and mainsail, so she now has a flicker on the backstay, which you can see on the photos, to lift the top of the backstay away from the sail to allow it to pass through.

The new Code zero has massive area and showed itself to be surprisingly close-winded also, able to sheet to a very close reach, almost a beat. With large shoulders, it is also very stable and much easier to steer to than a conventional spinnaker. This sail rates as an asymmetrical spinnaker rather than a Genoa, allowing us to sail to windward with a spinnaker in light to moderate breezes.

I have written previously about some of our crew for this race. Without bio info from the other two, here is as much info as I can give for them from my own knowledge.

Dave Immelman is the normal skipper of "Black Cat" and has graciously moved into the navigator slot to allow me to come in as skipper. Dave is very experienced in competitive sailing, having crewed in the South African "Shosholoza" Americas Cup Team, a Volvo Ocean Race campaign and extensive racing in South Africa, UK and the Med. Dave is very tough as well, having rowed 3000 miles single-handed across the North Atlantic Ocean. It was intended to be a double-handed voyage but his partner took ill and was taken off the boat very soon after the start and Dave decided to continue by himself.  We will have many interesting stories to swap on this next voyage. Dave is married to Susan, an award-winning seafood chef. They have a daughter of 5 and another arriving while we are mid-Atlantic.
Dave Immelman at the time of his rowing voyage.
Adrian Pearson is the owner of "Black Cat". He was my partner in her from during construction through to 2000, when he took over full ownership. Adrian loves to sail on her but does not often skipper her, preferring to hand over that job to someone with more experience. Not that Adrian lacks ocean experience, he was in my crew for the 1996 and 2000 Cape to Rio Races, crewed on her for the return from Rio in 2000 and did many coastal regattas and races with me around the Cape of Good Hope. Adrian is a retailer in Johannesburg, co-owner of a large grocery store.  He is currently unattached and has two sons and a daughter.

Dont forget that you will be able to track our progress across the Atlantic. Go to the official race website Cape to Rio 2014 and click on the tracking link at upper right of the screen.

I should be able to make one more post before we sail away. I hope to make an occasional post while on the water but cant guarantee that it will happen. Our Internet connection will be via costly satellite phones so has to be used sparingly. We will have a separate boat blog for the race and I will post the address of that blog in my next post here.

Read about our designs at http://dixdesign.com/.



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Boat Plans Pdf | Stability with Water Ballast

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Boat Plans Pdf


A potential builder of the Didi 950 asked me a question about stability with water ballast. He could not find an explanation on the Internet describing the effects of water ballast on a boat when capsized, so here it is.

After looking at the stability curve, he was concerned that the stability curve with water ballast to windward, the normal position for sailing in strong winds, has a very large area of negative stability. He wanted to know how that affects the time that the boat will take to right itself if capsized. This is a natural question following the amount of discussion that has been happening after our recent capsize in the Didi 38 "Black Cat" and the very rapid manner in which she returned to upright.

Shown below is the stability graph of the Didi 950 in fully loaded condition; click on the diagram to enlarge it. This is the condition of lowest stability due to the inclusion of crew, stores, liquids and many other weights that are above the centre of gravity (CG) of the boat. There are three curves shown. When looking at the graph, consider that the area enclosed by each curve above the horizontal 0 line is a measure of the energy that is required to take the boat from upright to the point of vanishing stability (AVS) where the curve crosses the 0 line. Until the AVS is reached, the boat will return to upright if no additional heeling force is applied to it.  Beyond the AVS the boat will continue to full capsize unless there is another force being applied that will return it to the positive side of the AVS.

The green curve is with ballast tanks empty, so akin to sailing a boat that has no water ballast. This curve is very similar in form to that of "Black Cat", with the area enclosed by the curve above the 0 line many times greater than the area enclosed by the curve below the 0 line. She would right herself very quickly with no water ballast. The red curve is with the windward ballast tanks filled, good for powering to windward or power-reaching in strong conditions. The blue curve is with the leeward ballast tanks filled. One would not sail her like this but it is a situation that could result from an accidental gybe in strong winds.
Didi 950 Stability Graph. Click to enlarge.
With no wind or waves and the ballast tanks on one side filled, the boat will not rest upright. It will heel over until it stabilises at a heel angle that places the CG vertically in line with the centre of buoyancy (CB). That will be the nearest crossing of the curve with the 0 line, which is at 5 degrees in this case, seen on the blue curve. Add some wind to bring the boat to 0 degrees heel and the righting moment that is working is the point where the red curve hits the left edge of the graph. Without water ballast the boat must heel to 6 degrees to reach the same righting moment. That is where the power benefit is coming from with water ballast, the boat will sail more upright than with empty tanks, in the same wind strength.

Note that all three curves are closely bunched when the boat is heeled 90 degrees. This is a knock-down situation, probably from losing control when driving hard downwind under spinnaker. The mast is horizontal but not in the water. This bunching of the curves at 90 degrees is because of the position of the ballast tanks in this design, low in the boat fairly close to the vertical CG. There would be a bigger spread if the tanks were located high up under the deck.

The red curve shows the benefit of increased righting moment when the windward tank is filled. There is considerably greater gain in stability shown by the red curve than lost stability, shown by the blue curve, when ballast is on the wrong side.


All three curves show that the wind alone cant capsize the boat. When the mast hits the water there is still considerable righting moment available for all three situations. If the boat is in large waves and hit by a big one while knocked flat, the added energy from the wave can capsize the boat in all three situations. 

It seems counter-intuitive but the condition most likely to invert the boat under wave action after a knock-down is with the water ballast to windward (red), i.e. the condition in which the boat will be sailed in strong winds. This is because after the water ballast passes beyond the point where it is vertically above the overall CG of the boat that extra weight is on the wrong side of the CG and is helping to capsize the boat rather than to bring it back to upright. It pulls the red curve below the green curve and reduces the AVS from 133 degrees to 122 degrees. 

Overall it takes more energy to capsize the boat from upright with water ballast than without, evaluated by comparing the area enclosed by the red curve with the area enclosed by the green curve. When the area enclosed by the blue curve is compared with the green curve, there is very little difference. It will take a similar amount of energy to capsize the boat without water ballast and with water ballast on the wrong side, when going from upright. Ironically, the wrong side has the greatest amount of reserve stability after a knock-down and has the greatest angle of AVS, so it is the condition least likely to capsize after a knock-down.

Back to our capsizing boat. Once past 122 degrees it is into a big range of negative stability that shows as the area enclosed by the red curve below the 0 line, taking it all the way to 180 degrees, i.e. totally upside-down. But see that the curve does not return to 0 at 180 degrees, which means that it is unstable at that angle. Same as happens when the boat is upright, the water ballast off to one side prevents the boat from resting at the 180 degree position. It has to rotate to where the CG is vertically aligned with the inverted CB. That is at the point where the curve crosses the 0 line. If the red curve is extended to the zero line it will be to the same angle that the blue curve crosses,  i.e. 160 degrees.
 
There is no windward or leeward when the boat is upside-down, the sails are under water. The boat is stable in the 160 degree position, so leaning 20 degrees to one side of upside-down. It needs to get past the nearest zero crossing to come back to upright. The boat doesnt care which way it goes. It needs a lot of energy to go back the way that it came along the red curve but very little energy to get to the 140 degree AVS crossing of the blue curve. With the motion from just a small wave it will continue past that 140 degree point. Once that point is passed, the righting moment of the blue curve takes control and will return her to upright. If the rig is still standing then the sails will fill and she will be back into the stability situation shown by the red curve. She has capsized along the red curve and righted herself along the blue curve.
In essence, it will take a lot less energy for the boat to right itself with water ballast than without, so she should right herself more quickly with the water ballast. The difference is that without water ballast she can go either way from inverted to upright but with water ballast she has to go full circle.

To visit our website, go to http://dixdesign.com/




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Boat Plans At Mystic Seaport | Didi 950 Up and Over

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Boat Plans At Mystic Seaport


This seems to be a period of hull-turning. About 10 days ago I posted about the Didi 26 being turned in Hood River, OR. Now I am doing the same for Mike Vermeerschs  Didi 950 in Ohio.

Mike turned his hull this weekend and it went very smoothly and safely. It is a much bigger boat, with more weight that can potentially get out of control and more height needed to successfully accommodate the hull on its side as it goes through the process. Bigger and heavier boats need more care, preparation and equipment than is the case with smaller boats.

Mike chose to turn it using the spit-roast method. This is only one of many methods that I describe in my book "Shaped by Wind & Wave".

Turning by this method is done by attaching axles to both ends of the hull to suspend it on supports (Mike used engine hoists) while it is rotated on the axles. Care must be taken to get the axles on centreline and close to the vertical centre of gravity of the hull, to keep the rotational forces small. In this case Mike asked me for the position of the VCG, which he says proved to be spot-on. Once lifted, he turned it by himself, exerting about 20lb of force to rotate the hull. These photos tell the story.
Spit-roast axles ready to be fitted.
Axle bolted to transom.

Axle bolted to bow.
Axle in chain sling attached to boom of engine hoist.
Lifted on engine hoists and turn started.
Almost over.
Cradle ready for the hull, on castors for easy moving.
Safely settled in her new cradle and ready for interior work.
Thanks Mike Vermeersch for the great photo series.

To see more of this and our other designs, please visit. http://dixdesign.com/












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Dinghy Boat Plans | More on Stability with Water Ballast

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Dinghy Boat Plans


John Gilbert asked a question in response to my recent post, Stability with Water Ballast.

I do not get why the red and blue curves do not meet up at 180 degrees. Inverted the boat has no windward side as you point out, so you have water ballast on one side and none on the other side. As you have drawn the curves you have powerful stability in the  inverted position with the water on one side (red), but actually a righting moment if you have water on the other side(blue). What is the difference?

To help with understanding this I thought it better to write a new post that expands on the dynamics of stability than to try to answer it in the comments section after that post.

This will be more easily understood by seeing a diagram showing the stability graph expanded through a full 360 degrees rather than all conditions overlaid on top of each other in a 0-180 degree range. This is exactly the same stability info for the Didi 950 as shown in the graph of my earlier post but shown in a different manner.
Diagram of Stability through 360 Degrees
I will start with the green curve. This shows the stability without water ballast. The centre of gravity (CG) is on centreline. The stability curve intersects with the horizontal grid line at 0 degrees heel and increases identically both to left and right of the 0 degree line, so the boat will float without any heel to either side when right way up. The boat will stay that way in the absence of any wind, wave action or crew movement on the boat.

Follow the green curve until it comes down past 130 degrees to again intersect with the horizontal line at the Angle of Vanishing Stability (AVS). Then it enters a range of negative stability where it will proceed toward upside-down. At 170 degrees it crosses to above the horizontal line again. This indicates that the superstructure volume is trying to turn it back upright and doesnt want the boat to lie totally inverted. It will easily flop back and forth between the 170 and 190 degree points. The boat can return to upright along either green curve.

This all depends on a totally waterproof superstructure, of course. In practice water is likely to enter the boat at a rate that depends on what is open at the time, which will affect the inverted stability. 

Moving on to the stability with water ballast, in my earlier post I said that the boat will capsize along the red curve and recover along the blue curve. I explained the relationship between the two curves but that relationship is not easy to visualise if only seen across the 180 degree range.

In the diagram above you can see that the red and blue curves only meet in two places and both are on the horizontal line. These are the two points at which the boat will rest when there are no outside influences from wind, waves or crew movement.

The boat cannot rest totally upright nor totally upside-down because the weight of the water to one side is heeling it toward that side. It will rest at approximately -5 degrees heel instead of upright and at 200 degrees instead of upside-down when inverted.

Bearing in mind that the areas of the curves below the horizontal line indicate how much energy it needs for the boat to get past the AVS points so that it can right itself when in that 200 degree situation, it is now easy to see that it will take a large amount of wave energy to get past the AVS of the red curve but a very small amount of wave action to get past the AVS of the blue curve.

This graphic shows that if a water ballasted boat capsizes it will do so along the red curve but it is very unlikely to return along that same path, nor is it likely to stay capsized for long. Once past the AVS of the red curve the negative stability will push it to 20 degrees past upside-down. After that the blue curve will take over and almost guarantee that the boat returns to right-way-up pronto.

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Boat Plans Bruce Roberts | Americas Cup Value to Sailing

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Boat Plans Bruce Roberts


I have recently been quite active on the LinkedIn forums about Americas Cup. It is not in my nature to participate in forums because I have found that it is all too easy to get drawn in and become embroiled, fending off attacks by Internet trolls whose great ambition in life is to be destructive to others. LinkedIn is a more closed community and less apt to show this nastiness and aggression. If I feel strongly enough about an issue then I will have my say and keep up with the rest of the discussion.

Just such a discussion came out of my last blog entry, about Race 13 exceeding the time limit. You can read that entry by scrolling down the page or go to the blog archive on the left of this blog. The response was that races should not have time limits and should just continue until there is a winner. It referenced baseball as a comparison. Discussion then progressed to the format that is being used for this current edition of Americas Cup, AC34. Some of my posts have been well received and it was suggested that one post in particular should be read by a wider audience.

I responded to the following question. I dont want to name the poster, I dont have his permission.

"So I am going to go back to my question on the cup. Forty minutes time limit for an Americas Cup race? I would like to see the last race ground out for say 2 hours of excitement vs. just 40 minutes. Are we an ADHD society that if it goes longer that 40 minutes we loose our audiance (sic). I dont care. Its the Americas Cup. It should be raced with sweat and tears to the end. It should go as long as a football game or basketball game(including time outs and media breaks). Shouldnt it?"

Here is my response.

"We all have our own ideas on what should be and what shouldnt be. Whos to say which is right? I agree that 40 minutes does seem too short a time limit but I understand the aim of the organisers to popularise sailing competition with the non-sailors and the parameters within which they were working.

Sailing is its own sport and it is evolving rapidly with technology. Do you really want to watch these two boats sailing back and forth upwind and downwind for 3 hours or more each race and potentially for 17 days (19 days including the 2-race penalty) in a row? That will drive the TV viewers back to whatever they were watching before AC34 came along.

I grow thoroughly bored watching football and baseball. They are stop-start games and they hold the attention of the audience for very short periods of action. The players get to rest for much of the duration and only work in short bursts. They can go on all night if needed, without burning themselves out. The crews on these boats are working hard the whole time, every race.

I think that it will work to compare AC racing with cricket. Test cricket takes 5 days of play, broken into 4 sessions each day. With no limits aside from the 5-day time limit, it often ends with no winner. It bores most people to tears. Then one-day international cricket was introduced, featuring 50 overs (300 balls) bowled by each team against the other batsmen. Suddenly cricket became interesting to a much wider audience. Now they play international 20-over games and the games are very exciting to watch, with massive viewership.

Rugby was always an exciting running game but it has also gone the same route of short, very fast and exciting games with the Rugby Sevens. This is what is needed to hold the attention of the modern world, where there is always something else trying to grab attention. Why should sailing not be right there in the fray also grabbing attention with short, fast and very exciting races.

Sailing is a sport of ageing players and needs new and young blood to survive. This event is likely to attract new people to sailing in one form or another. We can watch yacht racing as we knew it 20 years ago until it goes the way of the dinosaurs or we can embrace the new world and regenerate sailboat racing as a viable sport.

There is still a place for 5-day test cricket, for a much smaller audience than the other forms. Likewise, there is also still a place for the longer duration sailing races. I will be skippering a 38ft sailboat across the South Atlantic in January. We will be racing flat-out for 3 weeks from Africa to South America. There will be exciting times for me and my crew far away from the eyes of any TV audience. I enjoy that racing immensely, as a participant but I dont expect our slow progress across the ocean chart to keep anyone rivetted to the edge of their seat the way that AC34 is doing to us right now.

I think that with AC34 they have hit a winning formula and I am enjoying every short minute of it.
"


Thank you for taking the time to read my viewpoint. It is often a bit off the beaten track but I think that it is valid.

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Pontoon Boat Plans | Working with Fiberglass SAFETY is Important !!

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Pontoon Boat Plans


Always work in a well ventilated area. Resins, hardeners, and solvents are flammable and toxic. MEK60 is impact sensitive. Some people are especially sensitive to any and all components. Avoid excessive skin contact. Avoid inhaling concentrated fumes. Wash well and keep skin clean from these chemicals. chemicals follow manufacturers instructions. DO NOT SMOKE or have open flame around when working with fiberglass chemicals. Select an appropriate work area. Protect furniture, floors and other surfaces from spills and spatters {.o prevent permanent damage from these substances. Remember that the fibers of the fiberglass are irritants and commonly cause skin itching and irritation. When sanding, use a barrier cream or gloves, protective clothing and sanding mask and clothing and careful clean up methods as you work.

Fiberglass is just that, GLASS, and it will cut if you are not careful. When you sand, cut or trim anything made from fiberglass keep in mind that it can be as sharp as anything known to man.

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Boat Plans Pdf | Reconecting with my past Thanks !

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Boat Plans Pdf


One of the reasons I started to write my thoughts and life experiences down here is to share with my daughters and others what could be done in life with very humble beginnings, a bare bones education, some common sense and lots of work. I have been mostly self taught because I never really liked being in school and the time it took out of my day. I have always just wanted to study what interests me and pass up on the rest. This approach has worked out ok for me but I have explained many times to my daughters that it will not work for them as they are not like me. The world has changed in my short lifetime and is not as simple as it once was. Plus they are way smarter than I ever was so a good education will do them well in life. 

I have had more time lately as my kids are gone from home . My wife has a summer job up north , rain squalls interrupt my day for short periods so here I sit trying to exercise my mind while waiting for the rain to pass. Our place is small 12x16 with 10 porch . I work outside so when it rains its break time.

 Since posting my Flats boat building history I have received many nice emails and photos of past boats from old clients and new second owners. Its been very nice to reconnect and to meet the new owners. When I started this blog we were on the move all the time, internet was very slow in the places we were sailing. I did not have the time or inclination to sit and ponder. Today is another matter. Now I connect every where and with this new iPad contraption my daughters gave me for Christmas its so fun and fast. Two weeks ago Lillian asks me if I know how to see who and how many people are reading my blog. What you can do this !!!? She shows me why and how its done. Amazing . 23,000 views to date on this blog from all over the world. I had no idea. Now I understand why all those ads know whats on my mind. Kinda scary. 

A nice picture of a Whipray posted on the Tribenwaters sight telling me how much fun he has enjoyed  his skiff.

Latest email has this picture from an early client in HBBWs time when I actually was doing the glass work trying to train people. Back then I was still not comfortable backing up in my new F150 so on the delivery day sea trial I asked the owner to back her in for me. This is the first big engine we put on one of these skiffs . He says he just sold it to a good friend after 17 years of using it. 
Thanks for the memories



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Boat Plans Canada | Star 45 Construction Planking with edge glueing

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Boat Plans Canada


[Star45] Update on planking bottom with edge glueing.

John Fisher is ready { 4/19/2007 } to glass his latest boat and is sharing how he planked it. His dad built a ply sided, cedar planked star using titebond II and it came out pretty light and stiff. With this information I started to build another hull using the same materials. He felt that edge gluing the planks added a lot of the strength to his boat. John didnt want to glue in extra wood to hold the pins to keep the planks in place for the glue to dry, so I combined two methods of planking. John liked the quickness of planking with CA and kicker, but it lacked stiffness when sanding the bottom before glassing. So he decided to edge glue the planks and then tack them in place to the frames with CA.

In this photo you can see where John put drops of CA on the planks. The wood is slightly darker.


It worked well. John has an edge glued bottom and he was able to plank it in one evening. To do this John first spray the frames with kicker, then apply titebond III to the edge of the planks. He then would hold the plank in place, tight against the previous plank, and apply a drop of CA to each frame to hold it in place. It did not matter where John started, bow, stern, or middle, but do make sure the CA has set up before moving to the next frame. Once the whole plank was in place he came back and wiped off the extra titebond. To fair the bottom to the sides he used a $10, 6" plane from home depot set at .010" depth of cut. It quickly removed the cedar and a little sanding finished the job.

John had one plank that was too thin that he had to remove, it was harder than expected. He had the use quite a bit of force to break the glue joint at each frame, so he is confident that this method is strong. John will also use this for balsa planked bottoms.

In photo # 10 you can see the stern still needs to be trimmed and sanded. John will probably use a saw to trim in close and then sand to fair it.


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Dinghy Boat Plans | Interview With Boat Designer John Simpson

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Dinghy Boat Plans


Interview with John Simpson 

John Simpson has been a boat designer for 45 years. I had a chance meet him at a Metal Boat Festival a few years ago. Now every time I go to one I look forward to hearing him speak. He has a vast knowledge of boat design and is always willing to share that knowledge.

John, you have been a long time member of the Metal Boat Society and contributor to the Metal Boat Quarterly, thank you for your years of support.


DB: When did you get into boating?
JS: My first boating experience was at 4 years old with my dad in an open 16 rental boat with inboard engine.

When did you realize you wanted to design boats for a living and how did you become a yacht/marine designer?
Even though I had been sketching out boats for several years and had been boating since 10, it was during a university summer job maintaining 3 naval utility vessels (75, 48, and 36) that design and construction got into my blood stream. My first step was to interview several naval architects to get a feel for the business. All were very helpful and one suggested the best path was to marry a rich woman (I didnt). I did another summer job in a boatyard leading to a 4 year marine design/drafting and engineering apprenticeship at a shipyard where we built several ferries & barges and at that time, the worlds largest semi-submersible oil rig. At completion I had jobs with several naval architects designing yachts, fish boats, dredges, barges, etc. Around 1972 (incorporated 1974) I started doing my own design work and topping up wages working with a boat builder.
Could you tell us about your first commission?
The firstwas a 70 steel schooner shortly followed by a 33 fuel efficient motor cruiser(s). Both are still in service

Since that first commission, how many boats have you designed?
By my records about 110 sail, power, commercial ranging in size from 17 to 80 in steel, aluminum, and FRP. Some designs evolved from originals so the total number is higher.
This may not sound like a lot of designs over 40+years  but keep in mind that some designs can be complicated and if they need to meet Government Regulations, must be diligently monitored throughout construction this and outside consult work absorbs time.

Not only do you have experience designing, but you have experience in building. Could you tell us about your boat building experience? 
From a bare hull: a 9 sailing dinghy & a 22 sail boat. Plus, 2 years with one builder followed by 3 years doing custom power boats 30 50, the latter as foreman, estimator, assistant manager, & designer.   

What lessons  have you learned from building that have helped with your design work?
Try not to design what one boss called an Architects Dream”… ie: impossible to build. It was obvious that the designer had no boatbuilding experience and little boating experience.   I was just getting into my own design business and my boss gave me some good advice:
 Never forget that one day:
(a)You may have to build one of your designs.
(b) You may have to use one of your designs.
I have done both on several occasions

As a designer you are well versed in not only yachts, but commercial vessels. I hope our readers will go to your website  http://www.simpsonmarinedesign.com and take a look at your portfolio. What are some of the challenges with commercial designs that are not present in recreational design?
The challenges are very similar but commercial boat (fishboats, etc) owners often push the limits, sometimes at great risk: Overloading, improper loading, or sailing into harms way, is not uncommon.  Not all boats are the same.
What are some of the challenges with recreational and cruising designs?
Very similar to commercial vessels: Different boats (designs) have different characteristics and each must be used within its limits. Putting a hot-tub on the housetop of a pontoon type house boat might be fine but on a motor cruiser, it may not be an option.

Any tips for the amateur builder looking at designs and wanting to build their own
boat?
(a)Choose the right design by getting some boating experience.
(b) Work up a realistic schedule with particular attention to time. Unfortunate as it is, I have seen many cases where the boat project outlived the builder.
(c)  Dont underestimate the price. If your dream is a $500,000 yacht, you are not going to build it for $150,000. (not to the same standards at least.) 
(d)  Concentrate on the boat and not the parts. Building your own parts (windows, port lights, engine conversion, etc.) could be a poor investment of time: That 10 year project might stretch into 20. And never get completed!
(e)  Use marine parts & equipment it is designed for that purpose. Boats equipped with automotive and/or domestic equipment may put you at risk. 
(f)    Get the other half involved- being a boat widow is not fun.
(g)  Pay nowor .. Pay later. Doing it properly the first time is a good investment. Corrections later can sometimes be very costly. If they can be done at all.



Any tips for anyone wanting to modify a design of an existing boat?
Be very cautious: small changes can sometimes have huge consequences. Work with a naval architect/designer (preferably the one who did your boat)

Could you tell us about your consulting services you offer?
This covers wide variety of services ranging from performance estimates, propeller sizing, stability evaluation, to a design check (a review of the design with a second opinion).

Anything on the drawing board you want to tell us about?
A small project for a client that did a circumnavigation in one of my designs. They want to go from offshore to inshore.  It is a 30, easily transportable sailing punt to be used for exploring various inland waters in North America & beyond.