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Masts

  • Thread starter Thread starter Sutty
  • Start date Start date
  • Watchers Watchers 8
I haven't but what seems to be your problem? Can you post a picture and tell us why you are having trouble with it? Lots of good info on here but we need more explanation from you?
Not a problem as yet. For the reason I have not made a start on the masts I was just putting it out there ready for when I do forward thinking it is what it's called.
 
Are the masts made up or are they dowels of wood? I'm assuming it's a wood model kit. Lots of interest in your masts. Everyone is looking because masts do give us problems from time to time. I'm figuring out how to taper the mast dowels on my present project.
 
I will post some photos later from the instructions it's the pavel nikitin kit. When I taper dowels down I usually put them in the chuck of my drill and use sandpaper but be careful the sandpaper does get hot.
 
I'm figuring out how to taper the mast dowels on my present project.
Assuming you are working with a dowel if you have a small plane or cabinet scraper you can shave the mast to taper it forming an octagon or even a hexadecagon than sand it round. I agree with Sutty that chucking it in a drill is a huge help for the final sanding.
Allan
 
@Sutty, do you know the difference between the V1 and V2 of the San Bartolome? I'm looking for a way to tell the difference from US provider. Obviously, I would like to get the v2.
 
Hi Loracs. I think it's just the way the parts are cut v1 was laser cut and v2 3d also the instructions are slightly modified.
 
Hi All. These are the instructions for the assembly of the masts on the pavel nilitin san Bartolome. I have my ideas on how to assembly but any further help would be gratefully accepted.
 
Very interesting way for making the masts - and in my opinion could be an additional step to historical and techincal correctness

Original real masts were constructed

The main reason of a mast construction was simple and had two reasons, an I do not know which one was the most important.
1) A composit construction of the mast cross section is able to take more forces
and
2) there were not enough trees which were streight over the complete height and produce the correct thickness over the total height, which can be used for a mast
main mast.jpg

this is the main mast of the HMS Victory, the height of the mast over waterline is 62,5 meter (red) - in green is shown the height of the biggest mast element, which is appr. 40 meter long

Take a look at this topic for better understanding



Coming back to the kit masts - these elements have to be glued together and after the glue is dry to sand to the final form - and they will look more realistic - much more than they would be turned from a single dowel - I like this idea very much
 
Very interesting way for making the masts - and in my opinion could be an additional step to historical and techincal correctness

Original real masts were constructed

The main reason of a mast construction was simple and had two reasons, an I do not know which one was the most important.
1) A composit construction of the mast cross section is able to take more forces
and
2) there were not enough trees which were streight over the complete height and produce the correct thickness over the total height, which can be used for a mast
main mast.jpg

this is the main mast of the HMS Victory, the height of the mast over waterline is 62,5 meter (red) - in green is shown the height of the biggest mast element, which is appr. 40 meter long

Take a look at this topic for better understanding



Coming back to the kit masts - these elements have to be glued together and after the glue is dry to sand to the final form - and they will look more realistic - much more than they would be turned from a single dowel - I like this idea very much
Very interesting, more things to learn today (well, as usual in this forum).
 
Very interesting way for making the masts - and in my opinion could be an additional step to historical and techincal correctness

Original real masts were constructed

The main reason of a mast construction was simple and had two reasons, an I do not know which one was the most important.
1) A composit construction of the mast cross section is able to take more forces
and
2) there were not enough trees which were streight over the complete height and produce the correct thickness over the total height, which can be used for a mast
main mast.jpg

this is the main mast of the HMS Victory, the height of the mast over waterline is 62,5 meter (red) - in green is shown the height of the biggest mast element, which is appr. 40 meter long

Take a look at this topic for better understanding



Coming back to the kit masts - these elements have to be glued together and after the glue is dry to sand to the final form - and they will look more realistic - much more than they would be turned from a single dowel - I like this idea very much
Yeah it's going to be a mission trying to sand square to round I have a mini lathe I will look into placing the mast in there.
 
Yeah it's going to be a mission trying to sand square to round I have a mini lathe I will look into placing the mast in there.

It's not so hard:
  1. you'll be starting with laminated square stock that is already tapered
  2. use a finger plane to take off 4 corners and create an even octagonal cross section (take off less where the stick is narrower)
  3. take off 8 corners with a sanding block running longitudinally
  4. finish with spiral sanding (or mini lathe)
This method parallels, in general, the way masts are made and maintains the proper taper. Picture below shows a finger plane; there are other types available. Fair winds!

finger plane.jpeg
 
there were not enough trees which were streight over the complete height and produce the correct thickness over the total height, which can be used for a mast
That is true. But very early on tt was learnt that a composite structure with appropriate bolting and banding was stronger than a single piece could ever be. And it was also a way to be sure there were no concealed faults in the heartwood of a single piece. This was particularly important for main and foremasts - single piece masts (called 'pole masts') remained in use for the mizzen for a long time.
 
It's not so hard:
  1. you'll be starting with laminated square stock that is already tapered
  2. use a finger plane to take off 4 corners and create an even octagonal cross section (take off less where the stick is narrower)
  3. take off 8 corners with a sanding block running longitudinally
  4. finish with spiral sanding (or mini lathe)
This method parallels, in general, the way masts are made and maintains the proper taper. Picture below shows a finger plane; there are other types available. Fair winds!

View attachment 471752
Thanks Andy, That is a lot of useful information..
 
That is true. But very early on tt was learnt that a composite structure with appropriate bolting and banding was stronger than a single piece could ever be. And it was also a way to be sure there were no concealed faults in the heartwood of a single piece. This was particularly important for main and foremasts - single piece masts (called 'pole masts') remained in use for the mizzen for a long time.
Very informative information never really thought of the technics of boat building before. Master craftsmen back in the day what have we got now CNC machines and robots.
 
Actually as well as stronger, much stiffer. Layered structures are harder to bend than single thicknesses as well as stronger. They probably picked that trick up from looking at laminated crossbows. The study of the interaction between military technology and civilian applications is a hobby horse of mine. I could bore you for days on the topic.
 
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