Hi y’all. Since Dickey has maidened I decided I wanted to do one more project before I attempt to overhaul my garage workshop. I’m thinking I’ll be down a month or more if I get done what I want to get done. In that vein, I’ve decided to attempt another Springer tug. Some years ago I built one before I really had ballasting down right..she ran okay, but I kept messing around with the ballast, epoxying it in, and when I tried to remove it to make changes I severely damaged the hull. So, I removed all equipment, fittings, etc and scrapped the hull. I’ve been wanting another go at it, so I ordered the Zippkits tugster, just the kit no hardware, and started to lick my calf over (old country phrase for a “do-over”) I built the hull proper per the instructions, and that’s where that ends. I’m using a 4mm shaft, the smaller Robbe/Krick Kort nozzle, and a home made stuffing box. She will be powered by my fave working boat motor, the Zippkits 650 kv outrunner fed by 2 6 cell nimh in parallel. My stuffing box is made up of a thick wall brass tube that accepts a Traxxas 4mm i.d flanged oilite bushing. The bushing is tapped in with a hammer, and I use an old 4mm shaft to make sure the bushings stay aligned as I install the other bushing. The 1mm thick wall allows me to drill a hole the same size as the brass I’m using for an oiling tube. I’ll grind down the fitted end just a bit to get a decent, thight mechanical joint. That way when I silver solder it in place it stays put and is a good strong joint. The reason I’m so picky is that I use a mini grease gun from Horizon Hobbies, I can old it in place and pump, and I get just a wee bit of grease showing at the bushing under pressure, that way I know darn well it’s full. I used part of the keel parts to fit the tube, cutting it shorter to allow me to swing the Kort nozzle hard over to make it easier to change props without removing the Kort nozzle, depending on the size of the prop. I cut an oversized slot for the tube as I use solid couplers, and with the motor fitted I could get everything lined up and tack the tube in place with ca, that way I have no binding. I don’t like using universal joint couplers unless I really have to. I get my couplers from Servo City, as they are steel, use larger socket screws, and don’t have any runout. Very solid. The kit uses a radio plate to to mount the servo, receiver and esc. I cut that down and built up a servo mount, and it’s installed on the same bulkhead shown in the manual, but I mounted it to the fwd side vs the aft as in the instructions. My deck opening is going to be different. I’m using Dubro pushrods, but good old Amazon was out of the ones with metal quick links, so I ordered the ones with nylon. I dug thru my junk box of hardware that I have been collecting since 95 or so, and I found gold!! A few Dubro and Sullivan threaded metal clevises, and some solder clevises too. I mounted the servo, made sure everything worked correctly, then uninstalled everything and gave the inside of the bow and transom and the bottom of the hull a coat of 30 minute epoxy. That’s where she’s at now. I’m thing I’ll spray the rest of the inside of the hull with clear lacquer ro finish waterproofing, then I have to make a decision. I dont know if I need to glass this thing, or maybe glass the bottom and the just seal and paint the heck out of the sides, or….I’ve also heard that some people just epoxy coat the outer ull with thinned epoxy, then prime and paint. She’s gonn be a working boat, used as an emergency push boat when needed, so she needs to last…if I can get her ballasted properly this time, that is… Cash

I mentioned in the Vic Smeed Vivacity forum I would do a few smaller builds while chugging through the Vivacity project; the first of these I have started (while waiting on certain components/materials for Vivacity), based on Glynn Guest's Knocker White tugboat plan from his book 'Small Radio Control Boats'. The Driving force behind choosing this particular design was the fact I had just filled my Backyard Model Boating Pond for the first time and sailed a couple of small free-running boats in it. I had already made Arcady and Bredette many years ago when they were first issued as free plans in Model Boats, so Knocker White was the next project from the book with the necessary compact dimensions to sail happily on my pond, the first of (hopefully) several small such boat projects. Here are the first stages of the build shown in the photos; 1) Paper template traced/assembled from the book - a little 'guestimation' was required as the plan was over two pages that didn't quite align... 2)Carcass pieces (deck, bottom, bulkheads, stem) marked out on 1/4" sheet 3)Carcass pieces cut out 4 & 5) carcass glued together, care taken to get as square as possible - note extra piece placed in stern to support rudder tube, making stern slightly deeper than original 6)Power train/RC components; Specktrum 410 RX, Ali Express 20A esc, RS 280 motor (was eventually replaced with an RS260 type when I clumsily broke off one of the contacts while trying to fit the battery), 100mm prop shaft/tube assembly with 25mm 3-blade prop. 7)Power train set up & tested on the bench to ensure everything worked 8)Prop tube skeg/support added 9)Prop tube epoxied in place, sandwiched between skeg support and lower skeg piece. 10)6mm ply motor mount glued into position after checking alignment. More pics and comments to follow soon, Best regards to all following this, Nick

The VMW Marlin Cabin Cruiser by Robbob Preface. At the time of writing, I’ve had the construction of this boat on ‘the back burner’ since July 2022. By then I had spent about two months on and off constructing the boat to a stage where I could consider applying a glassfibre cloth and epoxy finish to the hull. However I couldn’t spend any more time on the Marlin project as I had a more important project to undertake, which was to paint, decorate, refurbish and prepare our house for sale so that we could downsize and move to a new area now that our kids had all fled the nest. Fast forward to today (mid-April 2025) and it’s taken a while to get the new house and gardens into shape and settle in, with the emphasis on converting my internal garage into a great new workshop, I can finally pick up from where I left off. Introduction to the kit. This new model is the latest undertaking by Vintage Model Works, now famous for their very popular models of the RAF Crash Rescue Tender and Thames River Police Boat kits which are based on old Aerokits and Veron designs. The Marlin is a re-working of an original Veron design by the late Phil Smith in 1953. His son Colin Smith, who was also responsible for the re-design of the Thames River Police Boat, has made some changes to his father’s design to take advantage of more modern materials and production methods such as CNC and laser cutting. The photograph below is of a prototype built by Colin Smith to give you an idea of how the boat looks in finished form. And there is also a review of the Marlin that appeared in Model Maker magazine, November 1953. The size remains at 36” and it employs the same construction method as the original. The spacious cabins of the boat makes it very easy to accommodate all the latest control hardware required, not that the original was lacking in that area even when the radio systems used valves and large batteries and the propulsion was usually IC or a large electric motor. Even the pre-production sample the Vintage Model Works kit supplied to me is well presented with a full size drawing including a pictorial construction sequence and separate pages of building instructions. All the required materials are supplied in quality ply, balsa, strip-wood and dowel including clear plastic sheets for the windscreens, and various white metal deck fittings. The builder is of course required to supply their own adhesives and paint of choice, as well as the propulsion, drive train and radio control gear. In the latter respect I will likely restrict control to throttle and rudder and not add any lighting or other features. That has already been done magnificently by Mike Turpin. Construction. As with the Thames river police boat, another Veron design, construction starts with the assembly of a box structure onto which formers and bulkheads are attached to make the basic hull shape. I will be tackling this in the first part of my build blog which I hope you will enjoy following and I encourage you to ask questions, leave comments and hopefully some ‘likes’ as I make progress. Robbob.

When I first posted a thread under ... a dreamproject.. I didn't realize it was the wrong forum category. So here is my built blog. I will spare you the original introduction as I have made progress which and most of you are already familiar with my project. The hull was built merging 2 methods on a simple keel plate from plywood, bow and stern structure bread and butter and hull in between 3mm planks on frame. The entire main deck is intended to be removable with a drainage irrigation system of plastic corner moulding (from a building supplier) along top of hull and flush at poop and back deck structure. The deck is made of 1/4" plywood skeletal structure incorporating midship deckhouse. Hull glassed with lightest cloth available after 2 coats 2-epoxy sealer and paint primer followed by final coat except top (above waterline) grey will be applied once I have finished doing any necessary adjustments. There have been a lot of them since I realized many inaccuracies in dims etc. I wasn't happy with. Here are photos in the progress (some may have already been posted in the original post. More a bit later next week.

Saw this on my Facebook feed, and I'm a little bored, so I will try to convert one of my model boats to a deep-sea trawler. The first photo is mine. I need to rebuild the bridge layout & hopefully we will have a Trawler. To be continued, maybe.

The comment was passed that there was not a warship in the club. Muggin's here decided to have a go. A Drawing was found by another member, I'll just call him TC. Having built this boat in the mid 1980's with a single screw, and a variable speed controller from a car, which gave FULL speed in reverse or the alternative was a Bob's Board, I hate them things, but they work, to a degree, if you match the motor Current to the model of board. This all drove a 540 motor, this was all in a balsa hull and upperworks/cabin. Its fate was a Viking funeral, not planned, the speed control must have overheated and it all caught fire, most sank, a few remnants surfaced but it was all scrap.. Anyway here we go again. Decided on a 6mm ply keel and Bulkheads and planked in 1/2" x 1/8" Balsa with a .8mm ply deck and upperworks, details probably in plasticard and wire.

Part 1 - 7 Pictures ... Made up a Spec for something light twin screw and not to big in length. Having built and sailed this model earlier about 2014 ish... with twin 777 Brushed drive motors, it's performance was in my opinion good. But decided to lengthen the hull from abt 30 inches to 36 inch, why, I dont know, just for a bit of fun and thought the earlier version looked a bit short and sweet, and the build would be in Balsa.. Some folks frown upon this timber but i love it, easy to work, cut and sand and if tissue covered will be quite strong. First set of pics show the drawing, Drafting Film/Tracing Paper and joining of three sheets of balsa to form the deck which are laid on Cling Film, good stuff this, a lot better than the old grease proof paper. 3 x 3" sheets of balsa were glued up together edgewise on.. To be continued -

I was given this Storm Glass for my 76th birthday last month, and to be honest , I am not too sure what to make of it? This storm glass came into use in the early 1700's when sailors attached it to the mast of their ships. How is works remains a mystery, but it is believed that electromagnetic changes associated with weather patterns activate the crystals. These changes produce different patterns in the crystals inside glass tube that can be interpreted to forecast weather conditions at sea. Has anyone else ever heard of the Fitzroy Star Glass or have any idea if it actually works - or is it just a piece of "nautical nonsense" ? Bob

Awaiting graphics to finish off THUNDER& METEOR so pulled this one off the shelf to resume the build. I’ll start at the beginning posting highlights so as not to take up too much time. Photo 1&2 One of the many real boats. These are iconic around Cape Cod, Martha’s Vineyard, Nantucket, & other Atlantic bordering states. Photo 3 Starting the frame & keel.

Boat related in the loosest sense. Created from an old Wellington boot, a takeaway cover, some plaster, a plant saucer and a coat hanger. Don't think I'll be sailing this one but it'll give the neighbours something to talk about

Good morning everyone, this will be a slow build although looking forward to the challenge. Firstly though I'm needing some idea's/expertise at the start. This will be rc with 2 x motors plus of course rudder. The centre prop will be either fixed or free spinning. However, unfortunately when I opened the box I found that the "arms" for want of a better term which the port/starboard propellers are attached to are solid with a nipple on the end to afix the blades to being as this is intended to be a static build. Likewise the rudder, however with some patience I can cut out the fixed rudder and get this to operate with a servo. The issue is with the propellers , has anyone got any advice on this please. The only video I've seen on utube of a 1/400 scale Titanic shows the props in situ and working but didn't go into detail as to wether the "support arms" were hollow in the first place and tubes threaded through or they were solid as in this case and they had to be drilled out. Alternatively I could bypass and run an external tube but I believe this would look messy. Hopefully the photos will show you my quandary. Thanks in advance folks

After the success with the A class catamaran, (glass on foam) I was looking for something new to build using the same method. I've been wanting to do another model of one of my full sized boats, so thought the day sailer would be a good subject. Model is 1m long. Made a sandwich of 4 x 25mm foam sheets on the 5mm ply deck cutout, glued with foam safe contact spray. The area around the cockpit was only glued round the edges, as 2 sheet thicknesses had to be removed later. The big foam sandwich was shaped by eye with a Surform file when dry, using the laminate lines for reference. The full sized boat had been measured previously, and everything scaled 20%, and lines drawn on the foam as a guide also. Once I was happy with the shape (checked side to side with cardboard templates) I glassed the hull with epoxy resin and 5 oz cloth. I rolled on a thick layer of resin before the cloth, to help with filling the pores of the foam. Hull had 2 further coats of resin, sanded between coats, then another 2 with fairing powder mixed rolled on, the 2 more thick fairing mixes squeegeed on, (imperfections filled as well). Each coat was sanded back to eventually hide the weave and leave a smooth surface. LOTS of sanding !-orbital sander, finishing sander, block sanding etc and some Surforming of any high spots in the resin. Next job (yesterday and today) was clamping the hull to the bench for cutting out the cockpit, (clamps go under blocks with cutouts screwed to the bench with a cross bar for the deck, and hull on foam blocks) Cockpit was cut out using a jigsaw with a short medium blade, and finished to the lines by drum sanding and blocking. The deck and 1st lamination came away as one piece, and the second lamination was cut down to with an extended snapoff knife set to the depth, and then picked out easily in large pieces due to no glue in that area. Cockpit is now 50mm deep, with a nice flat bottom, ready to either epoxy thin ply round or glass it then lay ply. The deck will be glassed eventually as well. Centerboard case top will be routed out to drop a complete case unit through, (as I did with the cat) Transom is also 5mm ply, epoxied on before glassing, (which links its' edges to the hull, otherwise it would only be a foam strength joint) Next I'll have to knife some epoxy between the laminations on the centerboard case, as they obviously had no glue previously. the whole case will be ply sheeted and braced. I'll leave painting till last, as the hull will have a lot more done to it yet ) rub rail, coamings etc) This is where it's up to at the moment,- more to follow. See pics of the full size boat, and some of the detail I hope to add to the model. Boat was built in the 80s, took me a year to restore it, (including removing a full width outboard well.) JB

Hi everyone, this will be a log of me building a Tippecanoe T37 kit, the first build I have ever done. I'm already pretty far into the build by now, but I figured it would be nice to start a log in case anyone else wants some pictures of the build process. My first impressions with this kit are very impressive. The folks over at Tippecanoe look like they've done a great job of including everything you need to build a nice RC sailboat. I purchased the racing upgrade version and also got the mahogany veneer deck kit.

Hello all! Before my two week sojourn out to California starting tomorrow... Here she is, all 31 inches and 4.8 pounds of 3D printed 1/10th scale madness. And the questions are starting arise after more than a few hours spent in research. How to get her to plane even close to scale? 1) EDF? Probably not, actually I don't think even a 90mm fan, (which will, in fact, push a faomy jet) will ever get this boat to plane. 2) Prop? Maybe with dual 6s and a killer motor, monster cooling etc. But, nowhere near scale with a big prop hanging out the back. 3) Turbine? probably yes, but way out of my league in mechanicals and $$. There will be tons of head-scratching my quickly balding head on this experiment. This is going to go on the shelf for the long haul as my freighter needs finishing and the big Sterling Chris Craft Corvette is screaming at me. But, off to Cali for now...I will drop some pix from time to time of our travels. Best to all!

Good Morning Shipmates Help please - could anyone please assist me with the the lighting on a Royal Navy Steam Pinnace as shown in the picture, what I need to know is what would the location have been of the stern light ? Also would the lights at the time been oil fired or would they have been DC electric run off a steam generator - enquiring so the I get the right kind of light for my model. Thanking you in anticipation of you help Pat

You asked me to try and do a build blog so here is my attempt Started the build two day ago. This progress so! First mistake was fixing one of the stringers? In the wrong cutouts. Managed to release them and make good (I hope). I’m double checking now. I really miss having a plan, as you do with aircraft builds. I think it’s ok so far.

Classic Model Power Boats is a title that I have used for many years to describe the group of model boats that most interest me and that I remember seeing (and sometimes owning) in the 1950’s- 1970’s time period when this type of model was probably at its peak. Many of these models came from kits produced by the like of Aerokits, Veron, LesRo, Stirling and many others, but some came from plans drawn up by Vic Smeed and others from this same time period. Models both before and after this era are also included in this category if they are of the same type - ie, a model of boat powered by a motor which was (back in those days) most often a glow plug engine, diesel engine or a petrol engine, although some were powered by electric motors such as those from Taycol or the smaller types from Mabuchi. These days, most Classic Model Power Boats are powered by electric motors, not always by choice, but often because the use of ic motors is generally frowned upon and is banned from many waters due to the risk of pollution. Electric motors can be thought of as being comparatively soulless and are quietly very efficient - but lack the noise and smells that accompanied the whole procedure of fuelling-up and starting our power boats back then. Restoring and building Classic Model Power Boats has been my main interest for several decades now and I am pleased to see a revival in interest in this type model boats….although in real life, they’re never actually went away! I am hoping that this blog will attract fellow enthusiasts of this type of model boat to contribute with their pictures and share their experiences of building and operating their Classic Model Power Boats. Those that currently collect Classic Model Power Boats (and plans) with a view to building and /or restoring them all one day and those who are just generally interested in them may like to contribute too? Bob.

I have managed to acquire this model boat from a friend. The pictures that I will include as I work my way through it suggest to me (wishful thinking?) that I after many years of searching, I may have accidentally found a genuine LesRo Sportsman. Here it is pictured on my workbench - something I was beginning to think would never happen! Bob.

Collected this one last week, it came from the Ron Wem collection - have a look at his site as he made loads of amazing boats. I also bought the Aquataur A600 and the mould for the Broom 30 Hull. Sadly, Ron died early this year so his family are moving on a number of his boats. KoH is a very decent representation of 1950s Norfolk Broads Cruiser. The model was built about 25 years ago and needs some updating, the interior requires finishing. Have already replaced the motor and ESC as the motor started smoking when tested. Model is 1:12 and is 43” long. As with the full sized boat the wheelhouse roof slides back and the windscreen folds down to get under the low bridges of the Norfolk Broads. Here she is in her just collected state, will update as progress is made. https://www.ronsboats.co.uk/my-models

When I was at school and in my young to mid teens, I liked to read the Model Maker magazine that was current at that time. Although it was a “general purpose” model magazine that covered several different types of model making every month, I found the model boats section the most interesting-especially those about model power boats. Most model power boats at that time were powered by diesel engines, glow plug engines, two stroke petrol engines (usually ex- strimmer) the occasional rare and expensive (often hand made) four stroke engine, or steam. Some electric motors were available ranging from the smaller Mabuchi types to the larger Taycol motors and others that I don’t remember so well. It is with this background that Vic Smeed designed the Remora model power boat for use in steering competitions that were popular at that time. This may seem a little strange now, but back in the days of single channel radio, steering a model boat accurately though a marked-out course represented a worthwhile and entertaining challenge. These competitions faded away with the introduction of affordable proportional radio control as steering a model boat accurately became a lot easier as it was no longer necessary to remember the number of times the transmitter button had to be pushed to get the rudder to turn left or right. The prototype Remora was powered by a .21 glow plug engine and took advantage of the new type proportional radio control system that was to eventually make the intended use of this model boat redundant,

I have been very pleased with my copy of a Sea Commander, but it does exhibit a strange desire to “dive” if it should turn RIGHT into choppy water or the wake of another boat. Ken Mears took a lovely picture of my “Kopy Kommander”. (the name I gave to my copy of a Sea Commander) when he visited our Southport Club open day earlier this month, but he also took another picture that I had not seen before that shows the boat about to enter its nose down attitude. The next stage after this is for the nose to push itself down into the water as if it was trying to submarinate, when the water covers the front cabin top and the wave deflector is called into action. I do wonder if all Sea Commanders exhibit this same trait after being sharply turned RIGHT into a wake or choppy water - and maybe that is why Les Rowell included a wave breaker to the front cabin of his Sea Commander design? If that was the case, I wonder why he omitted it from the enlarged (Sea Queen) version of the same boat?

I haven’t done anything on my builds since before last Christmas for various reasons but am looking forward to starting again in the next couple of weeks. I’ve been working on a number of builds for some years and not finished one yet! Main reason is that I reach a certain point, maybe something I’m hesitant about, and so start another! Which is the reason I’ve got five on the go. I’m building all the classic Faireys; Huntsman 28, Huntsman 31 and Swordsman 33 and a rarer Huntress 23 with a stern drive and longer cabin. Also a River Cruiser 23 (the one and only full-size build was a prototype was based on a modified Huntress hull but with more freeboard which disappeared) and I have the plans drawn up to start a Fisherman 27 motor sailer and a Faun 17 river/lake cruiser. All builds are at a scale of 1:12. The River Cruiser and Huntress are further on as they have had lake trials with the others being at the painting stage which I will be taking up again soon. I use a Hitec Flash 8 Tx and Rx’s and Hitec servos with Overlander brushless motors (even in my slower models) and HobbyWing Quicrun and Seaking ESC’s along with LiPo batteries though will probably use NiMh in the Fisherman and Faun.

I bought this Fireboat off EBay. It was fitted with a glow motor and was covered with fuel proofer. In general it was sound but a bit neglected. I am well into the repaint and have lined ide interior of the hull with glass fibre and resin. Will update as I progress

Long

My first official job, when I was 16, was working on the construction of the Baltimore Clipper schooner Pride of Baltimore. On my 21st birthday I reported on board as a member of the crew. After that I acquired the plans from Thomas Gilmer who designed the vessel, with the intent to build an RC model. After a false start then, I changed the scale and started again in September of 2010. The model represents the boat as she was when I was crewing aboard her in September-October 1981. I had a certification from the National Park Service to handle black powder cannon, so I was put in charge of Pride's guns which was handy when we went to the bicentennial of the Siege of Yorktown, what it really meant is I slept with 25pds of black powder at the foot on my bunk. I cooked right along with construction while also working on Constellation and starting a third model, until July of 2012. She was basically a static display model since then, with an attempt to work out her controls that didn't work out in 2015. Trying to set up her steering uncovered a design flaw that I resolved by moving the rudder servo forward. Life has a habit of getting in the way of my hobbies, and several changes in jobs and homes put a damper on all three models. She's pretty much just sat till now, going on display a few times, getting floated in a pool in 2019 and capsizing, which was a bit eerie considering the fate of the original. The model is 1:20 scale making her Hull length: 54" (137.16cm) Length on deck: 48" (121.9cm) Length on waterline w/o rudder: 46.75" (118.75cm) Length over the rig: 81.5" (207cm) Beam: 13.625" (34.6cm) Draft without ballast keel: 5.875" (14.9cm) Total height (top of jack-yard to bottom of keel): 61.6" (156.5cm) Total Sail area: 2,049.13 square inches in 7 sails as shown above, 2,205.13 with the flying jib. Her keel is plywood and she was planked with white pine strips over plywood forms, which were removed. The hull has a layer of 4oz glass cloth and poly resin outside, and several coats of just resin inside. As mentions she capsized in the pool when a slight gust caught her, despite being weighted to the waterline. She's designed to have a removable fin with a lead bulb making up most of her ballast, but that hasn't been made yet, so it wasn't fitted in the pool that day. Her lower masts are white pin made with the "birds-mouth" method so they're hollow and weigh next to nothing, but are strong. Sails are made of a Dupont cloth called Supplex which is a polyester that makes excellent sails. All lines will be nylon or polyester Dacron walked up from thread acquired from a sail-maker's supplier. All the sails have bolt-ropes hand-sewn on. There's no stitching to represent seams because I think it looks like crap, and it's a lot of work to do to ruin your sails. The seam lines on Pride are drawn on on with an .005 permanent marker. Originally her controls were going to be a Mega-arm sail servo and a winch servo, with the winch driving a loop. That was changed to two arm servo controlling my Semaphore-Sheeting system used successfully in Constellation for the over-lapping heads'ls. That wasn't going to work on Pride mostly because space limitations (vertically inside the hull). A friend recently launched his four foot schooner in which he used two winch-driven loops to control the sails. It's success, especially with the over-lapping jib, got me re-thinking Pride controls and reverting to the loop-sail-control system, with changes. So I'm working on the model again, this time removing everything inside the hull. I removed the motor and my homemade 1 inch prop because there's no way that little prop can over-power all that sail in the lightest of wind. The rudder servo will be moved aft of where the motor was and be accessible through the cabin hatch. One winch will be mounted where the motor was, under the engine hatch, just aft of the mainmast, and another winch will be mounted just aft of the foremast and be accessible through the main hatch. This is where things stand at the moment (June 25 2022). The pic with the gun is a 3D printed test of a gun for my Macedonian model (1:36 scale) which seems to be just right for the 1:20 scale Pride, which will benefit from 3D printing with guns, gunport lids, a much crisper name board on her stern, along with the Baltimore emblem that was back there. The last pic is the actual boat in the Pacific in 1982. I edited in the main tops'l to show the rig I plan to set. She also had a ringtail, stuns'ls, and a main topmast stays'l, none of which I plan to use. Hopefully, this approach to her controls will work out and I can actually get her sailing at last.

Made the framed glass portion of the skylight. They're hinged so I can get a finger inside to flip the power switch on or off. They're made from clear plastic from some packaging, basswood, and brass wire.

My first ever classic r/c power boat model was built in the 1960’s from an Aerokits Swordsman kit that was paid for from my meagre apprenticeship wages. I chose this model because I really liked the look of the boat and I loved the way that the deep vee hull performed on the water. This model was run for many years in rivers, canals, ponds and lakes, but it’s biggest achievement was when it raced in the sea in an off-shore race that took place in a 6 foot swell, performed well and survived without incident. After I got married in 1971 and moved to Exmouth I was disappointed to discover no interest in r/c model boats (in this seaside town!) but plenty of interest in r/c aircraft, so I sold it to help pay for my new hobby....and regretted it ever since. Now, almost 50 years later I am scratch building another Swordsman based on a used Aerokits plan that I found on eBay and some drawings from Chris.....who seems to have some interest in Fairey Marine power boats ! I started by making templates for all the parts to be cut from birch plywood and then cut them on my bandsaw after checking that every template was symmetrical.

Hi. After my exploits with the Hybrid Barge hull design I have now started work on a powered barge. This will be using a Kort nozzle. Pictures show how far I am down the road. It is now on version 6. I keep looking at it and then changing things. I think this will be the final version. It's almost ready for printing. I have finished testing Kort nozzles and propellers and will at some point post the results on the Kort nozzle blog. My printer has started to do silly things. Like going into thermal runaway on the hot end. The other day it was getting ready to print at 210°C, then I could smell hot plastic and looked up to see it at 270°C and rising. I have changed the hot end, thinking it might be the thermistor temperature sensor but it still does it. It is only intermittent and I am starting to think the MOSFET that controls the power to the hot end by PWM is breaking down. So it will be mother board out and do some tests. I have spent most of this week getting over Covid and fixing a 150 Watt powered sound mixer. That was interesting. I managed to get the schematic from the Australian manufacturer, which helped in tracing the faults. All working now and going back to my musician friend .

This picture was taken by a friend on Sunday morning after everyone else had gone home to lunch - but it does show the club lake quite well.

This is a repair for the model Melvin. A while back, I put a little story about this particular model that was always sinking when I ran at our club's favourite water hole. So, I cut the hull at the waterline and added about a half-inch. I can tell you now that the bathtub had a real workout to get the model stable & balanced. Painted hull, but it wasn't a very good paint job; but that will not be seen in the water, I hope. I took the last photo off the internet, and you can see that the deck isn't very tight to the hull & I would be a little worried about a leak there.