31 Jan 18:
Took the clamps off of the bow seam and rough sanded to shape with 60 grit on a Black and Decker 3 inch belt sander.
We also took care of a few other items, sprayed the rudder cheek with Rustoleum Satin Black to match the tiller straps.
Put in the rudder spring pin and trimmed the tiller extension bolt. The bolt was long and we trim it with a metal blade on a reciprocating saw, flush to the top of the stopnut. Trimming with the stopnut in place ensures the correct bolt length and then the stopnut can be backed off to remove any sharp metal burrs. Also made a trip to Ace to pick up more stainless machine screws, washers and stopnuts for the tiller and rudder cheek.
Restoration Log of SUGAR 2.
Wednesday, January 31, 2018
1979 Drascombe Dabber VICTORY 31 Jan 18 Rudder Blank
31 Jan 18:
We decided on cumaru (Peruvian teak) for the rudder to match the new floorboards, transom cap and forward rowing seat. We cut the radiused edges off of the deck boards on the table saw, then laid them out to see how many boards we need for the pattern. We'll need 4 planks, if I'd cut them more carefully I might have been able to get the rudder out of 3 planks.
While we were playing with patterns I checked Steve's bowsprit pattern against our bowsprit, I'd say that we were within 1/8th inch for most of the piece.
We edge glued the planks with Pettit Flexpoxy and clamped them lightly with bar clamps. Placed plastic underneath so they didn't glue themselves to the bench. The planks tried to cup so I clamped them down to the workbench as well.
Bought some Tufnol bling for the mainsheet, hopefully I got the correct configuration and size.
Restoration Log of VICTORY.
We decided on cumaru (Peruvian teak) for the rudder to match the new floorboards, transom cap and forward rowing seat. We cut the radiused edges off of the deck boards on the table saw, then laid them out to see how many boards we need for the pattern. We'll need 4 planks, if I'd cut them more carefully I might have been able to get the rudder out of 3 planks.
While we were playing with patterns I checked Steve's bowsprit pattern against our bowsprit, I'd say that we were within 1/8th inch for most of the piece.
We edge glued the planks with Pettit Flexpoxy and clamped them lightly with bar clamps. Placed plastic underneath so they didn't glue themselves to the bench. The planks tried to cup so I clamped them down to the workbench as well.
Bought some Tufnol bling for the mainsheet, hopefully I got the correct configuration and size.
Restoration Log of VICTORY.
Tuesday, January 30, 2018
Sunfish Rudder Conversion
For More Info on common restoration projects, please buy our book The Sunfish Owner's Manual. It ships fast from Amazon!
The Sunfish has been built since 1953, first in wood and then in fiberglass. The original rudder releasing mechanism was made of bronze, and had a shorter height vertical plates for the wooden boat compared to the fiberglass boat.
Here is 1953 Alcort Sunfish ZIP, number 13 of the first 20 pre-production Sunfish built.
In 1972 the Sunfish had a new rudder blade, tiller and attachment hardware. The old style rudder could pop loose under heavy load, and the new style rudder offered better handling and performance. Many sailors now opt to convert their old style rudder to the new style, another reason being that new style rudder parts are easier to find.
Old style fittings on left, new style on right.
Old style uses a vertical hinge plate, hinge pin, deck spring plate, keel plate and carriage bolt. The weak point is the groove on keel plate that captures the vertical hinge plate. The attachment plates on the deck and on the keel both have wood backer blocks inside the hull. You also might see a small screw hole on the deck where the keeper chain for the rudder pin was attached. The shoulders of American roadways are littered with Sunfish rudder hinge pins. Chain is missing from this pin.
New style rudder is uses spring tension to hold it up or down, it pops up for easy beaching. It also uses a pintle and gudgeon design, plus the blade has more surface area and a better profile.
In this picture we have the new style rudder and tiller on the top, in the middle a few of the parts needed for a conversion and on the bottom the old style rudder and tiller.
To change out fittings you either have to split the hull/deck seam and re-epoxy it back together just right, or install an inspection port to remove backer blocks and install metal backer plate. The easiest method is the inspection port, plus if your boat is that old it is a good place to sponge out any water.
APS and Yankee Boating Center sell most of the parts needed, and you can gather other parts from ebay, craigslist or the Sunfish Forum
You will need general DIY skills, be able to use a drill, wrench, jigsaw and screwdriver and not be afraid to cut a hole in your 40+ year old Sunfish.
Old style on top, new style on bottom, on the way to restoration.
Gather new rudder/tiller parts and deck hardware, or just buy a complete set up and add nuts and bolts. There are no parts from the old rudder that are compatible.
You'll need rudder blade, wood or fiberglass and tiller. Also spring pin, rudder cheek (black plastic or aluminum) with pintle and spring, 2 rudder tension springs, nylon washers that go between cheek and rudder and tiller straps and rudder. Nuts and bolts to attach cheek and tiller strap to rudder. Nuts and bolts to attach tiller straps to tiller. Stare at these pictures long enough and you'll see how the parts go together, attach cheek, drive in rudder spring pin if not already installed, install springs, attach tiller straps to rudder and tiller. If the pintle spring pin moves up vs down, that is okay, it works either way.
Tip: Don't attach tiller to tiller strap yet, wait til rudder is hanging on boat and you can get tiller set to proper clearance above deck.
Here is a picture of some of the parts needed. Note: Cardboard rudder template is not seaworthy.
You also need a gudgeon, gudgeon backing plate #85098, #8-32 stainless steel machine screws, washers and stop nuts. Take a look at the backer plate, see the little hump (channel) in it? That is the part you need, because it fits over the old carriage bolt hump molded into the transom.
And you need an inspection port. I used a port that has a 6 inch opening, so the port and ring measure 8 inches across. This access to the inside of the hull is handy to make sure any wayward water can be removed after sailing and the boat can be aired out.
To get started you'll need to unscrew the old deck and keel hardware. They can be unscrewed or drill out the screws.
Don't cut off the plates with a grinder, you'll cut into the hull. In this pic I had to use Marine Tex epoxy putty to fill in slots cut by previous owner with grinder. They were sanded later and the boat was painted. You may hit some internal foam, that's okay, it will not affect the structure.
You'll end up with a pile like this. Hang it on the wall or see if someone else needs it on ebay/craigslist/Sunfish Forum.
Once the old hardware is removed, pick the location for your port, usually 2-3 inches up from the stern. The cap for this port makes a great template to trace the hole. Unscrew the cap, and place it upside down on the deck, centered over where you want your port. This will be the template for the hole. Trace around the outside of the cap with a non-permanent marker. Tip: DO NOT trace around the outside ring, or else your hole will be big enough to drop in the entire port!
Tip: Measure twice, cut once. Drill a starter hole just inside the edge of the circle with a 3/8” bit.
In this picture we drilled more towards the middle of the hole. Afterwards we decided we could have drilled just inside the line and saved more of the disc, which can be held onto for possible use in future repairs.
Tip: If your deck is in nice shape, cover it with blue tape to prevent the jigsaw footplate from scratching it. Also protect yourself with safety glasses and a fiberglass particle mask. Using the starter hole you just cut, take a jigsaw and cut around the inside of the circle, staying just inside the line.
Tip: Remove the cutout, take a coffee break and admire your work.
You can now access the inside of your boat…although you might decide not to…here is a picture of a rotted wood backer block and part of its fiberglass holder.
INTERMISSION
Tip: Don't install the port yet, leave it off so you have more room to work inside the hull. Put some blue tape over the raw fiberglass and wear a long sleeve shirt to protect your arm (Remove tape before final port installation).Now you need the backer plate, gudgeon and hardware. A new backer plate usually does not have screw holes drilled yet for machine screws, what you can do at this time is line up the backer plate with the gudgeon and pre drill screw holes.
Place the gudgeon just below the lip of the deck/hull seam, centered on the transom. Drill through the 4 holes into the transom.
Add some marine sealant to the transom behind the gudgeon. Start a machine screw through one hole, then through the backer plate inside hull. Seal behind the backer plate also. You can use silicone but be advised it is hard to completely remove any excess and it might mess up a paint job. Put on a washer and stop nut and do not tighten. Put on other three screws and nuts. Tighten all screws. Oops, missed a washer :) The hump at the bottom is the fiberglass holder for the old rudder assembly's keel plate wooden backer block. And while we are here, note that someone put a drain plug on the bottom of the transom, we recommend NOT doing that. All that does is put a big hole inn the boat right at the waterline, and it is going to leak. Plus remember you just put a big inspection port on the deck where water can be sponged out if needed.
Put a bead of marine sealant around the port hole, install port and twist it 1/4 turn to spread sealant out. You can drill holes first if you like, then line them up after putting on sealant. Drill holes for machine screws. Install screws, washers and stop nuts. Tighten, but not too tight or the port can be warped.
Finished installation of gudgeon. We don't know where those handles came from or how they were applied, but we wish every pre 1988 Sunfish had them!
Clip on the rudder. Some pintles push down while others push up, there was not a standard. Either way works. Some pintles have a washer and cotter pin to retain the spring as well versus just a small snap ring, that is the best setup and a good upgrade.
Dry fit the tiller to the tiller straps. Drill hole for the aft machine screw, then adjust tiller to proper height off of deck. Keep in mind tiller will sag a bit under pressure and there is a bit of play in rudder system, so put tiller end by cockpit about 3 inches (fist height) above deck. If the tiller end is too low it can rub the deck and wear half moon shaped scratches into the gelcoat. Drill the forward hole and install machine screws, washer if desired and stop nuts. Note: If tiller is too high or low after a few sails, adjust it a bit. Move tiller fore/aft a 1/2 inch to drill new holes if needed, or glue dowel into old holes and redrill the new holes.
You'll also need to fill in the holes on the deck and hull from the old style hardware. Marine Tex epoxy is one good option, or thickened eopxy like THIXO or FLEXPOXY.
Float test.
Go sailing!
Yankee Boating Center, Annapolis Performance Sailing (APS) and Sunfish Direct sell most of the parts needed, and/or you can gather other parts from ebay, craigslist or the Sunfish Forum. If you have questions, add a comment here.
Personal Protective Equipment (PPE):
Fiberglass particle mask
Safety Glasses
Gloves
Long sleeve shirt
Parts: (sunfishsailboats.com or APS or sunfishdirect.com or Laser Performance for new, ebay or The Sunfish Forum for used).
Rudder blade with spring post
Rudder Cheek with pintle and spring
Tension springs
Rudder pivot bolt with plastic bushings bolt
Tiller straps with bushings, bolts, washers and stop nuts
Gudgeon with bolts, washers and stopnuts
Backing plate (pre 1972 with channel)
Inspection port (6 inch recommended)
Inspection port screws, washers and stop nuts
Tiller extension with hardware as desired
Materials:
Sealant
Blue tape
Tools:
Jigsaw
Drill with 3/8th inch bit
Screwdriver to match heads on hardware
Vise grips or socket wrench for stoputs
Extension cord
Electrity
For More Info on common restoration projects, buy our book The Sunfish Owner's Manual. It ships fast from Amazon!
Fair Winds,
Skipper and Clark
Sunfish WAVE, PHOENIX, MADISON, ZIP and CHIP
Standard Sailfish WINNIE
Super Sailfish ZSA ZSA
The Sunfish has been built since 1953, first in wood and then in fiberglass. The original rudder releasing mechanism was made of bronze, and had a shorter height vertical plates for the wooden boat compared to the fiberglass boat.
Here is 1953 Alcort Sunfish ZIP, number 13 of the first 20 pre-production Sunfish built.
In 1972 the Sunfish had a new rudder blade, tiller and attachment hardware. The old style rudder could pop loose under heavy load, and the new style rudder offered better handling and performance. Many sailors now opt to convert their old style rudder to the new style, another reason being that new style rudder parts are easier to find.
Old style fittings on left, new style on right.
From Sunfish Sailboat Restoration |
Old style uses a vertical hinge plate, hinge pin, deck spring plate, keel plate and carriage bolt. The weak point is the groove on keel plate that captures the vertical hinge plate. The attachment plates on the deck and on the keel both have wood backer blocks inside the hull. You also might see a small screw hole on the deck where the keeper chain for the rudder pin was attached. The shoulders of American roadways are littered with Sunfish rudder hinge pins. Chain is missing from this pin.
From Sunfish Sailboat Restoration |
New style rudder is uses spring tension to hold it up or down, it pops up for easy beaching. It also uses a pintle and gudgeon design, plus the blade has more surface area and a better profile.
From Sunfish Sailboat Restoration |
In this picture we have the new style rudder and tiller on the top, in the middle a few of the parts needed for a conversion and on the bottom the old style rudder and tiller.
From Sunfish Sailboat Restoration |
To change out fittings you either have to split the hull/deck seam and re-epoxy it back together just right, or install an inspection port to remove backer blocks and install metal backer plate. The easiest method is the inspection port, plus if your boat is that old it is a good place to sponge out any water.
APS and Yankee Boating Center sell most of the parts needed, and you can gather other parts from ebay, craigslist or the Sunfish Forum
You will need general DIY skills, be able to use a drill, wrench, jigsaw and screwdriver and not be afraid to cut a hole in your 40+ year old Sunfish.
From Sunfish Sailboat Restoration |
Old style on top, new style on bottom, on the way to restoration.
From Sunfish Sailboat Restoration |
Gather new rudder/tiller parts and deck hardware, or just buy a complete set up and add nuts and bolts. There are no parts from the old rudder that are compatible.
You'll need rudder blade, wood or fiberglass and tiller. Also spring pin, rudder cheek (black plastic or aluminum) with pintle and spring, 2 rudder tension springs, nylon washers that go between cheek and rudder and tiller straps and rudder. Nuts and bolts to attach cheek and tiller strap to rudder. Nuts and bolts to attach tiller straps to tiller. Stare at these pictures long enough and you'll see how the parts go together, attach cheek, drive in rudder spring pin if not already installed, install springs, attach tiller straps to rudder and tiller. If the pintle spring pin moves up vs down, that is okay, it works either way.
Tip: Don't attach tiller to tiller strap yet, wait til rudder is hanging on boat and you can get tiller set to proper clearance above deck.
From Sunfish Sailboat Restoration |
Here is a picture of some of the parts needed. Note: Cardboard rudder template is not seaworthy.
From Sunfish Sailboat Restoration |
You also need a gudgeon, gudgeon backing plate #85098, #8-32 stainless steel machine screws, washers and stop nuts. Take a look at the backer plate, see the little hump (channel) in it? That is the part you need, because it fits over the old carriage bolt hump molded into the transom.
From Sunfish Sailboat Restoration |
And you need an inspection port. I used a port that has a 6 inch opening, so the port and ring measure 8 inches across. This access to the inside of the hull is handy to make sure any wayward water can be removed after sailing and the boat can be aired out.
From Sunfish Sailboat Restoration |
From Sunfish Sailboat Restoration |
From Sunfish Sailboat Restoration |
To get started you'll need to unscrew the old deck and keel hardware. They can be unscrewed or drill out the screws.
From Sunfish Sailboat Restoration |
Don't cut off the plates with a grinder, you'll cut into the hull. In this pic I had to use Marine Tex epoxy putty to fill in slots cut by previous owner with grinder. They were sanded later and the boat was painted. You may hit some internal foam, that's okay, it will not affect the structure.
From Sunfish Sailboat Restoration |
You'll end up with a pile like this. Hang it on the wall or see if someone else needs it on ebay/craigslist/Sunfish Forum.
From Sunfish Sailboat Restoration |
Once the old hardware is removed, pick the location for your port, usually 2-3 inches up from the stern. The cap for this port makes a great template to trace the hole. Unscrew the cap, and place it upside down on the deck, centered over where you want your port. This will be the template for the hole. Trace around the outside of the cap with a non-permanent marker. Tip: DO NOT trace around the outside ring, or else your hole will be big enough to drop in the entire port!
From Sunfish Sailboat Restoration |
Tip: Measure twice, cut once. Drill a starter hole just inside the edge of the circle with a 3/8” bit.
In this picture we drilled more towards the middle of the hole. Afterwards we decided we could have drilled just inside the line and saved more of the disc, which can be held onto for possible use in future repairs.
From Sunfish Sailboat Restoration |
Tip: If your deck is in nice shape, cover it with blue tape to prevent the jigsaw footplate from scratching it. Also protect yourself with safety glasses and a fiberglass particle mask. Using the starter hole you just cut, take a jigsaw and cut around the inside of the circle, staying just inside the line.
From Sunfish Sailboat Restoration |
Tip: Remove the cutout, take a coffee break and admire your work.
From Sunfish Sailboat Restoration |
You can now access the inside of your boat…although you might decide not to…here is a picture of a rotted wood backer block and part of its fiberglass holder.
From Sunfish Sailboat Restoration |
INTERMISSION
From Sunfish Sailboat Restoration |
Tip: Don't install the port yet, leave it off so you have more room to work inside the hull. Put some blue tape over the raw fiberglass and wear a long sleeve shirt to protect your arm (Remove tape before final port installation).Now you need the backer plate, gudgeon and hardware. A new backer plate usually does not have screw holes drilled yet for machine screws, what you can do at this time is line up the backer plate with the gudgeon and pre drill screw holes.
From Sunfish Sailboat Restoration |
Place the gudgeon just below the lip of the deck/hull seam, centered on the transom. Drill through the 4 holes into the transom.
From Sunfish Sailboat Restoration |
Add some marine sealant to the transom behind the gudgeon. Start a machine screw through one hole, then through the backer plate inside hull. Seal behind the backer plate also. You can use silicone but be advised it is hard to completely remove any excess and it might mess up a paint job. Put on a washer and stop nut and do not tighten. Put on other three screws and nuts. Tighten all screws. Oops, missed a washer :) The hump at the bottom is the fiberglass holder for the old rudder assembly's keel plate wooden backer block. And while we are here, note that someone put a drain plug on the bottom of the transom, we recommend NOT doing that. All that does is put a big hole inn the boat right at the waterline, and it is going to leak. Plus remember you just put a big inspection port on the deck where water can be sponged out if needed.
From Sunfish Sailboat Restoration |
Put a bead of marine sealant around the port hole, install port and twist it 1/4 turn to spread sealant out. You can drill holes first if you like, then line them up after putting on sealant. Drill holes for machine screws. Install screws, washers and stop nuts. Tighten, but not too tight or the port can be warped.
From Sunfish Sailboat Restoration |
Finished installation of gudgeon. We don't know where those handles came from or how they were applied, but we wish every pre 1988 Sunfish had them!
From Sunfish Sailboat Restoration |
Clip on the rudder. Some pintles push down while others push up, there was not a standard. Either way works. Some pintles have a washer and cotter pin to retain the spring as well versus just a small snap ring, that is the best setup and a good upgrade.
From Sunfish Sailboat Restoration |
Dry fit the tiller to the tiller straps. Drill hole for the aft machine screw, then adjust tiller to proper height off of deck. Keep in mind tiller will sag a bit under pressure and there is a bit of play in rudder system, so put tiller end by cockpit about 3 inches (fist height) above deck. If the tiller end is too low it can rub the deck and wear half moon shaped scratches into the gelcoat. Drill the forward hole and install machine screws, washer if desired and stop nuts. Note: If tiller is too high or low after a few sails, adjust it a bit. Move tiller fore/aft a 1/2 inch to drill new holes if needed, or glue dowel into old holes and redrill the new holes.
From Sunfish Sailboat Restoration |
From Sunfish Sailboat Restoration |
You'll also need to fill in the holes on the deck and hull from the old style hardware. Marine Tex epoxy is one good option, or thickened eopxy like THIXO or FLEXPOXY.
From Small Boat Restoration |
From Small Boat Restoration |
Float test.
From Sunfish Sailboat Restoration |
Go sailing!
From Sunfish Sailboat Restoration |
Yankee Boating Center, Annapolis Performance Sailing (APS) and Sunfish Direct sell most of the parts needed, and/or you can gather other parts from ebay, craigslist or the Sunfish Forum. If you have questions, add a comment here.
Personal Protective Equipment (PPE):
Fiberglass particle mask
Safety Glasses
Gloves
Long sleeve shirt
Parts: (sunfishsailboats.com or APS or sunfishdirect.com or Laser Performance for new, ebay or The Sunfish Forum for used).
Rudder blade with spring post
Rudder Cheek with pintle and spring
Tension springs
Rudder pivot bolt with plastic bushings bolt
Tiller straps with bushings, bolts, washers and stop nuts
Gudgeon with bolts, washers and stopnuts
Backing plate (pre 1972 with channel)
Inspection port (6 inch recommended)
Inspection port screws, washers and stop nuts
Tiller extension with hardware as desired
Materials:
Sealant
Blue tape
Tools:
Jigsaw
Drill with 3/8th inch bit
Screwdriver to match heads on hardware
Vise grips or socket wrench for stoputs
Extension cord
Electrity
For More Info on common restoration projects, buy our book The Sunfish Owner's Manual. It ships fast from Amazon!
Fair Winds,
Skipper and Clark
Sunfish WAVE, PHOENIX, MADISON, ZIP and CHIP
Standard Sailfish WINNIE
Super Sailfish ZSA ZSA
1979 Drascombe Dabber VICTORY 30 Jan 18 Patterns
30 Jan 18:
Our buddy Steve sent us a pattern of the factory rudder and bowsprit from his 1979 Drascombe Dabber. I fell asleep trying to decide between teak, mahogany or marine ply for the new rudder.
Restoration Log of VICTORY.
Our buddy Steve sent us a pattern of the factory rudder and bowsprit from his 1979 Drascombe Dabber. I fell asleep trying to decide between teak, mahogany or marine ply for the new rudder.
Restoration Log of VICTORY.
Thursday, January 25, 2018
1980 Drascombe Lugger ONKAHYE 25 Jan 18 Photo Shoot
25 Jan 18:
Spoiler alert, we sailed ONKAHYE today to get some photos for a digital magazine, the pictures should be published soon. We watched the tide all morning, 7 inches at the wet end of the dock early in the morning but the ride was flooding. I walked around in my Muck Boots and took a few measurements, time for coffee.
Since the tide was out I got a chance to look over ONKAHYE's bottom. Looks pretty good, bottom paint is over 25 years old and we have some more to apply, maybe next week if the tide is still low. Capn Jack put the bottom paint on a long time ago when ONKAHYE stayed in a slip, but since then she has been a trailer sailer.
The Lugger draws 9 inches with the centerplate up, but we need around 30 inches to drop in the rudder. Once the rudder is in is can swing up for the shallows, but we run a risk of bending things if we spend too much time there. We also need 30 inches of water to remove the rudder. Luggers rudders were also made with a fixed blade, but it is smaller.
We finally got 10 inches at the wet end of the dock, so we off we went, under power of the Suzuki 6, tilted up to the shoal tilt notch (2nd). Could have rowed out or poled out for that matter.
On the way out we dropped the centerboard about halfway, the Lugger draws 4 feet with the board all the way down, couldn't go out that far because the Skipper was on the dock with the zoom lens. Shipped the rudder once we go to about 3 feet of water, then worked bow to stern on the sails. Unfurled the jib, raised the main and loosed the mizzen. Once under sail we killed the motor, raised it to the sailing tilt notch (3rd)) and started the high speed passes for the photog. Here is one shot but the rest will be published once the magazine picks the ones that they would like to use. We took over 100, so there will be plenty.
Running wing and wing to reposition for the next pass....not by design, just worked out that way :)
After about 20 minutes of tacking, jibing, whifferdilling and donutting I stowed all the sails and went to take out the rudder. During the sail I had to raise the centerboard several times but the rudder would swing up on its own. It was dragging aft in the shallows so it wouldn't come out, so we motored out to deeper water where it could drop vertical and I removed the rudder there. By removed I mean I pulled it vertical so the tip cleared the bottom of the hull and put in the rudder chock to hold it in place. If I had bent it I would have just jumped overboard and swam out the sea, never to be seen again, rather than face the Skipper and stand before the mast. On a note of importance, this was the first time she had seen her boat under sail, a proud moment for her to see her cherished possession out sailing the high seas.
ONKAHYE went back on the strap lift, we downrigged her and took a break. Here's a little common sense tip, when raising or lowerin the mast, we tray to make sure that the area we'll be walking on is clear and the stays, sheets, sails, fenders, lifejackets etc... are not going to be in the way or snag something.
Before tidying up, sails and lines underfoot.
Ready to walk backwards while lowering a 16 foot mast.
Strap lift ramblings. The strap lift lets us drop a boat all the way to the bottom, whereas the cradle lift adds about 10 inches because of the cradle. The straps work great on the fiberglass boats, but we like a cradle with bunks under the wooden boat.
Rowed back over to the trailer, loaded up in about 18 inches of water. The drop frame/drop axle trailer that Eddie English built for us make loading and unloading easy.
Fresh water rinse for the boat and trailer, teak oil for the teak, ran a motor in a bucket, a great way to end the day.
Wait, this is a great way to end the day!
FMI: Log of ONKAHYE.
Spoiler alert, we sailed ONKAHYE today to get some photos for a digital magazine, the pictures should be published soon. We watched the tide all morning, 7 inches at the wet end of the dock early in the morning but the ride was flooding. I walked around in my Muck Boots and took a few measurements, time for coffee.
Since the tide was out I got a chance to look over ONKAHYE's bottom. Looks pretty good, bottom paint is over 25 years old and we have some more to apply, maybe next week if the tide is still low. Capn Jack put the bottom paint on a long time ago when ONKAHYE stayed in a slip, but since then she has been a trailer sailer.
The Lugger draws 9 inches with the centerplate up, but we need around 30 inches to drop in the rudder. Once the rudder is in is can swing up for the shallows, but we run a risk of bending things if we spend too much time there. We also need 30 inches of water to remove the rudder. Luggers rudders were also made with a fixed blade, but it is smaller.
We finally got 10 inches at the wet end of the dock, so we off we went, under power of the Suzuki 6, tilted up to the shoal tilt notch (2nd). Could have rowed out or poled out for that matter.
On the way out we dropped the centerboard about halfway, the Lugger draws 4 feet with the board all the way down, couldn't go out that far because the Skipper was on the dock with the zoom lens. Shipped the rudder once we go to about 3 feet of water, then worked bow to stern on the sails. Unfurled the jib, raised the main and loosed the mizzen. Once under sail we killed the motor, raised it to the sailing tilt notch (3rd)) and started the high speed passes for the photog. Here is one shot but the rest will be published once the magazine picks the ones that they would like to use. We took over 100, so there will be plenty.
Running wing and wing to reposition for the next pass....not by design, just worked out that way :)
After about 20 minutes of tacking, jibing, whifferdilling and donutting I stowed all the sails and went to take out the rudder. During the sail I had to raise the centerboard several times but the rudder would swing up on its own. It was dragging aft in the shallows so it wouldn't come out, so we motored out to deeper water where it could drop vertical and I removed the rudder there. By removed I mean I pulled it vertical so the tip cleared the bottom of the hull and put in the rudder chock to hold it in place. If I had bent it I would have just jumped overboard and swam out the sea, never to be seen again, rather than face the Skipper and stand before the mast. On a note of importance, this was the first time she had seen her boat under sail, a proud moment for her to see her cherished possession out sailing the high seas.
ONKAHYE went back on the strap lift, we downrigged her and took a break. Here's a little common sense tip, when raising or lowerin the mast, we tray to make sure that the area we'll be walking on is clear and the stays, sheets, sails, fenders, lifejackets etc... are not going to be in the way or snag something.
Before tidying up, sails and lines underfoot.
Ready to walk backwards while lowering a 16 foot mast.
Strap lift ramblings. The strap lift lets us drop a boat all the way to the bottom, whereas the cradle lift adds about 10 inches because of the cradle. The straps work great on the fiberglass boats, but we like a cradle with bunks under the wooden boat.
Rowed back over to the trailer, loaded up in about 18 inches of water. The drop frame/drop axle trailer that Eddie English built for us make loading and unloading easy.
Fresh water rinse for the boat and trailer, teak oil for the teak, ran a motor in a bucket, a great way to end the day.
Wait, this is a great way to end the day!
FMI: Log of ONKAHYE.
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