Keep you outta mischief won' it Colin! 😉 I like the fine adjustment of those burners. Found 'em great for soldering oiler pipes to brass prop tubes- WITHOUT setting fire to the boat 😲 Phew!! Reckon it'll cope with your motor no sweat - YOU might though😁😁 Have heard Santa's coming early this year 😉 He must have a new E-Sled 😁 Now back to the fish cutter gear box!! Cheers, Doug 😎
So, having had a few days off during the week when "The Boss" has been at work has given me enough hours to finish The Waveney off! Its been a hard week of making the small bits n bobs from scratch using a combination of balsa, carbon rod, brass rod, plastic tube, plastic sheet etc to make the radar array, antenna mast, extra cockpit details ect. The deck winch was made from large Servo output discs! The RNLI flag printed off Google! This has been followed by alot of detail painting and laquering. Anyway, I think I have just about exhausted as much detail as can be had at this scale and and happy to call completion! Only job to do now is get it in the Hot Tub and add the 2 Kg of ballast to get her on the waterline. On water photos and video to follow in the last update on this thread! as for next projects? I have the Aeronaut Pilot boat sat in the pile and the Fairy huntress 23 plan and wood pack on route from Sarik Hobbies!
Hi folks, I've been filling in spaces in the Vincent epic with making deck fittings for the Chris Craft Special Runabout. I can't find or, probably, afford to get them nickel plated, so I will give the brass fittings to a chum who does casting of white metal, then I can a) get more than one of some and b) burnish them to look like chrome and then lacquer them. I'm assuming there might be a measure of interest in how these are done. I'm afraid I can't tell you how to do these without a lathe, because I've always had or had the use of, a lathe. They can be bought for a fraction of the price of a kit, off ebay. My No 1 son bought a lathe exactly like mine (a Peatol, which is same as the Taig), only on a huge base with a nice big motor, a tool rack to hold every supplied, additional tool they make for it and even the book on how to use it and make even more tools for it, virtually unused, for £200. Similar small lathes can be had for even less. It's the brass that costs these days! Anyway, the trick is to break down the shape to that which can be cut, turned or bent. You can do all those things, so all you need to be able to do is silver solder and soft solder. If you can't yet, learn, sharpish. Silver soldering has enabled to earn a living till I retired. It helped me bring up a family of 5, so it's clearly very useful. I won't describe it in boring detail as these days there's a Youtube for every damned thing if you can tolerate that ghastly delivery that so many of them have. I can't, so I'm happy to answer questions if anyone wants to be told straight what to do. Golden rules....make it totally clean with a Swiss file, have sufficient heat, use the right flux. In silver soldering, just sprinkle the powdered flux on, don't bother making a paste, it'll just fizz and shift your little parts. For this part, one of the various patterns of deck lights/flag pole holders that Chris Craft used, I started by turning the main shape of the bulbous bit to be rather like a thimble. I then cut gaps out of it in the vice with a junior hacksaw, so that it had three legs, oversized for now. Then make a teardrop shape out of 1/16th" sheet and cut a hole in it to match. Why the hole? Well, if this is to cast successfully, I don't need any undercuts or "hooks " in the mould so it has to be hollow. Also, I need to put the light lenses in after it's all finished as these units had riding or nav. lights in them. They also had a small jack staff in the top with a burgee or even a national ensign attached. To make the rather art nouveau-ish back end I made a cardboard pattern of what had to be cut from 1mm brass sheet to be folded, hammered a bit and rolled a bit to fit onto the back of the thimble section. I silver soldered the thimble on first, to make it easy to fit the back rolled and folded bit, which was itself then silver soldered on. After that, it's all down to filing to shape, then as you can see from the pencil lines, cut out the teardrop shaped holes in the back which leave a central spine shape. I would first drill a 3mm hole and then, with the piece in a vice use a dental burr in a minidrill and hand mill it out, but PLEASE make sure it can't slip or you could be the owner of a grooved thumb or worse. Finish with files and papers of various grades. More anon when I do the next bits, although you're already further on than I am! Cheers, Martin
Main Sheet Modification: Yachts of this nature, would be fitted with a Traveller, which would be used to help shape the Main Sail. Also, the route of the main sheet, has a lot of twists and turns to get out of the cabin and up to the Boom. Plus, it has to pass through the tube and bend at its edge. The starting point of the control would be from the cockpit, especially if it is a Single Handed yacht. The ideal place for the traveller, would be on the roof of the cabin. To keep physical disruption to a minimum, I decided to use the original boom running gear pulleys. The termination of the MainSheet would now be at the traveller on the cabin. 1. The cleat was removed from the cockpit, and the eye bolt was replaced by an S hook, screwed to the cockpit deck( see picture 1). 2. A hole was drilled in the cockpit, adjacent to the cabin hatch, and in a direct line with the main Sheet control system. This will allow the main Sheet to pass directly from the cleat. Through the pulley assembly (withought going round the pulley), and straight aft to the cockpit. 3. A brass tube was glued into the hole, flush with the cockpit surface and extending inside, towards the mainsheet control system (see pictures 1 and 2). 4. The Traveller was formed from a length of brass rod, (approx 300mm long), formed to the same curve as the cabin roof. Slide the pulley onto the rod so that it runs freely. Make a 90 degree bend at each end, the length of the traveller apart. These 2 legs will pass down into the cabin roof, leaving about 10 mm for the pulley to run from end to end. Plus about 10mm at each end of the rod, which will be bent up against the inside of the roof and glued. (see picture 3 & 4). 5. Mark the cabin roof where the traveller is to be mounted. I chose to mount the traveller directly under the boom pulley. I have made a revised sketch which is taken from the original plans for guidance. See picture 5. Note: make sure the pulley is mounted on the rod between the two bends. 6. Drill the holes in the cabin, pass the ends of the rod through the holes. I put a 10mm piece of wood under the traveller rod, next to the hole. This allows you to hold it securely, while you bend the rod out, on the inside of the cabin. Apply plent of glue or resin to secure it. Do the same at the other end of the rod, and leave to set. With the cockpit removed, and the mainsheet control system in place, take the free end of the main sheet and pass it through the new hole in the cockpit. The cockpit can be secured by the 4 locking pulleys. Now pass the mainsheet through the S hook and up to the boom. Adjust the S hook to suitable angle. When the yacht is rigged, the mainsheet is passed up to the end of the boom pulley, along the boom, over the pulley and down to the traveller pulley. With the tx/ex active, pull the mainsheet right in, and the trim set right out (this allows for final tightening).Secure the mainsheet to the eye of the pulley, ( I use a figure of 8 knot ). Now adjust the trim on the joystick to pull the main Sail tight. Finally, run the servo right out, and back in a few times, to make sure it works properly. Move the boat round so the wind cones from a different angle, and watch the traveller as the sail is pulled in and out. Now you are ready to sail. May your wake be long and straight. Ray 😎
Auto Bailout Modification. 1. I drilled small holes in the lower corners of the cockpit wells, opposite each other. These were then connected together with some small brass tube. This was to allow the water to flow from the front cockpit to the rear cockpit. (See pictures 1 and 2). 2. Two more holes were drilled in the rear cockpit, in the outer corners further aft. these were fitted with brass tube stubs. These were to take the plastic tube, which runs to the nozzles fitted into the hull (see picture 3 and 4). 3. To ensure the water would not flow into the boat, while stationary, the tubes were run through small eyelets on the under side of the deck(see picture 5). 4. Small holes were drilled in the hull and brass tubes were cut and bent, so that they would pass down through the hole in the hull, and lay flush against the hull, with the opening facing aft(see picture 6 and 9). 5. On the outer hull, the tube is built up, and covered in a cone shape, so the tube opening is the widest part of the cone and flush( see picture 7 & 8). 6. When the tubes are fitted to the stubs on the aft cockpit, and the cockpit secured in the yacht, the bale out is complete. Principle: While the boat is still and on an even keel, the cockpit floor is above the waterline, the tubes raise up to the deck level which prevents the water from flowing up and into the yacht. When the yacht starts to move under sail, the water flowing over the outlet nozzle is forced out by the cone, and creates a small vacuum at the nozzle opening, which draws any water in the cockpit through the tube and out through the nozzle. During a gust or strong winds, the yacht will heel over more. This will bring all the cockpit water to the lower side bailout tube, and be drawn out by the vacuum. When the yacht slows, and becomes even keeled, the cockpit will have been emptied. During heavy gusts, I found that the yacht will heel excessively, and if the waves are high enough, the cockpit will take some water over the deck. This is why I fitted the bailout device. So after a long sail in heavy weather, a long cruise back to shore on a broad reach and more even keel, will ensure the cockpit is dry. Happy Cruising
Good buy Ed, very similar to mine👍 Maybe a bit heavy for handrails an such, I use a 50 or 25W electric iron with a 1/4" or 1/8" bit respectively. The torch I use for heavier things like brass oilers to brass shaft tubes. Practice makes perfect! Try it on some scrap bits. Have fun, Doug 😎 PS you may find the Missus nicking it to caramelise brown sugar!😊
Ah, old car days, eh? Nothing phased us. Can't touch them now. No idea what it all is under that plastic cover. Spookilly, I've just done a pattern in 1/32nd scale for a Maranello GTO1964. One of my favourite cars messed over by Maranello for Le Mans. Your fish cutter seems to be throwing some problems up, but nuttn' a spot of resin can't fix. I don't buy that propellor blade rumour. We have no decent pics of the thing, but you can clearly enough see there aint no twist in the legs like a prop would have. I've just made mine in brass and simply flattened the tube in the vice to get a similar section and soldered to other tubes. All I have to do is make rings and attach the blocks for the ensign ropes. Also cut and attached the toe strips either side of the decks in Venetian blind slat, some leftovers from decking the Vanity cutter model. Now I need to cut some mahogany and attach to the side of the decks as the rubbing strake. Finaly will be making gutters for the smaller windows (NO frames there) and frames for the wheelhouse windows, then I can paint it. I have decided on white roofs after a peer at the good photos again, where the vents all seem to be white. But non-slip was clearly a pain to clean as the roofs and decks are bloody filthy! Vincent's having a break for a while. Call it my annual leave, which I never normally have. Cheers, Martin
Great job, and nice clear pic 👍 Thanks Hammer 😊 Now we can see the refinements of your construction. Good stuff. I also use a mini gas torch sometimes, in pistol grip form with adjustable flame. Pizo ignition, dead easy. Get 'em in good cooking accessory shops. Good for soldering oil tubes on brass prop tubes an such. Cooks call them Gourmet Torches and use 'em for their Crème Brulet 😊 Also various electric irons, 50 W with a 1/4" chisel bit for big stuff, standard 25W general purpose, temp controlled 25W,and a mini 1mm bit temp controlled for SMD work. Good for small LEDs etc. Cheers, Doug 😎 PS Also one electric iron 1200W ........ . . . . for ironing shirts! Ugh!! 😡
Dropping down aft from the boat deck are the tow hooks, why there are two hooks, I have no idea, but that's what is shown on the drawing. Taking the dimensions from the drawing the main part was made up of plasticard and bits of brass tube, the two hooks were made from brass sheet and soldered together, the hoop that these run on goes through the superstructure and is fastened with nuts on the inside. To the side of the tow hooks is an exhaust with silencer, this was made out of aluminium on the lathe with bits of brass tube, also on this platform are two coal hatches, again made out of plasticard and wood with painted staples as handles.
Evenin' Martin, just a quick thought before I hit the hay! For the non slip deck paint why don't you cover the deck with a suitable wet and dry paper? 😉 With a bit of luck you might even find some wet n dry the right shade of grey!! Don't know the size / scale you are building but maybe around 120 / 240 would do! Cut to fit, glue it down with a spray glue, I found some in the 'Creative Corner' of a garden centre near me. Also a good source of fine gauge steel, brass, copper, gold and silver wire and nylon thread, and anchor chains😉😊 Then seal with a spray-on flat sealer or varnish, then spray a satin colour you want. Humbrol H129 might be a good substitute for 'Cerrux Deck Grey'. See Model Boat Mayhem for references to Cerrux Grey 😉 I agree the cabin sides are a much lighter shade of grey, almost white. Just ripped all the innards and deck fittings off my PTB. Just got the bare hull and shaft tubes left. Just havin' a wee dram then up the 'apples and pears to Bedfordshire' before I get tempted to sand and paint through the night. It happens sometimes 😲 G'night all, cheers Doug 😎 ZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ
Haverlock, wouldn't bowsies run the risk of slipping? I was thinking of using brass tube (although they would have to be slit first now as I have done all the knot tying I want to)! I guess I should first find where the sail winch servo wants to centre itself, then I can mark the string and put crimps on for the rigging cord. Thanks, folks. Cheers, Martin
The funnel was made out of 40mm plastic waste pipe, let into a piece of 3mm plasticard, thin strips of plasticard super glued around to simulate the sections. The hatch at the back made with plasticard, hinges and handles again made out of plasticard. There are four stop cocks at the front, the bodies of these were made out of aluminium on the lathe, with 1mm rod and some hand wheels out of the scrap box. There are four stays to hold the funnel and one at the top that goes to the aft mast, small hand rail knobs were used for this job. The funnel was painted (no it isn't pink, its the flash from the camera that makes it look pink) small brass tube to the steam whistle and the whistle made out of a bigger dia tube, a ladder added out of the scrap box and the completed funnel ready for fitting
Hi Ron, did you ever try 3 props for comparison? If yours is the 1:35 Italeri I don't see any problem with space for 3 shafts. I have an approx 1:35 MTB currently with 2 shafts, 'as seen and bought' next season I propose to fit a 3rd motor and shaft: port and starboard for cruising, switch-in centre motor for "All ahead flank"! BTW: I have a couple of kits for the S100 "Schnellboot, otherwise known as E Boat, E for Enemy😉, one Airfix and one Revell, both 1:72. I intend to fit them with 3 motors as well - 'Plastic Magic' 😁 Motors already sourced from X-Drive, shafts will be home brew from silver steel and brass tube with sintered phosphor bronze bearings. "Nothing is impossible", I drive a Toyota 😉😉 Cheers Doug 😎
Hi all for the second blog report on the schenllboot I am going to go over the rudder an propeller shaft assembly in more detail. The first stage was to make the rudders which were made of brass ,and having taken note of what has been said about the increase in size needed for the kit by other members I have increased the size of the rudders by 50% so that they have more effect and hopefully the boat will be more agile .I fitted 3mm treaded rod on to the rudder and in a 4mm flanged tube to reinforce the brass rod. The second stage was to make and fit 5mm flanged tube in the location for the rudders in the boat , these were made to be above the water line and will be sealed in place to reduce the possibility of leaks. These were fitted to a rudder platform inside the boat which was fitted to the kit moulding for the rubbing strip that runs the length on the boat and secured by making resin blocks which were fitted with computer extension nuts .which were then superglue in place to secure the rudder platform. The rudders were then fitted in place and held in position with the tiller collars which were made from 8mm rod and fitted the tiller arms and locked in place with 3mm computer screws and ni-lock nuts, a connecting plate was then fitted to connect the three tillers together, I also fitted rubberised washers to seal the rudder tubes. The third stage was to make the propeller supports. The centre support was a direct copy of the kit part made of brass and fitted to the kit with a plate and screws (this plate and the rudder plate were made from galvanised steel)and will sealed with resin after the I test the boat for leaks. The port and starboard supports were made by taking the kit parts and cutting them in have along the joint line or mould seam this gave me a template ,which I used to make cross-section segments but I did alter the template by increasing the boss diameter to 10mm and extending the support legs so that the finished support could be fitted through the hull (the picture of these show the mk1 version where I forgot to allow for the 4mm prop shaft which has a 6mm tube) any way the boss of these segments were drilled out with a 7mm drill and a length of 7mm brass tube fitted through the boss to assemble the segments, all of which were coated in soldering flux at this stage of the assembly which were riveted at both ends to hold it all together during soldering, after soldering the supports were then filed to the size and shape to resemble the kit parts as close as possible and fitted to the hull using a superglue and talcum power mix and then I cast resin around the extensions to secure the prop supports in place. The forth stage is the propeller shaft housing for the centre propeller housing I place a brass rod in a plastic straw and place in position in hull and using resin I sealed the hull with the rod in place this gave me a pilot hole for the centre prop shaft after I removed the brass rod. For the port and starboard shafts I used the kit parts which had hole place when assembled, this when I reinforced the housings ,the centre housing I glue 2mm of plasticard on each side and for the port and starboard I made a brass tube shroud which covered the housings which left gaps between the kit part and the brass which was filled by casting resin in the gap this increased the diameter to 10 mm so that there were little chance of breaking throw with the drill and finished these off by fill-in the outside with body filler and sanded to shape and finish . I then drilled through the pilot hole in the housings using very long extended drills and a wheel brace ( if I had use a power drill the heat would have melted the plastic of the kit and may have caused problems) I drill the shaft housings out 6mm them filed them out with 6mm file so that I could insert a length of 6mm brass tube. After all this was done I fitted a flanged bush made from 7mm tube and 2mm brass plate turned to 11mm to the ends or the propeller shaft housings. And now it is time I have to ask for some help could any one advise me on the length of propeller shafts , I know I can use a 300mm shaft for the centre shaft but port and starboard will have to be longer . and I also need advice on selecting the motors , I want to use 4mm prop shaft with 35mm propellers. Any opinions welcome.