Erik W

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

Pop the champagne, I'm finished with the deck planking!  While a challenging and rewarding experience, I'm happy to be finished with planking.  Like everything else with this build, planking the deck didn't quite go as planned, even with the tick marks and planks drawn out beforehand.  And as you other perfectionists out there can sympathize with, there are a bunch of things that didn't turn out the way I would have liked.  That said, I'm happy with the results, and the quality of the deck planking is in line with the rest of the build.  Which is all I can really ask for as someone being new to this wooden ship building thing.
 
After thoroughly cleaning my hobby area of sawdust, which is also my home office, I'm happy to be moving on to less dusty parts of the build!  I plan on starting Chuck's mini-kit of the windlass this weekend.
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

I spent the week building the windlass mini-kit.  Hats off to Chuck for the engineering of this little thing!  It goes together easily, with the biggest challenge being beveling the edges of the windlass faces.  These didn't all turn out perfectly symmetrical, so I test fit the sub assemblies on the center strip in a bunch of different combinations.  I settled on what looks symmetrical when viewed from the top, and put the best sides facing up.  To get the windlass to snug down on the deck I taped a piece of sandpaper to a 1/16" thick wood sheet and then sanded each of the supports with one side on my cutting mat while the other side was being sanded on the 1/16" sheet with sandpaper.  Since the deck is angled towards the scuppers from the center line, sanding the windlass support bottoms like this allows them both to sit flat on the angled deck.  As far as getting the windlass positioned correctly on the deck in relation to where the bowsprit will go, I put a straight wooden dowel where the bowsprit will be and then marked the center line on the stern cap rail and top of the stem.  I positioned a steel yardstick on the center line and adjusted the dowel parallel to that.  Everything measured out and looked correct.  The proof will be down the road on the build when I'm installing the bowsprit step and bowsprit though!
 
Erik

A quick photo.  I applied Wipe on Poly to what I've done.  I like the look of the pencil "caulking".  I painted the counter using Chuck's technique of many coats of heavily thinned paint.  This is about 10 coats.  It turned out fairly evenly.  I discovered Vallejo acrylic paints years ago, so being comfortable with them, used that brand rather than Winsor & Newton.  It's funny I went to such great effort to keep my planks close and tight on the counter, and now it looks like a solid sheet!  Well, it's just practice for planking the hull I guess. 
 

 
Erik

Thanks Druxey.  One question, what do you use as a guide to get the lines of tree nails straight? 
 
Thanks,
Erik

27 months after starting the Last Plank has been laid (More coats of WOP to come). 

The two center outer rows were a treat (that’s what I say when endeavoring to be positive). 

Thanks JJ and for the likes.
I've started on the cheeks and hair brackets and run into a problem. If I sit the bottom segment of the upper cheek on the top of the black strake - where it should be - the hair bracket sits a little too low against the stem. If I move the cheek up a coupls of millimetres I'll get a better fit with the hair bracket but have an awkward gap with the ends hawse hole pieces when they go in (if you see what I mean). I am inclined to go for the latter and put  a little filler sliver above the black strake to fill the void. Any sugestions would be very welcome.
 
Here is  a picture of the bottom segmentsitting on top of the black strake but see how low the hair bracket is.
 

Here is the middle segment filed and sanded to fit.
 

And here with the top segment. The Syren one was a little tioo thin to fit so I used it as a pattern and cut a new one from slightly thicker boxwood. The whole is held together by prit-stick glue so its no problem to move.
 

 
Subject to finalising the position and a little more delicate sanding I think I'm ready for a bit of CA and to splash a bit of paint around.
 
Fred 
 
 
 
 
 
 

I can delete this photo, I generally don’t like other models in my log. However I thought sharing how my cheeks and hair brackets lined up might be of help, especially given how different they are or at least for comparison. 
 

Glenn - Yours is one of my "go-to" logs because (a) it appears to me you are a bit of a perfectionist (b) you are clearly a wonderful photographer and (c) you are always willing to take the time to help  - so thank you.
 
I think I probably need to line up the upper hair bracket with the top of the stem (as you have done) and fiddle the fit of the bottom layer of the upper cheek. If I do otherwise I fear I may run into problems with the rails.  If I splosh a bit of paint around I suspect all will be well. 
 
Thanks
Fred 

Log #72: Tying Off Lines
Thank you to everyone for stopping by and for all the likes.
 
First off I would like to show off the new tool I made. I discovered that machine sewing needles are better than hand ones for splicing as the hole is closer to the point. So I just made some handles out of spare wood I had lying around. I used standard needles in sizes 70 and 90. The hole on the 70 is not big enough to get whole ropes though, but once you split apart the strands it works better as it is about 0.25mm thinner than the size 90 one. The size 90 one is pictured below.

With all the principal lines in place for the boom and gaff, the next step is to tie them all off. I started with the boom tackle as this one was obvious and has no impact on other lines. I decided to leave a bunch of extra rope in a loose coil after tying it off on the cleat. So step one was to cut the line short and super glue the end to the deck.

I then separately made the coil. I am still playing with the method for making these and will probably give a more detailed explanation of what I do when I am confident I like my process.

For the backstays I belayed them to cleats on the rail and then wrapped extra rope around the base of the block.

I continue to play around with the best way to secure hooks to blocks and I have a new method I am trying out. I arrange the line similar to the previous way of doing it, but I splice the ends into each other and secure it in place with fabric glue.

You can see the end result below seems to look less bulky than my previous attempts.

For the boom toping lift, Goodwin indicates this should be belayed to a pair of single blocks hooked on to the starboard channel. I did a bunch of thinking at this point as I am planning on including the topgalant stays and so wanted to make sure that they would have a place to belay to. In the end I secured the fall to base of the lower block, but then hung the extra on the nearest shroud cleat.

You can see how I used the eyebolt inbetween the last shroud and the standing backstay to leave the sternmost one for the topgallant backstay. My rope coil was not the best, but it looked close enough that I decided to chalk it up as a learning experience. Also being behind the shrouds it is not really that visible.
And that brings us up to date. Next I need to secure the inner and outer ties for the gaff and then I will move on to setting up the topgallant.

Thanks Rusty...
 
Just a small update...
 
Now that the aft platforms are completed it made sense to plank the great cabin next.   First thing to do was add the laser cut deck clamps.   These have notches cut for the qdeck beams.   You can see the deck clamp added below.   The aft side needs to be beveled to fit flush against the transom.   The forward side is left a bit long so you can trim it to fit neatly in place.  That forward-most beam notch is a bit longer to give us some wiggle room later for the placement of that beam.  In addition before gluing it in...you must shape where the qbadge window is.  Sand the shape into the bottom edge of the deck clamp as shown.  Because it could be in a slightly different position model-to-model, this detail is not laser cut into the deck clamp.
 
NOTE the red arrow.   The bottom of the notch in the clamp should be even with the top of the window or even slightly higher.  But it should not be below the top edge of the windows.   If it is, you should make adjustments before gluing it onto the model.  In addition, the bottom of these beam notches should NOT be altered.  However, when you test fit the beams and find you need to make adjustments, you can absolutely enlarge the notches on the sides and top for a better fit.   Just carefully chisel out some of the deck clamp or the planking above it to accommodate your beams.  

 
Next we will plank the inboard side of the great cabin.   I am sure most of you could do this without any issues, but to help make it easier, there is a template on the plans.  See below.
This should make it easier to cut each strake with the appropriate tapers.  There are six strakes.  I highly recommend that these planks be cut from a 3/64" sheet as they are somewhat wide at the stern.   Plus they are pretty much all drawn out for you.  I will also add that you may have to make small adjustments because depending on where you aft platform ended up , you may have a slightly different area of space.  Adjust the template accordingly and cut your planks to fit.  Again they are 3/64" thick.
 

Below shows the cabin planked inboard.  I carefully cut around that window and did simulate caulking for the plank seams.  I just used full length planks rather than show any possible butt joints.  They wont be seen anyway.  Note the forward edge of the planking runs down the FORWARD edge of the hull frame.  Keep the forward esge nice and neat right down the edge of that hull frame.
 
You might see some laser cut qdeck beams in that picture as well.  They are just laying on the lower platform.  Although we wont be adding them just yet, it will be to our benefit to have them handy while we do the next steps of fitting out the cabin benches and rudder trunk details.  The laser char was removed from the deck beams and they were cut to length.  It takes some practice on the first few to get the length correct so they sit nicely in those notches.  But dont throw it away if you cut it too short.  Just use it for the next shorter beam and work from the forward side aft when doing this.
 

 
Test fitting the qdeck beams....none are glued in as I mentioned.  Note the extra space on the first beam at the deck clamp notch.   This will let us move it around where needed when we start work on the bulkheads there.  If any of you are having a problem slipping the beams into those notches, you could easily add  another strip of say 1/8 x 1/32 cedar following the bottom of the notches and it would be fine.  I did not find the need to do that however.  But you might find it easier if there was a second layer that stood proud of the planking a bit to rest your beams on.  Builder's choice...
 

Thanks for all the likes and nice words everyone!  Rick, the things that didn't turn out the way I would have liked are just small things.   Once a little time passes I know from experience I won't even remember what those little nits were!
 
Erik

Pop the champagne, I'm finished with the deck planking!  While a challenging and rewarding experience, I'm happy to be finished with planking.  Like everything else with this build, planking the deck didn't quite go as planned, even with the tick marks and planks drawn out beforehand.  And as you other perfectionists out there can sympathize with, there are a bunch of things that didn't turn out the way I would have liked.  That said, I'm happy with the results, and the quality of the deck planking is in line with the rest of the build.  Which is all I can really ask for as someone being new to this wooden ship building thing.
 
After thoroughly cleaning my hobby area of sawdust, which is also my home office, I'm happy to be moving on to less dusty parts of the build!  I plan on starting Chuck's mini-kit of the windlass this weekend.
 
Erik

Thanks for the comments chaps.
 
Here is an update. I have completed the deck. That seems a big milestone - with the hull and deck planked all the repetetive donkey work is behind and now its the fun fiddly bits.
 
To plank the hull I fixed a battern with a curve that looked something like it and then tick stripped and planked from the outside inboard. I know its not the approved way but it works for me.
 
I glued the deck fittings down with a prit-stick - is that what you Americans call rubbber glue? - so I could pull then up to sand the deck easily.
 



I left out the captain's chequerboard floor. I'm not quite sure why. I suppose I slightly prefer plain old planks. What, I wonder would the chequerboard be made of? Patrick O'Brian has Captain Aubrey rolling his up when calling action stations I seem to recall so I guess its a waxed sailcloth ?
 
I mad the fixed blocks up on my Proxxon mill.

 And here is the present state of play:





All the best everyone
Fred
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

Thanks for all the likes and nice words everyone!  Rick, the things that didn't turn out the way I would have liked are just small things.   Once a little time passes I know from experience I won't even remember what those little nits were!
 
Erik

Thanks for all the likes and nice words everyone!  Rick, the things that didn't turn out the way I would have liked are just small things.   Once a little time passes I know from experience I won't even remember what those little nits were!
 
Erik