CA seems too brittle.I’m thinking of using epoxy to keep the guns stuck on the carriages.
CA seems too brittle.I’m thinking of using epoxy to keep the guns stuck on the carriages.
Hi Jack. The oscillating cutter has been indispensable for getting in tight corners to cut away hull supports as shown in the build log. It also makes perfectly straight plunge cuts in the hull for the gun ports, as long as you have a firm and steady hand. That saves a lot of time sanding and filing material away to enlarge the ports to the proper size. I bought a few extra blades for the cutter, and ground them to a narrower width so that the slots it cuts are likewise narrower. This was necessary because the gun ports on the middle gun deck are smaller that those on the lower gun deck. Model kits are always "one size fits all" and make all gun ports the same size, which is incorrect.That is going to be a nice looking ship. The hull looks very well shaped. Was wondering what you think of your oscillating cutter?
Thank you. I was thinking how much easier it would be to use this tool instead of drilling holes, exacto knife of death, and then filing until you are blue in the face. This seems like the perfect fit for me because i only build ships with cannons. That's my thing.Hi Jack. The oscillating cutter has been indispensable for getting in tight corners to cut away hull supports as shown in the build log. It also makes perfectly straight plunge cuts in the hull for the gun ports, as long as you have a firm and steady hand. That saves a lot of time sanding and filing material away to enlarge the ports to the proper size. I bought a few extra blades for the cutter, and ground them to a narrower width so that the slots it cuts are likewise narrower. This was necessary because the gun ports on the middle gun deck are smaller that those on the lower gun deck. Model kits are always "one size fits all" and make all gun ports the same size, which is incorrect.
I hope the spotted one won't grow into this:I invested major points with the wife for future ship model purchases. I have terrible allergies to cats, and my wife had to give up her two cats to marry me 11 years ago. My wife, having a terrible case of baby fever, was mollified with the purchase of two purebred Bengal kittens today. Big points obtained for this. I'm good for at least two more ships. Works 1,000 times better than roses. The downside: these cats have less FEL D protein in their saliva, allowing me to be in the same room with them without dying from respiratory arrest, but they cost me $2850.00 USD! I figure it's worth it in order to build a couple more galleons.
You gotta do what you gotta do if you're serious about ship modeling, gentlemen.
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What do you mean? I’d make them a crown!Beautiful kittens! Just keep @Dean62 away from them.
Th power the women have.... between the age of 5-8 our son was in treatment for leukemia. When he was diagnosed our dog went on a permanent vacation to my mother's house. We didn't want to take any chances while he was in treatment. About 6 months before he completed treatment, my wife kept on mentioning a havenesse. I caved in and we bought it. I do have to admit, every night at 23:30 when I gave our son his chemo, the dog would watch him take it.... it made the last months easier for our son. 6 months after he completed treatment, we had a titer done at Walter Reed. Our son was alegic to cats. So I said, no problem, Gizmo has to go. The doctor (Army) said: No, Gizmo is part of the family he has to stay, my husband is allergic to cats but I didn't give up my.cats when I got married. I just looked at her and surrendered.I invested major points with the wife for future ship model purchases. I have terrible allergies to cats, and my wife had to give up her two cats to marry me 11 years ago. My wife, having a terrible case of baby fever, was mollified with the purchase of two purebred Bengal kittens today. Big points obtained for this. I'm good for at least two more ships. Works 1,000 times better than roses. The downside: these cats have less FEL D protein in their saliva, allowing me to be in the same room with them without dying from respiratory arrest, but they cost me $2850.00 USD! I figure it's worth it in order to build a couple more galleons.
You gotta do what you gotta do if you're serious about ship modeling, gentlemen.
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I was going to buy a saw, on sale Cyber Monday, and my wife said if there is a sale, get the other tools you want too. So I bought a combo disk/belt sander and a saw.I invested major points with the wife for future ship model purchases. I have terrible allergies to cats, and my wife had to give up her two cats to marry me 11 years ago. My wife, having a terrible case of baby fever, was mollified with the purchase of two purebred Bengal kittens today. Big points obtained for this. I'm good for at least two more ships. Works 1,000 times better than roses. The downside: these cats have less FEL D protein in their saliva, allowing me to be in the same room with them without dying from respiratory arrest, but they cost me $2850.00 USD! I figure it's worth it in order to build a couple more galleons.
You gotta do what you gotta do if you're serious about ship modeling, gentlemen.
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I have great respect for SoS members as you have done in their planning and execution not only of the mass produced items but in planning and obtaining the correct sizes and placements of the materials within which they will be placed. Some items can be mass produced and others remain a one-at-a-time hands on matter. Well done. Rich (PT-2)Mass production of cannon carriages began today for the middle gun deck. I need to make a few complete guns, and use them to determine the vertical location of the middle gun deck relative to the gun ports already cut in the hull. A line will be drawn on the bulwark, and the beam, knee, and stanchion network will be constructed for a known deck thickness. After deck planking, the guns should end up with their muzzles at the correct level in the center of the gun ports. I struggled to get the guns in the correct positions for the lower deck because I used the kit deck pieces and kit instructions for the position of the gun ports. The middle gun deck should be easier to get the vertical position correct since it will be scratch built based on the gun port positions which are already established.
Cut cheeks to the correct height for custom 17th century carriages, in which the cheeks are mounted on the top surface of the base of the carriage.
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Next, the length of the cheeks is cut. Using laser cut carriages from Dave at The Lumberyard for Model Shipwrights saved me tons of cutting for the stepped sections and provided a basis for making 17th century carriages, which no one supplies.
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Cheeks are glued to tapered bases that were cut from scrap from Dave's Lumberyard.
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Carriages under assembly.
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Axles are glued to the bases, rounded to accept the trucks, bolster pieces fashioned and glued in place at the front end, and the carriages are painted. More details will be added later such as the quoins, breeching rope rings, train tackle rings, etc.
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Very ingenious way of determining the height on a consistent basis.After days of contemplating the approach to start installing the web of deck beams, then hanging knees, lodging knees, carlings, and ledges, It was time to calculate the vertical position of the deck support strips called the clamps and attach it to the bulwarks for the middle gun deck. The vertical position of the clamps was determined using a cannon carriage temporarily glued to a small piece of simulated decking. The deck is a thin, three ply piece of quality birch plywood with strips of Tanganyika deck planks layered onto it. using this cannon/deck assembly as a measuring jig, the assembly was inserted into a gun portal, and a pencil was used to draw a line along the bottom of the deck piece on the bulwark. This line showed me where the beam structure meets the bulwarks, and when the plywood/deck plank pieces are layered on top of this structure, the deck will be at the correct height relative to the gun portals. The decking will be precisely 1.5mm thick. Measuring the distance from the pencil mark, to the bottom edge of the gun portal, an "L" shaped gage was cut from scrap plywood, and this gage was used to glue the clamp strips at the correct height along the bulwarks.
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Clamp location gage.
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The clamp strip is clamped to the bulwark, and CA glue is applied to the top edge. The glue soaks into the joint by capillary action.
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Moving from the stern to the bow, the gage is inserted into a gun port, the strip is placed against the bottom of the gage, clamps are applied, and CA glue applied to the top edge. Below, the starboard side clamp is finished being glued in place.
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View of starboard side clamp strip showing clamps still in place.
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The port side is glued in the same fashion. You can see the gage in position, assuring that the deck will eventually be at the correct vertical position.
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