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JSGerson

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Everything posted by JSGerson

  1. It looks like your patience is paying off. She's really starting to take shape. I just hope I do as well as you. I just have to ask, what is with the coins? Are they there to indicate scale or port from starboard or both?
  2. Alright, another ship's boat builder! I took a look at your log and your are doing great especially for a "first timer." So far it seems that you and I have had our problems with bending the ribs. Since you are ahead of me, Keven, I now have someone to follow. Out of curiosity, what size kit are you building?
  3. There seems to be a lot of anticipation as to how this build will turn out. I hope I don't disappoint.
  4. The image below shows the dry fit of the assembled jig. Once it’s glued into place, the real building of the ship’s boat will begin.
  5. Eight 1/8” were cut about 2” long and glued to both sides of jig bottoms.
  6. During a dry fit I noticed that jig No. 1 seemed to be short in height by about 1/16”. This was remedied by adding a strip at the bottom.
  7. The cardboard "trick" might work but if I were to do it again, I might try using thinner strips and laminating them. First it would make bending easier and second the resulting rib would be stronger. Live and learn.
  8. I'm blind as a bat having to wear strong magnifying glasses since I was seven. I've been wearing tri-focal lens for years now and even then I still need a magnifying lens to read fine print. I use a clip-on 3 Doppler Ary eye loupe to do my model work. It clips on and it flips up and down as necessary with ease. The one I have, I bought many years ago, probable in the late 70's and it still works fine. Today, they go for about $80 odd today. I have no idea what I paid for mine.
  9. Bending the ribs was easier said than done, at least for me. My method to bend the wood was to use the heated iron. But because the bend is 180° the wood wants to kink or worse split. I also tried using my clamp type wood bender which put little creases on the inside of the bend; that was a disaster. I finally got some satisfactory (not great) results working very slow with the heated iron and repeated dippings in water, but I used a lot of time and wasted more wood than I think the kit allows. Another part of the problem was how the strip of wood was held in place on the jig. It can’t take much stress due to the 1/16” thinness of the jig and the softness of its wood. If you don’t bend the rib wood strip enough prior to putting on the rib jig, forcing the strip into its final shape on the jig will break the jig. You can see that result in jig No. 4. All the ribs ends are glued to the jig at the bottom. Hopefully the flaws will be buried under planking and internal boat structures. BTY, the gap at the top of the arch is supposed to be there to make it easier to remove the hull from the jig.
  10. The Main Ribs The kit provides 4 rib jigs to form the main ribs. Nos. 2 – 4 are the same size. Using the “paper” method, 4 pieces of 1/16” square stock were cut to length. The idea is to soak the strips and then bend them around jig form and glue them, just at the ends, to the jig. I soaked the wood for 24 hours. At a later point in the build, the ribs are to be cut from the jig.
  11. Masts…Again Meanwhile, back at the masts, all three lower masts were completed to this point:
  12. The boat shell (without rudder) that came with the Mamoli kit is about 4 3/8" (see photo), and the Model Shipways' boat that you construct "bread & butter" style is just shy of 5". I purchased the 4 3/4" kit because the next size up was 5 3/16". All of the boat are similar but not quite. So who is to say with certainty which one the actual ship had. If I really screw it up, I can always fall back to the kit's boat (I hope not).
  13. Ship’s Boat Due to a number of everyday life interruptions that we all endure, the mast construction proceeds but at a slow pace. At the same time I have begun the construction of the ship’s boat. And here I have taken a complete deviation from the kit and the Practicum. Instead of using the wooden shell provided by the kit, I decided to build a POF ship’s boat using Model Shipways kit No. MS0108 and made a separate log here.
  14. After the strips were dry, they were cut to their final size and glued into place.
  15. The length of the bow strip was measured by using a strip of paper. Placing the paper in the position where the curved wood strip would have to go it was cut to size. Then the paper was flatten out which provided a direct measurement of the length of wood needed. After cutting the wooden strips to length, they were soaked for at least an hour. Using a heated plank bender, the strips were bent into the approximate shape and placed on a simple wooden form made in the final shape for the occasion.
  16. 1/16” square strip stock was then glued to both sides of the keel between the rib notches, flush with the top of the keel. The notches are where the ribs are to be installed later. Because the strips must also curve up the bow, they had to be pre-curved.
  17. Assembling the Keel The single piece laser cut keel is combined with the stem and the stern post. The bow bulkhead and the transom were glued to keel.
  18. Model Shipways Typical Ship’s Boat* (SMALL) *As labelled on the kit. On the website it’s called: Plank-on-Frame Lifeboat Kit I am building the Mamoli 1:64 scale 1781 American Privateer Rattlesnake with the help of Robert Hunt’s Practicum. In the process of building the Rattlesnake, I had to make the ship’s boat. The Mamoli kit provided the model builder with a pre-cut wooden shell for the hull from which the builder could then create a completed model (which the Practicum addresses). If I had built the Model Shipways’ version of the Rattlesnake, I would have had to make the ship’s boat “bread and butter” style. Somehow neither option satisfied me. So I decided to go all out and build a ship’s boat from the keel up or as the case turn out, from the keel down. Model Shipways makes 5 sizes of kits; I purchased the Typical Ship Boat No. MS0108, a Plank-on-Frame construction kit (POF). Model No.: Size MS0105 3-3/16'' (81mm) MS0106 3-3/4'' (95mm) MS0107 4-1/4'' (108mm) MS0108 4-3/4'' (122mm) MS0109 5-3/16'' (135mm) This is my first POF as well as my first small boat build, so this will be all new territory for me. Not only that, I won’t have the Practicum to hold my hand until the hull is built. The kit is fairly simple, one laser cut sheet provided the keel, the bow bulkhead, the transom, and the frames to create the bot’s ribs. A bunch of stock wood pieces which I believe to be Basswood as it is fairly soft was also included. The instructions are straight forward but not overly detailed so a lot of the skills and nuances of model building must be brought with the builder. Unfortunately the resolution of the photo images in the instructions is low and therefore hard to see detail.
  19. I saw the woolding's in Lee's The Masting and Rigging of English Ships of War 1625 - 1860 and then I looked at Hahn's plans. They didn't look like wooldings in the plans. Maybe American ships were more progressive than English ships in 1781, I'm no expert. I did think about using the wooldings, but the Hahn's plans showed rings, so I put in rings. As for the lathe, I'm a total newbie. I really don't know what I'm doing and am learning by trial and error...mostly error.
  20. According to the Practicum, the next step is the construction of the mast top. I’m putting that on hold while I construct the other two masts. I plan to construct all three masts at approximately the same time.
  21. The Practicum stated that if one were to use the cheeks that were supplied by the kit they had to be modified to match the plans. My kit did not have the pre-made wooden cheeks so I had to scratch make mine from 1/16” boxwood which the Practicum did address. However, having read Blue Ensign’s build log, I knew that the Cheek was actually made of two pieces, the Hound and the Bib which the Practicum did not address. Following Blue Ensign, I scribed the Cheeks to make it look like the two pieces complete with tree nails. Additionally the mast has a rake to it which must be taken into account. The Practicum did not address this. A slight bow downward angle was added to the top of the cheek (not obvious in the photo) to accommodate the rake in order to make the top of the cheeks level.
  22. As stated previous, the Hahn Plans provide cross sectional dimensions (provided one recomputed them for the 74% reduction in Plan size). The only dimension that couldn't be used was the total length of the mast since it didn't reach into the bowels of the model. Starting with a ¼” dowel, it had to be inserted into the deck opening and marked where it protruded through the forecastle deck. Now the mast could be measured 7” long above the forecastle deck. With the dowel marked and cut to a working length for the lathe, and armed with course sand paper on rasp like holder, and a micrometer, I proceeded to create the contour of the fore mast taking measurements along the shaft of the dowel as material was removed to match the plans. All fine and good. Now I had to square the top of the mast, not so easy, the mast was now tapered except where it was held by the lathe. I wanted to use the Byrnes saw to provide nice clean and precise cuts. I needed to remove material from the round cross section and end up with a 3/16” square cross section. Not trusting my own measurements, I removed a little at a time, and measuring each time I cut. Also the dowel had to be rotated exactly 90° to make cuts again. What made it so tricky was that I had to hold the dowel at the unmodified ends so it was square against the saw fence. Actually I did try it the other way first, squaring off the mast top and then placing it in the lathe. Whether I set up my lathe wrong or something else, when the lathe began to turn, the dowel broke as it twisted where it was square cut. It wasn’t pretty. Surprisingly (or not) the Practicum did not address the iron rings around the mast. Following Blue Ensign’s lead I made them out of file folder card stock. They were colored black with a Sharpie pen and glued into place with Weld Bond glue first gluing one end of the strip then waiting a bit before wrapping and gluing it around the mast and trimming off the excess.
  23. NOTE: The last item in Modeling the Rattlesnake - Chapter 9 is the Ship’s Boat. I’m going to put that off for a bit. I will explain latter. Rigging the Rattlesnake - Chapter 1 I never thought I’d see the day; it’s been a little over four years to get here. The Masts The Fore Mast The Practicum starts off with the construction of the Fore Mast. The masts do not have a simple shape; they have cross sections that are round, square, octagonal, and rectangular. I did not follow the Practicum exactly. The Practicum would have the builder make the square cross section first and then taper the round cross section area next, but I had a small simple wood lathe I wanted to try.
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