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HMS Victory of Caldercraft by Wil

Scary operation... I don't even want to think what if you messed it up. Happy to know all went right!
 
Two weeks after my last post, I've been able to spend several more hours on the Victory. Not so much in terms of visible progress, but more in the form of thinking it through, so I can feel confident I'm not forgetting anything. I've checked and double-checked everything from different angles. McKay's table is my leading reference here, along with the drawings. For details I use Zu Montfeld and Petersson. Only after that do I turn to Longridge if I'm in doubt or stuck.

At the moment, the yards on all three masts have everything I've been able to find in the sources mentioned above.

P1067114.JPG

P1067115.JPG

P1067116.JPG

In the meantime, I've also fitted the masts with the necessary blocks, which I can attach beforehand without the various lines that will later run through them. I don't want to think about having to do this once several lines of the running rigging are already in place. With only the standing rigging on, you essentially have a vertical "flat" plane along the ship's longitudinal axis, which you can still reach reasonably well from all sides. Once the running rigging goes on, the ship gains width and it becomes considerably harder.

P1067126.JPG

P1067127.JPG

P1067111.JPG

P1067110.JPG

So right now I still have a whole checklist of points that need to be done first. For instance, the drawings indicate that in some places I need to make cleats on the stays for belaying lines. No idea whether these were included in the kit, but I can't find them anywhere at the moment. There are also still a few things I haven't quite figured out yet, but that will come.

On top of that, there's the ongoing discussion of whether to fully rig some of the sails. At the moment I'm considering fully rigging the following sails: the spanker, the three topgallant sails, and possibly one sail under the bowsprit. No idea yet whether this will look good.

Since I still needed to order some extra blocks, I started yesterday on the rigging around the bowsprit. A nice change from all the tinkering on the yards.

P1067112.JPG

Now a question comes to mind: in what order should the running rigging be fitted? My first instinct is to start at the top and slowly work down. Is that correct?
My reasoning is as follows:
  • As the running rigging is added, the model becomes wider and bulkier, increasing the risk of lines getting tangled.
  • Most lines run from the yards and sails inward, along the mast to the mast foot or to the bulwark, where they're belayed.
  • If you start at the top, most of the "horizontal" rigging stays on the "level" it belongs to before running downward.
  • Lower down, you don't yet have the widening of your working area caused by larger yards and/or sails.
  • This way, you can essentially work underneath the lines from the level above without getting tangled.
  • If you do it the other way around and start at the bottom, you'd already be filling the working space around the belaying points with a wider band of lines from the lower level.
  • After that, it becomes harder to bring the lines from the higher levels down through that.
 
It is not easy no matter how it is done, but the order of dressing in James Lees' book The Masting and Rigging of English Ships of War on page 158 has worked for me in the past. (Might be too much to copy and paste for a copyrighted work.)
Allan
 

Here's a nice copy at a good price. Usually around 200.
I've never seen it in digital form.
 
49. The bowsprit
After the yards on all three masts and some blocks and lines of the running rigging, this week I focused on the rigging of the bowsprit.

This mainly involves a number of lines that hold the bowsprit in place at the bottom, namely:
  • The bowsprit shrouds
  • The bobstays
These lines run from the bowsprit to a hole in the hull and go inside there. I solved this as follows:
  • Stiffened a couple of cm of the line with superglue
  • Drilled a small hole in the hull
  • Then glued the hardened line into the hole with superglue
This holds firm and solid.

P1067131.JPG

Around the head of the bowsprit, just below the bees, it then becomes a tangle of all kinds of lines. We see, among other things:
  • The gammoning of the jibboom
  • The forestay and the fore preventer stay
  • The sling of the spritsail yard
  • Below that, 4 sets of deadeyes with lanyards for the bowsprit shrouds
  • And between them, 3 sets of deadeyes with lanyards for the bobstays
Quite a busy spot, in other words.

P1067122.JPG

Next came the question: what do I do with the spritsail yard?
  • Fully rig it first, including the sail?
  • Or hang the bare yard and rig it later in the model?
I went with the latter, because after a trial placement of the yard it turned out there's no obstruction whatsoever to adding the sail later.

An extra reason for this was that the spritsail yard has the guiding eyes for the guys. From inside to outside, these are:
  • The traveling guy
  • The guy pendant
  • The flying jibboom guy
Each of these lines is attached via a tackle with a single and a double block to the forward barricade. The guys aren't fixed to the yard but can slide through the eyes. This means the sail can always be turned somewhat, depending on the wind direction. I think this was probably the intent in practice as well.

At the bottom of the jibboom and the flying jibboom, you can see the lines that, via the dolphin striker, must counterbalance the pulling forces of the jibstay, the jib halyard, the fore topgallant mast stay, and the fore topgallant flagstaff stay. These lines were already added at an earlier stage.

P1067120.JPG

After adding a few more loose blocks here and there, this part of the ship was finished. I have to say it was a nice piece of varied detail work that, once again, gives a real sense of spatial depth to the bow of the ship.

Below are a few more atmospheric shots.

P1067123.JPG

P1067124.JPG

P1067125.JPG
 
49. The bowsprit
After the yards on all three masts and some blocks and lines of the running rigging, this week I focused on the rigging of the bowsprit.

This mainly involves a number of lines that hold the bowsprit in place at the bottom, namely:
  • The bowsprit shrouds
  • The bobstays
These lines run from the bowsprit to a hole in the hull and go inside there. I solved this as follows:
  • Stiffened a couple of cm of the line with superglue
  • Drilled a small hole in the hull
  • Then glued the hardened line into the hole with superglue
This holds firm and solid.

View attachment 614743

Around the head of the bowsprit, just below the bees, it then becomes a tangle of all kinds of lines. We see, among other things:
  • The gammoning of the jibboom
  • The forestay and the fore preventer stay
  • The sling of the spritsail yard
  • Below that, 4 sets of deadeyes with lanyards for the bowsprit shrouds
  • And between them, 3 sets of deadeyes with lanyards for the bobstays
Quite a busy spot, in other words.

View attachment 614744

Next came the question: what do I do with the spritsail yard?
  • Fully rig it first, including the sail?
  • Or hang the bare yard and rig it later in the model?
I went with the latter, because after a trial placement of the yard it turned out there's no obstruction whatsoever to adding the sail later.

An extra reason for this was that the spritsail yard has the guiding eyes for the guys. From inside to outside, these are:
  • The traveling guy
  • The guy pendant
  • The flying jibboom guy
Each of these lines is attached via a tackle with a single and a double block to the forward barricade. The guys aren't fixed to the yard but can slide through the eyes. This means the sail can always be turned somewhat, depending on the wind direction. I think this was probably the intent in practice as well.

At the bottom of the jibboom and the flying jibboom, you can see the lines that, via the dolphin striker, must counterbalance the pulling forces of the jibstay, the jib halyard, the fore topgallant mast stay, and the fore topgallant flagstaff stay. These lines were already added at an earlier stage.

View attachment 614746

After adding a few more loose blocks here and there, this part of the ship was finished. I have to say it was a nice piece of varied detail work that, once again, gives a real sense of spatial depth to the bow of the ship.

Below are a few more atmospheric shots.

View attachment 614747

View attachment 614748

View attachment 614749
A very nice and impressive rigged bowsprit, Wil.
Regards, Peter
 
49. The bowsprit
After the yards on all three masts and some blocks and lines of the running rigging, this week I focused on the rigging of the bowsprit.

This mainly involves a number of lines that hold the bowsprit in place at the bottom, namely:
  • The bowsprit shrouds
  • The bobstays
These lines run from the bowsprit to a hole in the hull and go inside there. I solved this as follows:
  • Stiffened a couple of cm of the line with superglue
  • Drilled a small hole in the hull
  • Then glued the hardened line into the hole with superglue
This holds firm and solid.

View attachment 614743

Around the head of the bowsprit, just below the bees, it then becomes a tangle of all kinds of lines. We see, among other things:
  • The gammoning of the jibboom
  • The forestay and the fore preventer stay
  • The sling of the spritsail yard
  • Below that, 4 sets of deadeyes with lanyards for the bowsprit shrouds
  • And between them, 3 sets of deadeyes with lanyards for the bobstays
Quite a busy spot, in other words.

View attachment 614744

Next came the question: what do I do with the spritsail yard?
  • Fully rig it first, including the sail?
  • Or hang the bare yard and rig it later in the model?
I went with the latter, because after a trial placement of the yard it turned out there's no obstruction whatsoever to adding the sail later.

An extra reason for this was that the spritsail yard has the guiding eyes for the guys. From inside to outside, these are:
  • The traveling guy
  • The guy pendant
  • The flying jibboom guy
Each of these lines is attached via a tackle with a single and a double block to the forward barricade. The guys aren't fixed to the yard but can slide through the eyes. This means the sail can always be turned somewhat, depending on the wind direction. I think this was probably the intent in practice as well.

At the bottom of the jibboom and the flying jibboom, you can see the lines that, via the dolphin striker, must counterbalance the pulling forces of the jibstay, the jib halyard, the fore topgallant mast stay, and the fore topgallant flagstaff stay. These lines were already added at an earlier stage.

View attachment 614746

After adding a few more loose blocks here and there, this part of the ship was finished. I have to say it was a nice piece of varied detail work that, once again, gives a real sense of spatial depth to the bow of the ship.

Below are a few more atmospheric shots.

View attachment 614747

View attachment 614748

View attachment 614749
Magic Will.
 
50 The Sails

Over the past few weeks I've mainly been busy with the sails on my Victory. The idea for now remains to have the sails furled on the three masts and the bowsprit. How I'm going to do the mizzen sail, I haven't quite figured out yet, but that will come later.

Some time ago I received the necessary tips about the material to use and how things could be executed. A few weeks ago, following up on this, I visited Peter Voogt to admire the sails on his Blue Nose. Truly beautiful.

The conclusion was that for now I'll start working with paper. Fabric seems to me to quickly become too thick at this scale. On the Papier Royaal website I found the Japanese paper mentioned earlier. The choice there is huge, so there was nothing for it but to order several different sheets.

I started with Tengusho 9 grams. Peter used this paper on his Blue Nose, and it's also recommended by Stephan. After it arrived, I was shocked at how fragile this material is.
I've now ordered a second batch, consisting of: Kozo High 22 grams, Yama Kozo Hadaura S-1 and S-3. The latter two are 16 grams and are colored.

My idea is to first gain some experience with these materials and, depending on the end result, make a choice.

After my visit to Peter, I quickly had some ideas about the technique in my head. It comes down to this: I mount the yard in the lower fixture and pleat the cloth between the "fingers." Then, at regular intervals (next to the fingers), I can tie the bundle together, creating the characteristic bunt.

P1067138.JPG

P1067141.JPG

Meanwhile, I had started a search for the sail dimensions. That wasn't easy, but Claude.ai only partly provided the solution here. Longridge doesn't write anything about it either. But since the sails will be furled anyway, the height measurement in particular isn't that important. Eventually I managed to generate a complete cutting plan in which I can vary the height.

P1067144.JPG

Initially I tried coating the hem of the sail with glue first and then folding it. This wasn't successful because the paper becomes soft and does all sorts of things you don't want. The solution is to fold the hem dry, which works very well, and then coat it with glue using a brush. The glue I use is Lineco Neutral pH.

P1067147.JPG

P1067148.JPG

P1067149.JPG

Once that's done, carefully pick it up and hang it on a line with a couple of clothespins. This first test I did with the thinnest paper, 9 grams/m².
Next I did a test with Yama Kozo Hadaura S-3. Here too, the hem was folded first and then coated with glue afterward. The glue soaks through the hem and reaches the bottom layer as well.

P1067151.JPG

Once the hem had dried somewhat, I immediately made a first attempt at applying the boltrope, the rope attached around the edges of the sail. In reality this rope is sewn to the sail, with the sewing thread passed through the middle of the rope. Aside from this painstaking work, almost nothing of this detail can be seen at this scale. So in my case I glued the rope against the edge of the sail. I left a loop at the corners for the clews. I applied the glue with a small brush. That actually went fine.

P1067152.JPG

P1067154.JPG

I finished off the clews with a small whipping, sealed with a small drop of superglue. Then I finally got the yard out.

P1067157.JPG

P1067158.JPG

P1067159.JPG

To be able to bend the sail to the yard, I drilled a 1 mm hole every 5 mm in the hem and then threaded a thread through these holes with a needle and around the yard. The way it's laced isn't quite proper, but it's sufficient for now. It is, after all, just a test.

P1067162a.JPG

P1067164.JPG

Next I placed the yard with the sail in the fixture with the fingers, folded the bottom corners inward, and crumpled the sail up a bit.

P1067165.JPG

P1067166.JPG

P1067168.JPG

Then, using some red thread at regular intervals, I gathered the bundle together a bit to approximate the characteristic shape. These red gathers will later be hidden by the final ropes in the correct color.

P1067169.JPG

In the model this looks as follows.

P1067172.JPG

Conclusion:
  • A good first test
  • The chosen method isn't difficult and is quite manageable
  • The dark paper used is too dark and shines like paper, not suitable
The next test will be with the 9-gram paper. I have a feeling this will turn out better.

To be continued
 
50 The Sails

Over the past few weeks I've mainly been busy with the sails on my Victory. The idea for now remains to have the sails furled on the three masts and the bowsprit. How I'm going to do the mizzen sail, I haven't quite figured out yet, but that will come later.

Some time ago I received the necessary tips about the material to use and how things could be executed. A few weeks ago, following up on this, I visited Peter Voogt to admire the sails on his Blue Nose. Truly beautiful.

The conclusion was that for now I'll start working with paper. Fabric seems to me to quickly become too thick at this scale. On the Papier Royaal website I found the Japanese paper mentioned earlier. The choice there is huge, so there was nothing for it but to order several different sheets.

I started with Tengusho 9 grams. Peter used this paper on his Blue Nose, and it's also recommended by Stephan. After it arrived, I was shocked at how fragile this material is.
I've now ordered a second batch, consisting of: Kozo High 22 grams, Yama Kozo Hadaura S-1 and S-3. The latter two are 16 grams and are colored.

My idea is to first gain some experience with these materials and, depending on the end result, make a choice.

After my visit to Peter, I quickly had some ideas about the technique in my head. It comes down to this: I mount the yard in the lower fixture and pleat the cloth between the "fingers." Then, at regular intervals (next to the fingers), I can tie the bundle together, creating the characteristic bunt.

View attachment 620073

View attachment 620074

Meanwhile, I had started a search for the sail dimensions. That wasn't easy, but Claude.ai only partly provided the solution here. Longridge doesn't write anything about it either. But since the sails will be furled anyway, the height measurement in particular isn't that important. Eventually I managed to generate a complete cutting plan in which I can vary the height.

View attachment 620075

Initially I tried coating the hem of the sail with glue first and then folding it. This wasn't successful because the paper becomes soft and does all sorts of things you don't want. The solution is to fold the hem dry, which works very well, and then coat it with glue using a brush. The glue I use is Lineco Neutral pH.

View attachment 620076

View attachment 620077

View attachment 620078

Once that's done, carefully pick it up and hang it on a line with a couple of clothespins. This first test I did with the thinnest paper, 9 grams/m².
Next I did a test with Yama Kozo Hadaura S-3. Here too, the hem was folded first and then coated with glue afterward. The glue soaks through the hem and reaches the bottom layer as well.

View attachment 620079

Once the hem had dried somewhat, I immediately made a first attempt at applying the boltrope, the rope attached around the edges of the sail. In reality this rope is sewn to the sail, with the sewing thread passed through the middle of the rope. Aside from this painstaking work, almost nothing of this detail can be seen at this scale. So in my case I glued the rope against the edge of the sail. I left a loop at the corners for the clews. I applied the glue with a small brush. That actually went fine.

View attachment 620080

View attachment 620081

I finished off the clews with a small whipping, sealed with a small drop of superglue. Then I finally got the yard out.

View attachment 620082

View attachment 620083

View attachment 620084

To be able to bend the sail to the yard, I drilled a 1 mm hole every 5 mm in the hem and then threaded a thread through these holes with a needle and around the yard. The way it's laced isn't quite proper, but it's sufficient for now. It is, after all, just a test.

View attachment 620085

View attachment 620086

Next I placed the yard with the sail in the fixture with the fingers, folded the bottom corners inward, and crumpled the sail up a bit.

View attachment 620087

View attachment 620088

View attachment 620089

Then, using some red thread at regular intervals, I gathered the bundle together a bit to approximate the characteristic shape. These red gathers will later be hidden by the final ropes in the correct color.

View attachment 620090

In the model this looks as follows.

View attachment 620091

Conclusion:
  • A good first test
  • The chosen method isn't difficult and is quite manageable
  • The dark paper used is too dark and shines like paper, not suitable
The next test will be with the 9-gram paper. I have a feeling this will turn out better.

To be continued
That indeed looks like a successful test, Wil. Especially on this scale. That board with the ‘fingers’ is a clever solution.
This way you get a good feel for the paper. The color as shown in the last photo looks quite old-fashioned, with the necessary shading color variations in the folds. But a lighter would indeed be better, I think.
Regards, Peter
 
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