lewisboats
06-16-2007, 10:30 AM
The weekend before last I went to the Lake Pepin Messabout. Most other people had sailboats and I decided that I had finally had it...I needed some kind of blow boat...NOW!. The monday after...I started building. Sail, Mast, Sprit, Amas, Rudder, Leeboard, hardware and running gear...the works. Bear in mind that I have never done this before and never sailed by myself. Thursday afternoon all was in readiness for the trip to Rend Lake IL. Got there, got the boat in the water and tried it out. By golly the damn thing worked... with issues:(the boat sailed ok but wouldn't paddle worth crap. the rudder was dragging no matter how high I pulled the blade up and it wanted to steer the boat...in the opposite direction I wanted to go. I also under powered it quite a bit...by about half I expect. Third...my butt got quite wet, no problem, but the camera got wet too...big problem!. I had to get a new one. I have started working on the deficiencies...1: the rudder...new one completely...out of stainless (scrap from work). 2: new sail...ordered Polytarp kit from Polysail...should be here in a few days, gotta do new mast, sprit and am adding sprit boom too. 3: build some kind of lattice floor to keep butt ( and other essentials) out of water. Now here is the good stuff...I have pictures!
The initial design...
http://www.angelfire.com/ego/lewisboatworks/Images/CubCanuPics/Onthewater1.JPG
http://www.angelfire.com/ego/lewisboatworks/Images/CubCanuPics/Onthewater17.JPG
The conversion...
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/lawnsailing.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/leeboard.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/rudder.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/sail.JPG
The test...
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/trailered.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/kikinback.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/happy.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/sail1.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/nicelake.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/12.JPG
and starting on the issues: Rudder:
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/1.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/2.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/3.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/4.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/5.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/6.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/7.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/8.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/9.JPG
As you can see, the rudder comes completely out of the water and up above the deck. The Pivot bushing rests on the deck and the bolt goes completely thru and is nutted on the underside. I still have to weld an eye onto the tiller stub to run the line for the blade lift. The rudder blade and cheeks are of .100 (10 gauge) sheet, the fabricated washers welded to the inside of the cheeks are .0625 (16 gauge, 1/16") for a total of .225 in. The stub tiller arm is .250 x 2.00 and the lever arm is .1875 (3/16) x 1.00. The pivoting end is from a rail switch (trolleys roll down a rail with a side of beef suspended on a hook under, the lever shifts a switch via hydraulic cyl. to another rail...pushed by a chain with dogs (pivoting pushers)) and is adjustable both in its attachment points and its length (on the tiller). I welded a wood screw onto the end so the tiller arm can be attached. The tiller is still a push/pull but it can easily be changed at the tiller stub to a rope tiller, controlled by pedals or other means. I would simply have to fab a double lever arm instead of a single.
Steve
The initial design...
http://www.angelfire.com/ego/lewisboatworks/Images/CubCanuPics/Onthewater1.JPG
http://www.angelfire.com/ego/lewisboatworks/Images/CubCanuPics/Onthewater17.JPG
The conversion...
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/lawnsailing.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/leeboard.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/rudder.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/sail.JPG
The test...
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/trailered.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/kikinback.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/happy.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/sail1.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/nicelake.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/12.JPG
and starting on the issues: Rudder:
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/1.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/2.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/3.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/4.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/5.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/6.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/7.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/8.JPG
http://angelfire.com/ego/lewisboatworks/Stuff/Sail/9.JPG
As you can see, the rudder comes completely out of the water and up above the deck. The Pivot bushing rests on the deck and the bolt goes completely thru and is nutted on the underside. I still have to weld an eye onto the tiller stub to run the line for the blade lift. The rudder blade and cheeks are of .100 (10 gauge) sheet, the fabricated washers welded to the inside of the cheeks are .0625 (16 gauge, 1/16") for a total of .225 in. The stub tiller arm is .250 x 2.00 and the lever arm is .1875 (3/16) x 1.00. The pivoting end is from a rail switch (trolleys roll down a rail with a side of beef suspended on a hook under, the lever shifts a switch via hydraulic cyl. to another rail...pushed by a chain with dogs (pivoting pushers)) and is adjustable both in its attachment points and its length (on the tiller). I welded a wood screw onto the end so the tiller arm can be attached. The tiller is still a push/pull but it can easily be changed at the tiller stub to a rope tiller, controlled by pedals or other means. I would simply have to fab a double lever arm instead of a single.
Steve